EHR- Pärnu maakond, Pärnu linn, Pärnu linn, Tallinna mnt 82 elektriautode laadimispunkti ehitusteatis, menetlus nr 511194

LEONHARD WEISS OÜ Vesse 8 Tel +372 715 4100 [email protected] Registrikood 12083348 11415 TALLINN EL10665798-0001 www.leonhard-weiss.ee

TELLIJA: Elektrum Eesti OÜ TÖÖPROJEKT

Elektriautode laadimispunktid .

Tallinna mnt. 82, Pärnu linn, Pärnumaa

Vastutav spetsialist: Vello Vaimann Tel. 507 8680 E-post: [email protected]

Nr 10896

Pärnu 2025

LEONHARD WEISS OÜ Tööprojekt 10896

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa 2025 2 (6)

SISUKORD

l.Asukoht 2.Seletuskiri

2.1.Üldosa 2.1.1. Olemasolevate kommunikatsioonide kaitsmine

2.2.Tehniline lahendus 3.Maastiku ja teede taastamine 4.Ehitustööde dokumenteerimine ja järelevalve 5.Käidujuhend 6.Kooskõlastused

LISAD Nimetus Lisa

Spetsifikatsioon Lisa 01 Laadija DH480 info Lisa 02 Universaalvundamendi joonis (kuni300kW) Lisa 03 AJ 14829 muudatuse skeem Lisa 04 Valgusarvutused Lisa 05

JOONISED Nimetus Joonis

Asendiplaan EL01 Elektriskeem EL02 Vahekilbi skeem EL03 SELETUSKIRI

1. Asukoht

LEONHARD WEISS OÜ Tööprojekt 10896

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa 2025 3 (6)

2. Seletuskiri

2.1. Üldosa Käesolevas projektis on lahendatud Elektrum Eesti OÜ elektriautode laadimispunktid, Tallinna mnt.82, Pärnu linnas, Pärnumaal.. Projekti mahus on ette nähtud paigaldada jaotuskilp, side- ja madalpinge maakaablid ning valgustid ja valvekaamerad metallmastidel. Kaablitrasside projekteeritud (trassi)pikkused selguvad asendiplaani joonistelt, arvutuslikud pikkused (koos varuga) on esitatud elektriskeemidel ja spetsifikatsioonis. Projekteerimistöö aluseks on Elektrum Eesti OÜ lähteülesanne. Projekti koostamisel on aluseks võetud Elektrilevi OÜ, Elektrum Eesti OÜ „Nõuded elektrivarustuse projektidele“, „Ehitusseadus“, „Elektriohutusseadus” ning õigusaktid ja standardid: - EVS-EN 61140:2016 Kaitse elektrilöögi eest. Ühisnõuded paigaldistele ja seadmetele; - EVS-HD 60364-4-41:2017 Madalpingelised elektripaigaldised; - EVS-HD 60364-4-43:2023 Ehitiste elektripaigaldised. Osa 4-43: Kaitseviisid. Liigvoolukaitse; - EVS-HD 60364-4-443:2016 Ehitiste elektripaigaldised; - EVS-HD 60364-5-54:2011 Madalpingelised elektripaigaldised; Tööd tuleb teostada vastavalt Eesti Vabariigis kehtivatele normatiividele ja seadustele ning kinni pidada töötervishoiu, tööohutuse ja elektriohutuse nõuetest. Järgida häid töötegemise tavasid. Alusplaanina on kasutatud Kirjanurk OÜ koostatud maa-ala plaani 13765G. Projekteerimise aluseks on Pärnu Linnavalitsuse projekteerimistingimused nr 3-5.4/582. NB! Ehitaja peab kinnistute omanikke teavitama minimaalselt 3 päeva enne tööde algust, kui kooskõlastuste tabelis pole kirjas teisiti.

2.1.1. Olemasolevate kommunikatsioonide kaitsmine. Kõik ehitustööd tuleb läbi viia vastavuses Eesti Vabariigis kehtivate seaduste ja nõuetega, projektlahendusest tulenevate teiste normide ja standarditega ning üldkehtivatele põhimõtetele ja arusaamadele kvaliteetsest tööst. Enne tööde alustamist tuleb Töövõtjal koostöös olemasolevate maa-aluste rajatiste valdajatega rajatiste asukohad täpsustada ja tähistada. Ehitajal tuleb täita nimetatud rajatiste valdajate poolt esitatavad nõuded (näiteks toestamine jms) rajatise vahetus läheduses töötamisel. Olemasolevate kommunikatsioonide ristumisel kaevikuga lähtuda nende valdaja ettekirjutustest ja kehtivatest normidest. Töö käigus vajalikke ehitisi ja seadmeid kaitstakse või paigaldatakse ümber vastavalt projektile ja nende haldaja poolt antud juhistele. Kui kaevetöid tehakse olemasolevate kommunikatsioonide kõrval või all, toestatakse ja kaitstakse need nii, et nad ei liiguks ehitustööde jooksul või neid ei vigastataks. Kaitsmise tehnilised lahendused, mida ei ole toodud projektis, lepitakse kokku tööde teostaja ja võrguvaldaja ehitusjärelevalve spetsialisti poolt enne kaevetööde alustamist. Lahtikaevatud kaabelliinirajatised on vaja toestada ja kaitsta mehaaniliste vigastuste eest ning varguse vastu. Olemasolevate kommunikatsioonide all ja kõrval tehtav täidis peab vastama uutele konstruktsioonidele mõeldud täidise tihedusele. Varem paigaldatud torude, seadmete, tarindite jmt läheduses tuleb kaevetöid teha nende ehitiste omaniku juhendite kohaselt ja omaniku või tema esindaja juuresolekul. Kaablite kaitsevööndis tuleb tööd teostada käsitsi! Talvetingimustes ehitamine eeldab kaablite ja torude läheduses kaevamist külmunud pinnase sulatamisega. Kaeviku toestus peab ära hoidma külgnevate pinnaste, vundamentide, struktuuride,

LEONHARD WEISS OÜ Tööprojekt 10896

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa 2025 4 (6)

rajatiste ja muu omandi häirimise või kokkuvarisemise. Töövõtja kannab täielikku vastutust kaevikute toestamise eest kaevises sellise sügavuseni, mida dikteerib pinnase stabiilsus, et vältida kaeviku kokkuvarisemist. Töövõtja peab pinnase tihendamise kaevikute tagasitäitmisel läbi viima selliselt, et ei kahjustataks torustikku ja võimalikke kaableid ning saavutatakse nõutava pinnase taastamine. Tagasitäite tegemisel tuleb jälgida, et materjal ei sisaldaks näiteks suuri kive, mis võivad oma kukkumisega mõjutada nii torustikku kui näiteks erinevaid kaableid (elekter, side). Lahtikaevatud kaablitel (nii side kui ka elekter) tuleb alus hoolikalt tihendada, et kaablid ei jääks pingesse ning tagasitäide tuleb teha hoolikalt, s.t. tagasitäite materjal ei tohi kaableid rikkuda. Suurimate pinnaseosiste läbimõõt ei tohi ületada 2/3 tihendatava kihi paksusest. Kaabel ümbritseda igast küljest min 0,10 m paksuse liivakihiga. Töövõtja on kohustatud dokumentatsiooni nii põhjalikult läbi vaatama, et selles esinevad võimalikud vastuolud saaks lahendada enne töödega alustamist. Tööde teostamisel kaablikaitsevööndis kehtivad alljärgnevad kitsendused:

- tööde teostamisel tuleb lähtuda liinirajatiste kaitsevööndis tegutsemise eeskirjast; - töid võib teostada liinirajatiste kaitsevööndis ainult volitatud esindaja kirjaliku tööloa

alusel. 2.2. Tehniline lahendus Vastavalt asendiplaani joonisele rajada uus maakaabelliin olemasolevast laadijate liitumispunktist alajaamas AJ14829 F7 (3x1000A) kuni laadijate jaotuskilbini. Jaotuskilbist laadijateni paigaldada lisaks toitekaablitele ka sidekaablid eraldi torus. Perspektiivsete makseterminalide jaoks on samades torudes vajalik paigaldada täiendavad toite- ja sidekaablid. Lisaks paigaldada jaotuskilbist toitekaablid ja sidekaablid laadijate taha paigaldatavate valgustusmastideni valgustitele ja kaameratele. Kõik kaablid paigaldada kogu ulatuses kaitsetorusse! Haljasalal paigaldada kaabel kaitsetorus min. 0,7 m sügavusele. Ettevaatust, tööde alas on teadmata sügavusel kanalisatsiooni torustikud ning elektrikaablid! Enne töödega alustamist selgitada välja täpne trasside asukoht ja sügavus. Selleks kutsuda vajadusel kohale tehnovõrgu omaniku esindaja. Ristumisel maa-aluste tehnorajatistega tagada nõutavad vahekaugused ja lahtise kaeve korral kaevata käsitsi. Paigaldatud kaablite paiknemine looduses kanda teostusjoonisele. Vastavalt asendiplaanile paigaldada soklil jaotuskilp laadijate lähedusse. Kilp komplekteerida ja ühendada vastavalt elektriskeemile, kilbi paiknemine kanda teostusjoonisele. Kilp paigaldada teenindusküljega parkla poole. Kilbile ehitada välja kordusmaandus valgumistakistusega R≤100Ω. Laadimisseadmete taha paigaldada täiendavad valgustusmastid. Mastidel kasutada LED tänavavalgusteid, mastidele paigaldada täiendavalt turvakaamerad. Valgustid suunata valgusvihuga laadimiskohtade poole. Valgustite paigutamisel järgida, et valgusvihk tagaks laadimiskohtade ühtlase valgustatuse ning paigaldatavad seadmed ei tekitaks varjutust turvakaamera jälgimisalasse. Valgustimastide paigaldamisel jälgida, et need ei segaks laadimisseadme teenindusluukide avamist. Asendiplaanil osutatud alale paigaldada tüüpsed betoonelement vundamendid, millele paigaldada laadijad. Vundamentide paigaldamisel jälgida, et vundamendis olev kaabliava langeks kokku laadija kaablite sisendava(de)ga. Vundamendile paigaldada laadija ja parkimiskohtade vahele tõkkepostid. Laadija ette paigaldada vundamendi peale 2 tõkkeposti, 2 tagumist posti paigaldada teekattele. Postide paigaldamisel jälgida, et postid ei segaks laadimisseadme teenindusluukide avamist. Laadijate juurde paigaldatakse makseterminalid. Makseterminalide toiteks tuua laadija jaotuskilbist eraldi toitekaablid ja sidekaablid.

LEONHARD WEISS OÜ Tööprojekt 10896

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa 2025 5 (6)

Laadimiseks mõeldud parkimiskohad (6x2m) tähistada vastava märgistusega. Märgid paigaldada valgustusmastidele. ’ Parkimiskohad markeerida kasutades Eestis kehtivat märgistust.

Demonteerida olemasolev valgustusmast ja anda üle kinnistu omanikule. Laadimispunktidel võimalik keskkonnamõju puudub.

2.2.5. Tähistused Märkesiltide paigaldamisel lähtuda OÜ Elektrilevi võrgustandardist P346 „0,4-20 kV võrgustandard – identifitseerimine ja tähistamine“ Välitingimustes kasutatavad tähised peavad olema tugevast plastist või metallist ning peavad olema kinnitatud kas neetide või kruvikinnitusega. Kasutada musta kirjet kollasel taustal va maandusseadme tähised, mis peavad olema punast värvi.

3. Maastiku ja teede taastamine Kuna laadimisseadmete ja kaablite paigaldamiseks on vaja eemaldada olemasolevat asfaltkatet ning äärekivi tuleb need tööde lõpetamisel taastada asendiplaanil näidatud ulatuses. Samuti on vajalik taastada murukate kaevealas kasvumulla ja muruseemnega. Tööde teostamisel lähtuda Ehitusseadustikust ja MKM määrustest ning Pärnu linna kaevetööde eeskirjast. Tööde käigus tekkivate kahjustuste ulatus sõltub ehitusajast. Peale ehitustööde lõppu taastada pinnaste endine olukord vastavalt nõuetele. Korrastada kõik ehitusjäljed. Kaevise täitmisel arvestada pinnase hilisemat vajumist. Tagasitäiteks sobiv pinnas vajadusel ladustatakse ja kasutatakse piirkonna täitmiseks. Ülemäärane ja tagasitäiteks mittesobivad pinnasekogused on töövõtja kohustatud utiliseerima, ladustades see omavalitsuse poolt ettenähtud territooriumile.

4. Ehitustööde dokumenteerimine ja järelevalve Ehitustööde dokumenteerimine teostatakse vastavalt Ehitusseadusele ja vastavalt Elektrilevi OÜ elektripaigaldise ehitustöö vastuvõtmise protseduurile. Kõik kõrvalekalded projektis fikseeritakse vastavates protokollides ja kooskõlastatakse objekti projekteerijaga ning tellijapoolse ehitusjärelvalve teostamisega. Tellija ja töövõtja poolt vastuvõtu ajal märkamata jäänud vead ja puudused ei vabasta töövõtjat vastutusest. Projektis tehtavate kooskõlastamata muudatuste eest vastutab tööde teostaja.

LEONHARD WEISS OÜ Tööprojekt 10896

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa 2025 6 (6)

Tööde teostamise kohta koostatakse kaetud tööde aktid. Tööde lõpetamisel peab Töövõtja teostama kõik vajalikud kontrollmõõtmised, mis tõestavad tööde kvaliteetset teostust. On kohustuslik, et kontrollmõõtmised teeb mitte Töövõtja vaid teine vastavaid lube ja registreeringuid omav ettevõtja. Elektritöid ei loeta valmisolevaks enne, kui kõik teimid ja testid on tehtud ning nende tulemused vastavad nõuetele. Ehitusplatsil paiknevad väiksemate ehituste alad ja kommunikatsioonide kaevikud piirata tähiste ja hoiatusmärkidega. Töövõtja peab oma igasuguse tegevuse ehitusplatsil kooskõlastama Tellija esindajaga; kooskõlastama kohaliku omavalitsusega, st taotlema kaeveloa ja ehituse alustamise loa." 5. Käidujuhend Peale elektriseadmete kasutuselevõttu tuleb teha seadmete ja kaablitrassi ülevaatus pärast esimest ekspluatatsiooniaastat. Ülevaatus teha päevasel ajal kontrollides põhjalikult elektriseadmete kõiki elemente. Kontrollimisel pöörata erilist tähelepanu järgmistele elementidele:

• sulavkaitsmete vastavus ja korrasolekule; • nähtavate kontaktühenduste seisukorrale; • maandusseadmete ja seadmete maandatuse seisukorrale; • lukkude ja juurdesõiduteede korrasolekule; • liini trassile, mastide seisukorrale ja kaablite kinnitusele; • kaablite ja kaablimuhvide, isolaatorite ja liigpingepiirikute seisukorrale; • märkide, plakatite, hoiatuste ja pealkirjade olemasolule.

Korraldada Elektrum Eesti OÜ elektripaigaldiste käitu käidukava alusel, mis arvestab elektripaigaldise käitamiseks vajalikke tehnilisi, organisatsioonilisi, struktuurilisi ja funktsionaalseid iseärasusi. Seadmete ülevaatusel täita ülevaatuse leht ja kanda sellele avastatud defektid. Defektide avastamisel määrata selle kõrvaldamise viisi ja aeg.

62 50

3: 07

1: 00

17 Ta

llin na

m aa

nt ee

T 14

62503:071:0012 Parmu tn 1

62503:071:8250 Tallinna mnt 82a

62503:071:5900 Tallinna mnt 84

62503:071:6240 Tallinna mnt 82

9.46 9.58

9.45

9.56 9.45

9.61 9.45 9.63 9.44

9.43

9.43

9.72

K

A be

t.p l

9.50 9.72

9.64 9.47

9.61

9.44

9.41 9.54

9 .6

3

9.71 9 .6

2 9

.4 8

A

A 6W

V V V V V V

K

9.47 9.63

9.49 9.71 9.57

E E E E E E E E E E

K K K K K K K

K

82

SK SK

SK SK

SK

K K K K K K K K

K

9. 39

9. 54

9.70

9.29

8.80

9.58

AJ14829

8.66

9.66

9.55

9.52 9.40

9.48 9.51

9.36

9.46 9.38 9.53

9.37

9.50 9.32

9.26

9.57 9.42

rekl H

Töökoda

A

A A6xAXPK4G300

L=18/25m

valgustimast 1 kaamerad 1.1 ja 1.2 liiklusmärkide komplekt laadija 1 makseterminal 1

valgustimast 2 kaamerad 2.1 ja 2.2 liiklusmärkide komplekt laadija 2 makseterminal 2

jaotuskilp JK-S1

projekteeritud äärekivi L=12m

projekteeritud asfatkatte taastamine S=127m²

projekteeritud murukatte taastamine S=40m²

TINGMÄRGID

OL.OLEV KANALITRASS

OL.OLEV MP MAAKAABEL

PEN

Maandusvardad, 2...3 *1,5 m

Maandusklamber

Potentsiaaliühtlustusring

ca 1 m

0,3-0,5 m

OL.OLEV KINNISTU PIIR

OL.OLEV KP MAAKAABEL

PROJ. JAOTUSKILP

OL.OLEV KANALITRASS

PROJ. MP KAABEL KAITSETORUS

PROJ. LIKVIDEERITV OBJEKT PROJ. PARKIMISMÄRGID

OL.OLEV VEETRASS

KAEVIS KAABLITELE KAITSETORUDES

MÄRKUSED: - laadimisseadmed paigaldada betoonvundamentidele ja ühendada vastavalt paigaldusjuhenditele - kaablite tüübid ja pikkused on näidatud elektriskeemil

OL.OLEV SIDETRASS

PROJ. VALGUSTUSMAST PROJ. VALVEKAAMERA MASTIL PROJ. LAADIJA VUNDAMENDIL PROJ. ÄÄREKIVI PROJ. MURU TAASTAMINE PROJ. ASFALDI TAASTAMINE

OL.OLEV IKÕ ALA PIIR

PROJ. KAITSE PIIRDEPOST

Tellija

Projektijuht

Projekteeris

Kontrollis

Keel LehtiLeht

Projekt

Joonis Joonise nr

E-post [email protected] Telefon +372 601 2285 Registrikood 12083348 EL10665798-0001

Mõõtkava

Staadium

1EST

10896 EL01 1:200

1

Tööprojekt

5078680

Asendiplaan

04.07.2025

04.07.2025

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa

V.Vaimann

N.Vaimann

Elektrum Eesti OÜ

F7

T1 1000kVA

AJ14829

kWh

1250A

+/ 12

50 A

L1, L2, L3

JK-S1 (vundamendil)

L1, L2, L3

PE

N

kWh

6xAXPK4G300 L=18/25m,

MPL1.1...1.6

300kW laadija 1

300kW laadija 2

2x (N

YY -O

1 x9

5) +8

x( N

YY -O

1 x1

85 )

L= 8/

15 m

, M PL

7. 1.

..7 .9

2x (N

YY -O

1 x9

5) +8

x( N

YY -O

1 x1

85 )

L= 23

/3 0m

, M PL

8. 1.

... 9

FTP väli CAT6 4x2x0,5 L=8/15m

FTP väli CAT6 4x2x0,5 L=23/30m

sideseadmete sektsioontugevoolu sektsioon

40 /1

60 AB6

A

ka its

e va

st av

al t p

iir ik

u nõ

ue te

le

pi iri

k T1

+T 2

50 0A

50 0A B6

A

B1 6A

B1 6A

B1 0A B6

A

R V

K 3

0m A

R V

K 3

0m A

La ad

ija te

n in

g ka

am er

a ru

ut er

ite to

te p

is tik

up es

ad

seadmed DIN liistul

Astrokell

MK

Kilbi küte

Te rm

oa nd

ur ig

a ju

ht se

ad e

4G RUUTER

POE SWITCH

2x(FTP väli CAT6 4x2x0,5) L=24/35m

2x(FTP väli CAT6 4x2x0,5) L=9/20m

D IN

li is

tu l t

ag ad

a 10

m oo

du lit

re se

rv ko

ht a

pe rs

pe kt

iiv se

te le

se ad

m et

el e

M C

M K

2x 2,

5+ 2,

5 L=

9/ 20

m , M

PL 9.

1 M

C M

K 2x

2, 5+

2, 5

L= 24

/3 5m

, M PL

9. 2

T

makseterminal 1

makseterminal 2

FTP väli CAT6 4x2x0,5 L=8/15m

FTP väli CAT6 4x2x0,5 L=23/30m

B1 6A

B1 6A

B1 6A

M C

M K

2x 2,

5+ 2,

5 L=

8/ 15

m , M

PL 10

.1 M

C M

K 2x

2, 5+

2, 5

L= 23

/3 0m

, M PL

10 .2

M C

M K

2x 2,

5+ 2,

5 L=

9/ 14

m , M

PL 11

.1 M

C M

K 2x

2, 5+

2, 5

L= 24

/2 9m

, M PL

11 .2

kaamera 1.1 kaamera 1.2

kaamera 2.1 kaamera 2.2

V1 V2

N

PENL

DRIVER LED-MATRIX

NL1 PE PE PEL1

M E

TA LL

M AS

TI L

TE E

N IN

D U

SL U

U K

TÄNAVAVALGUSTUSMASTI TÜÜPNE ÜHENDUSSKEEM

Valgustid tellida tehasest piisava kaablivaruga, et ei peaks objektil valgusti korpust paigaldamisel ja ühendamisel avama, kaabel peab ulatuma Valgusti teenindusluugi avani, ühendus klemmeni

B 6A

Δ =2 % Ik(1)= 20,3kA

KAAMERA

VALGUSTI

KAAMERA

25kA

Δ =2,2 % Ik(1)= 17,6kA

Δ =2,4 % Ik(1)= 15,5kA

Projekteeritud madalpinge seadmed

Olemasolevad seadmed

Maandus Nõrkvoolu seadmed

Tellija

Projektijuht

Projekteeris

Kontrollis

Keel LehtiLeht

Projekt

Joonis Joonise nr

E-post [email protected] Telefon +372 601 2285 Registrikood 12083348 EL10665798-0001

Mõõtkava

Staadium

1EST

10896 EL02 ---

1

Tööprojekt

5078680

Elektriskeem

07.07.2025

07.07.2025

Elektriautode laadimispunktid. Tallinna mnt. 82, Pärnu linn, Pärnumaa

V.Vaimann

N.Vaimann

Elektrum Eesti OÜ

töö nr. 10896 Lisa 01

Nimetus Tehnilised parameetrid Ühik Kogus Selgitus Jõukaabel AXPK 4G300 m 150 Jõukaabel NYY-O 1x185 m 360 Jõukaabel NYY-O 1x95 m 90 Jõukaabel + 5% varu MCMK2x2,5+2,5 m 145 MP kaabli otsamuhv 95 mm² kaablile, Un-1,2 kV kmpl 8 MP kaabli otsamuhv 185 mm² kaablile, Un-1,2 kV kmpl 32 MP kaabli otsamuhv 300 mm² kaablile, Un-1,2 kV kmpl 12 Sidekaabel FTP väli Cat6 4x2x05 m 200 Kaabliking Al300 tk 12 Kaabliking Cu95 tk 8 Kaabliking Cu185 tk 32

Valgusti Vizulo Micro Martin 20W 8LED 3000K 2669lm kpl 2

Ühendusklemmid ja kaitse valgustimastis kpl 2 Valgustimast h=6m kpl 2 Betoonjaland eelmisele kpl 2 Kummikate jalandile kpl 2 Kronstein mastile L=0,5m kpl 2 Kaitsetoru Ų = 160, 750N jm 170 Kaitsetoru Ų = 110, 750N jm 64 Kollane hoiatuslint + 5% varu jm 240 Laadija DH480, paigalduskronsteiniga 300kW kmpl 2 Betoonvundament eelmisele kmpl 2 Parkimiskohtade värvimine/joonimine/märgistamine kmpl 4

Maanduskomplekt vahekilbile kmpl 1 sisaldab maandusvardaid, ühendusklemme, vaskjuhet

Laadija kaitsepollar, taldmikuga, kollane h=915mm, Ų = 114mm tk 8 Liiklusmärk 475e "Elektrisõiduki parkimine" kmpl 2 valgustusmastile

Vahekilp JK In=1250A, Ic=25kA, paigaldus sokliga pinnasese kmpl 1 vastavalt skeemile

Kerg-kruus kilbi põhja m³ 0,1 Liiklusmärk 721e "Elektrisõidukite laadimispunkt" kmpl 2 valgustusmastile Betoonist äärekivi jm 12

Lisa 1. Põhimaterjalide ja -seadmete spetsifikatsioon

1/2

töö nr. 10896 Lisa 01

Asfalkatte taastamine koos killustikust aluskihiga m² 127 Murukatte taastamine m² 40

* Projekteeritud seadmed on valikulised ning need võib asendada võrdväärsete või paremate seadmetega

* Materjalide kogused võivad muutuda sõltuvalt pinnase ja tööde teostamise iseloomust.

2/2

MaxiCharger DH480

Installation and Operation Manual

Version 1.0

CE Model

i

Trademarks

Autel® and MaxiCharger® are trademarks of Autel Intelligent Technology Corp., Ltd., registered in China,

the United States and other countries. All other marks are trademarks or registered trademarks of their

respective holders.

Copyright Information

No part of this manual may be reproduced, stored in a retrieval system or transmitted, in any form or by

any means, electronic, mechanical, photocopying, recording, or otherwise without the prior written

permission of Autel.

Disclaimer of Warranties and Limitation of Liabilities

All information, specifications, and illustrations in this manual are based on the latest information

available at the time of printing. Autel reserves the right to make changes at any time without notice.

While information in this manual has been carefully checked for accuracy, no guarantee is given for the

completeness and correctness of the contents, including but not limited to the product specifications,

functions, and illustrations.

Autel will not be liable for any direct damages or for any special, incidental, or indirect damages or for any

economic consequential damages (including the loss of profits).

For Services and Support (24/7):

Web: www.autelenergy.eu

Tel: +49 (0) 89 540299608 (Europe)

Email: [email protected]

Address: Landsberger Str. 408/4. OG 81241 Munich, Germany

For technical assistance in all other markets, please contact your local distributor.

ii

CONTENTS

1. Using This Manual ........................................................................................ 1

1.1 Signal Word ........................................................................................................................................ 1

1.2 Target Group ...................................................................................................................................... 1

1.3 Revision History ................................................................................................................................. 2

1.4 Terminology ....................................................................................................................................... 2

2. Safety ............................................................................................................ 3

2.1 Safety Warnings ................................................................................................................................. 3

2.2 Owner Responsibilities ...................................................................................................................... 4

2.3 Installation Engineer Qualifications ................................................................................................... 4

2.4 Usage Instructions ............................................................................................................................. 4

2.5 Signs on the Charging Station ............................................................................................................ 5

2.6 Disposal Instructions .......................................................................................................................... 5

2.7 Cyber Security .................................................................................................................................... 5

3. General Introduction ..................................................................................... 6

3.1 Product Overview (Outside) .............................................................................................................. 7

3.2 Product Overview (Inside) ................................................................................................................. 9

3.2.1 Matrix Module ........................................................................................................................ 10

3.2.2 DC Output Module .................................................................................................................. 11

3.2.3 Control Module ....................................................................................................................... 12

3.3 Product Dimensions ......................................................................................................................... 13

3.4 Direction of Airflow.......................................................................................................................... 14

3.5 Principle Diagram ............................................................................................................................. 15

4. Preparation .................................................................................................. 16

4.1 One-stop Commissioning ................................................................................................................. 16

4.2 Installation Site Design .................................................................................................................... 29

4.2.1 Location Requirements ........................................................................................................... 29

4.2.2 Space Requirements ............................................................................................................... 31

4.2.3 Electrical Design ...................................................................................................................... 32

4.3 Unpacking ........................................................................................................................................ 33

4.4 Packing List....................................................................................................................................... 34

4.5 Recommended Tools ....................................................................................................................... 35

5. Installation .................................................................................................. 36

5.1 Before Installing ............................................................................................................................... 36

iii

5.2 Center of Gravity.............................................................................................................................. 37

5.3 Moving the Cabinet to the Site ........................................................................................................ 38

5.3.1 Forklifting the Cabinet ............................................................................................................ 38

5.3.2 Hoisting the Cabinet ............................................................................................................... 39

5.4 Installing the Cabinet ....................................................................................................................... 40

5.5 Electrical Wiring ............................................................................................................................... 42

5.6 Connecting to the Internet .............................................................................................................. 46

5.6.1 Connecting the Ethernet Cable ............................................................................................... 46

5.6.2 Installing the SIM Card ............................................................................................................ 46

5.7 Finishing Installation ........................................................................................................................ 47

5.8 Preparing for Commissioning .......................................................................................................... 47

5.9 Synchronizing Configuration ............................................................................................................ 48

5.10 Local Service Portal Operations ....................................................................................................... 58

5.10.1 OCPP Setting ........................................................................................................................... 58

5.10.2 Autel Charge Cloud Configuration .......................................................................................... 60

6. Operation ..................................................................................................... 61

6.1 Before Use ....................................................................................................................................... 61

6.2 Powering Up the Charging Station .................................................................................................. 61

6.3 Emergency Situations ...................................................................................................................... 62

6.4 Charge Sessions ............................................................................................................................... 62

6.4.1 Standby Screen........................................................................................................................ 63

6.4.2 Authorization .......................................................................................................................... 64

6.4.3 Start Charging ......................................................................................................................... 65

6.4.4 Charging .................................................................................................................................. 65

6.4.5 Stop Charging ......................................................................................................................... 66

6.4.6 Finish Charging ....................................................................................................................... 66

6.5 Charging Errors ................................................................................................................................ 67

6.5.1 Charging Handle Connection Error ......................................................................................... 67

6.5.2 Authorization Failure .............................................................................................................. 67

6.5.3 Charge Start Failure ................................................................................................................ 67

6.5.4 Charging Failure ...................................................................................................................... 67

7. Maintenance ................................................................................................ 68

7.1 Routine Maintenance ...................................................................................................................... 68

7.1.1 Cleaning the Cabinet ............................................................................................................... 68

7.1.2 Cleaning and Replacing the Air Filters .................................................................................... 69

7.2 Inspection and Maintenance ........................................................................................................... 70

7.3 Remote Maintenance ...................................................................................................................... 70

7.4 Maintenance Schedule .................................................................................................................... 71

iv

8. Technical Specifications ............................................................................ 72

8.1 General Specifications ..................................................................................................................... 72

1

1. Using This Manual

This manual describes the installation and use of the MaxiCharger DH480. Prior to installation, read

through this manual to become familiar with the instructions of this charging station to ensure a

successful installation and smooth operations.

1.1 Signal Word

DANGER

Indicates an imminently hazardous situation with a high risk level which, if the

danger is not avoided, will cause death or serious injury.

WARNING

Indicates a potentially hazardous situation with moderate risk level which, if the

warning is not obeyed, can cause death or serious injury.

CAUTION

Indicates a potentially hazardous situation with a medium risk level which, if the

caution is not obeyed, may cause minor or moderate injury or damage to the

equipment.

NOTICE

Provides helpful information such as additional explanations, tips, and comments.

1.2 Target Group

This documentation is intended for:

 Owner of the Charging Station (see 2.2 Owner Responsibilities)

 Installation Engineer (see 2.3 Installation Engineer Qualifications)

2

1.3 Revision History

Version Date Descriptions

V1.0 2024.08 Initial version

1.4 Terminology

Term Definition

AC Alternating current

CCS Combined charging system, a standard charging method for electric vehicles

CCU Charging control unit: a control unit used to communicate with the BMS (Battery Management System) and control the power delivery to the EV

CHAdeMO Abbreviation of CHArge de MOve, a standard charging method for electric vehicles

DC Direct current

ECU Equipment control unit

EV Electric vehicle

OCPP Open charge point protocol, open standard for communication with charge stations

RBU Routing business unit

RCD Residual current device; a device that breaks an electrical circuit when it detects a current leakage

RFID Radio-frequency identification; a method of charging authentication

TCU Transaction control unit; intelligent hardware to handle the human- machine interface, metering, transaction, and communication with back office

3

2. Safety

The safety messages herein cover situations of which Autel is aware. Autel cannot know, evaluate or

advise you as to all of the possible hazards. You must be certain that any condition or service procedure

encountered does not jeopardize your personal safety.

 Preview the standard operating procedures and ensure that local building and electrical codes are

reviewed before installing the charging station.

 Read the manual before installing or using the charging station.

 Do not install or use the charging station if the enclosure is broken, cracked, open, or has any other

indication of damage.

 The information provided in this manual in no way exempts the user of responsibility to follow all

applicable codes or safety standards.

 This document provides instructions for the charging station and should not be used for any other

product. Before installation or use of this equipment, review this manual carefully and consult with

a licensed contractor, licensed electrician or trained installation expert to ensure compliance with

local building codes and safety standards.

2.1 Safety Warnings

 Ensure there is no voltage on the AC input cables during the complete installation procedure.

 Keep unqualified personnel at a safe distance during installation.

 All electrical wires used in the installation must comply with local rules to meet the rated current

and voltage demand.

 Ensure the load capacity of the grid is in accordance with the charging station.

 Ensure the charging station is connected to a grounded, metal, permanent wiring system.

Otherwise, an equipment-grounding conductor must be run with the circuit conductors and

connected to the equipment grounding terminal or lead on the product.

 Ensure the connections to the charging station comply with all applicable local rules.

 Ensure the wiring inside the charging station is protected from external factors. The cabinet doors

should open and close freely without obstructing the wiring.

 Ensure there is no damage to the gasket that may cause water intrusion.

 Protect the charging station with safety devices and measures that the local rules specify.

 Installation personnel must have the correct protective equipment such as protective clothing,

safety gloves, safety shoes, and safety glasses.

4

2.2 Owner Responsibilities

The owner runs the charging station for commercial or business use or has authorized a third party to

use it. The owner should protect the user, other employees or third parties when the charging station

is in use. The owner bears the responsibilities as follows:

 Know and obey the local codes and ordinances.

 Ensure all employees and third parties are qualified to operate the charging station.

 Ensure the charging station has installed the protective devices.

 Ensure all the protective devices are installed after installation or maintenance.

 Ensure the space around the charging station is sufficient to carry out installation or maintenance work.

 Ensure there is a plan in place in case of an emergency.

 Ensure there are no safety hazards on the site.

 Have a site operator available who undertakes the safe operation of the charging station and all

the coordination of work if the owner takes no part in the work.

 Ensure the installation engineer follows the local codes and ordinances, the installation

instructions, as well as the specifications of the charging station.

2.3 Installation Engineer Qualifications

 Fully understands the equipment and its safe installation procedures.

 Qualified according to local regulations to carry out the installation work.

 Able to follow all the local regulations and this manual to complete the installation of the charging station.

2.4 Usage Instructions

Do not operate the charging station and immediately contact the manufacturer if any of the following

situation arises:

 Damage on the enclosure, charging cable or charging handle

 Lightning has struck the charging station

 Fire or flames at or near the charging station

 Any sign of water damage on the charging station

5

2.5 Signs on the Charging Station

Symbol Risk Description

General risk

Hazardous voltage that gives risk of electrocution

Waste from electrical and electronic equipment

Hot surface that gives risk of burn injuries

2.6 Disposal Instructions

Potential hazardous substances of the charging station can have a negative impact on the environment

and human health if the waste is not handled properly. Dispose any waste as needed to protect the

environment and promote the reuse and recycling of the materials.

2.7 Cyber Security

NOTICE

This section is applicable to the Ethernet and Wi-Fi connection.

The charging station can use a network interface for connection and information and data

communication. The owner bears the responsibility of a secure connection between the charging

station and the owner’s network or any other networks.

Appropriate measures shall be taken by the owner to shield the charging station, the network, the

system, and the interface from any security breaches, unauthorized access, interference, intrusion,

leakage and/or theft of data or information. These measures may include firewall building,

authentication methods, data encryption, and anti-virus programs installation, etc.

Autel is not liable for damages and/or losses pertaining to the security breaches described above.

6

3. General Introduction

This charging station is designed to charge an electric vehicle (hereinafter called EV). The charging

station provides you with safe, reliable, fast, and smart charging solutions.

Intended Use

This charging station is intended for the DC charging of EVs. It is intended for both indoor and outdoor

use.

 Fleet

 Highway

 Commercial Parking

 Others

DANGER

 The equipment must be operated as described in this manual or other related

documents released by Autel. Failure to comply may result in human injury

and/or damage to the property.

 Use the equipment only as intended.

NOTICE

The images and illustrations depicted in this manual may differ slightly from the

actual product.

7

3.1 Product Overview (Outside)

Figure 3-1 Product Overview (Outside)

1. Main Cabinet

2. Front Door

3. CMS

4. Touchscreen

5. Operation Button

6. Ambient Light Sensor

7. Socket

8. Charging Handle

9. Meter

10. Waterproof Cable Fixing Connector

11. Antenna

12. LED Indicator

13. Vent

14. Emergency Stop Button

15. Handle Lock

16. RFID Reader

17. POS Device

18. Loudspeaker

19. Base

8

NOTICE

Autel can deliver the charging station with different payment terminals. The

available options vary depending on the region of the installation. Consult Autel’s

customer service to obtain more information about the different payment options.

Table 3-1 Indicator Descriptions

Charging Status Color Description

Standby Mode Solid Green A charging handle is available.

EV Connected Flashing Blue An EV is connected to the charging station.

Charging Illuminating Blue in Turn Indicates the charging progress.

Charging Completed Solid Blue An EV is fully charged or has stopped charging.

Reservation Solid Yellow The charging station is reserved.

Error Solid Red An error has occurred.

9

3.2 Product Overview (Inside)

Figure 3-2 Product Overview (Inside)

1. Charging Module

2. Matrix Module

3. DC Output Module

4. Control Module

5. AC Input Module

10

3.2.1 Matrix Module

Front View

Rear View

Figure 3-3 Matrix Module

Net Weight: Approx. 19.95 kg

Dimensions (W x D x H): 568 x 483 x 85 mm

1. Cover

2. Debugging Port

3. DIP Switch

4. Cooling Fan

5. Handle

6. Power Connector

7. Vent

11

3.2.2 DC Output Module

Front View Rear View

Figure 3-4 DC Output Module

Net Weight: Approx. 36.9 kg

Dimensions (W x D x H): 568 x 486.5 x 172 mm

1. Cover

2. Front Panel

3. Cooling Fan

4. Handle

5. DC Output

6. Voltage and Current Measurement Connector for Charging Handle B

7. Voltage and Current Measurement Connector for Charging Handle A

8. Connector for Cooling Fan, Contactor of Charging Handle B and Hall Sensor

9. Connector for Contactor of Charging Handle A and Hall Sensor

10. Power Input Connector

11. Vent

12

3.2.3 Control Module

Front View

Rear View

Figure 3-5 Control Module

Net Weight: Approx. 11.4 kg

Dimensions (W x D x H): 568 x 457 x 70.6 mm

1. Handle 5. CCU

2. CCU 6. TCU

3. RBU 7. ECU

4. Cooling Fan 8. RBU GE

13

3.3 Product Dimensions

Unit: mm

Figure 3-6 DH480 Dimensions (Front View)

Unit: mm

Figure 3-7 DH480 Dimensions (Side View)

14

3.4 Direction of Airflow

Figure 3-8 Direction of Airflow

15

3.5 Principle Diagram

Figure 3-9 Principle Diagram

16

4. Preparation

4.1 One-stop Commissioning

The configuration of the charging station will be completed by three parties, including the customer, the installation contractor, and the installation personnel. The steps are as follows.

— The customer configures the charging station on the Autel Operation and Maintenance Platform and designates the installation ticket.

— The installation contractor confirms and receives the installation ticket on the Autel Operation and Maintenance Platform, and then assigns installer to install the charging station.

— The installer installs the charging station and synchronizes the configuration to it.

 For the customer:

1. Launch a web browser on the computer and enter the URL of Autel Operation and

Maintenance Platform. Then input the account and password to log in to the web console.

Figure 4-1 Log-in Screen

NOTICE

Contact your local distributor to obtain the URL of Autel Operation and Maintenance

Platform, the account, and password.

17

2. Click on the charging station icon on the upper left of the screen to enter the Devices screen.

Figure 4-2 Sites Screen

3. On the Devices screen, click on the Add Device button on the upper right of the screen.

Figure 4-3 Devices Screen

4. Input the serial number and PIN of the charging station, then click on the OK button to add

the charging station to the Autel Operation and Maintenance Platform.

Figure 4-4 Adding Device Screen

18

5. Click on the lightning icon on the upper left of the screen to go back to the Sites screen.

Figure 4-5 Sites Screen

6. Click on the “Add Site” button on the upper right of the screen. The fields marked with asterisk

are mandatory. Then click on the OK button to proceed.

Figure 4-6 Adding Sites Screen

19

NOTICE

 You can choose to enter your phone number or email.

 If you choose to enter your email, you will receive notifications concerning the

installation ticket has been confirmed or cancelled, the installation work has

been started or completed.

7. Click “Enter Site Creation Guide” to proceed.

Figure 4-7 Site Creation Succeeded Screen

8. On the Add Charger screen, click the box to the left of the serial number to select the charging

station as required. Then click on the Next button to proceed.

Figure 4-8 Adding Charger Screen

20

9. A prompt will appear. Determine whether to use the existing site configuration.

a) Click on the No button to start setting up a new site configuration.

b) Click on Use And Assign Ticket to use the existing site configuration and designate the

installation ticket directly. Then skip Steps 10 to 15 to proceed.

c) Click on the Yes button to use the existing site configuration. Then skip Steps 10 to 14 to

continue.

Figure 4-9 Selecting Existing Site Configuration

10. Authorization Configuration. Determine whether to enable the authentication function.

a) If the authentication function is not needed, insert the charging handle into the charging

port on the EV to start a charge session directly.

b) If the authorization function is needed, toggle to enable the Authorization function.

1) Choose any of the following methods to start a charge session by tapping the box to

the left of it.

 RFID card

 Credit card (optional)

 Scan the QR code on the screen

 Phone number

 Autocharge

 Plug & charge

 PIN code

2) Drag and drop the icon of the authorization methods and position them on the

screen as required.

21

Figure 4-10 Selecting Authorization Methods

3) Add the URL of the items contained in the QR Code for accessing related details of

the charging handle.

Figure 4-11 Adding the URL Screen

4) If the authorization methods of some charging stations at the site are different, select

the authorization method for each charging station individually.

Figure 4-12 Select the Authorization Method for Each Charging Station

5) Click on the Next button to proceed.

22

11. Display Configuration. Select Display on the left column.

1) Input the customer service hotline and choose where to position it on the standby (Home)

screen.

Figure 4-13 Setting the Standby (Home) Screen

2) Choose whether to place the QR Code on the Charging screen for accessing the charging

details.

Figure 4-14 Setting the Charging Screen

23

3) Choose the items to be displayed on the Charging Details screen.

Figure 4-15 Setting the Charging Details Screen

4) Choose the template for the Help screen. You can also customize the template as

required.

Figure 4-16 Selecting the Template for the Help Screen

5) Set the default language and add the available languages for the charging station.

Figure 4-17 Setting the Default Language

24

6) Choose whether the charging station should automatically detect the ambient brightness.

Figure 4-18 Setting the Ambient Brightness Detection

7) Set up the theme package, or contact Autel customer support for customization.

Figure 4-19 Setting the Theme Package

8) Name the charger and the connector.

Figure 4-20 Naming the Charger and the Connector

9) Click on the Next button to proceed.

25

12. POS & Pricing Configuration. Select POS & Pricing on the left column. Choose the POS Model,

Function Mode, Pricing Method, Working Method and set the Pre-authorized Amount

according to the real situation. Then click on the Next button to proceed.

Figure 4-21 POS & Pricing Configuration Screen

13. Connectivity Configuration. Select Connectivity on the left column. Choose the OCPP Server

for the charging station and decide whether to set a unique ChargeBox ID and authorization

key for each charging station. Click on the Next button to proceed.

Figure 4-22 Connectivity Configuration Screen

26

14. Network Configuration. Select Network on the left column. The charging station can be

connected to the Internet via Wi-Fi, cellular network or Ethernet. Choose the desired method

for Internet connection.

a) It is recommended to configure the Wi-Fi for the charging station by inputting the

network name and its password. Then click on the Next button to proceed.

Figure 4-23 Wi-Fi Configuration Screen

b) When connecting to the Internet via cellular network and the APN of the SIM card used

need to be configured, contact the service provider of the SIM card to obtain related

information of APN. Then click on the Add button and configure the APN according to the

on-screen prompts. The fields marked with asterisk are mandatory.

Figure 4-24 Adding the APN Screen

Click on the Next button to proceed.

27

NOTICE

When connecting to the Internet via Ethernet or cellular network that does not

require APN configuration, there is no need to scan the QR code with the Autel Evops

app to synchronize the configuration to the charging station. After the installation is

completed and the charging station is powered on, the configuration will be

automatically synchronized to the charging station, which will be activated and

restarted automatically. After that, the charging station can be remotely controlled

on the Autel Operation and Maintenance Platform.

15. Choose the installation time and installation contractor, then assign the installation ticket to

the installation contractor. Click on the Done button to finish the configuration.

Figure 4-25 Designating the Installation Ticket Screen

 For the installation contractor

1. Refer to Step 1 to log in to the Autel Operation and Maintenance Platform.

2. Click on the ticket icon at the upper left corner of the screen to enter the Ticket screen. Then

choose the ticket to be received.

Figure 4-26 Ticket Screen

28

3. Click on the Confirm Received button at the upper right corner of the screen to take the order.

Then assign installer to install the charging station.

Figure 4-27 Ticket Details Screen

The installer will accept the assignment and install the charging station.

29

4.2 Installation Site Design

An installation site design is prerequisite for determining conduit and wiring requirements from the

panel to the proposed parking spaces, as well as for measuring cellular signal strength and identifying

suitable locations for any necessary cellular signal booster equipment.

CAUTION

Always check local codes or consult an engineer to ensure the site is prepared in

accordance with all applicable regulations. Local authorities might not permit a unit

to operate if it is not installed to code.

General installation site design procedure:

1. Select a suitable site. Refer to Location Requirements.

2. Prepare the foundation for the cabinet. Refer to Space Requirements.

3. Complete the electrical design. Refer to Electrical Design.

4. Prepare the cables, including the AC input wire, PE wire, and Ethernet cable (if no cellular network is available).

5. Ensure that the cable slack is sufficient to guide the cables into the cabinet.

NOTICE

 The cables enter the cabinet from the bottom.

 Ensure the maximum opening of the cabinet inlet can sufficiently fit all cables.

4.2.1 Location Requirements

 Ensure the charging station’s installation location can sufficiently reach the parked EV with the

chosen charging cable length. The standard length of a charging cable is 5-meter.

 Take into account the limited reach of a wheelchair user.

 Determine appropriate ground anchoring locations where concrete exists or can be installed (no

asphalt surfaces).

 Consider locations where it will be easy to add future stations.

30

 Determine optimum conduit layout to minimize linear conduit costs to multiple parking spaces. If

possible, avoid or minimize trenching requirements.

 Evaluate existing electrical infrastructure to determine if the existing utility service and electrical

panel capacity is sufficient. Identify costs for any necessary upgrades and/or a new dedicated

electrical panel. A certified electrician or project engineer is highly recommended when it comes

to evaluating available capacity and identifying required upgrades.

 If a dedicated EV electrical panel is required, choose a panel location in close proximity to the

existing electrical supply.

 Measure cellular signal strength to ensure adequate cellular coverage at the installation site.

Cellular repeaters may be required for underground or enclosed parking structures to ensure

adequate signal strength.

 Avoid locations under trees where sap, pollen or leaves may fall on the charging station increasing

the station’s maintenance requirements.

 Perpendicular parking stalls are recommended to allow a vehicle to enter front-first or rear-first,

accommodating the various charging port locations on different EV’s.

NOTICE

While Autel tests the charging station with a majority of upcoming vehicles, we

cannot guarantee the port locations of future vehicles and cannot warrant the

configurations proposed will work for all vehicles.

 Choose adjacent parking spaces in an area with adequate lighting.

 Consider how easily drivers can find the stations they need to access.

 Check local requirements for accessibility and pathway width, sometimes called “path of travel”,

to ensure station placement does not restrict sidewalk use.

 Pull-through parking (gas station model) is not recommended.

31

4.2.2 Space Requirements

1. The space requirements are as below:

Unit: mm

Front

Figure 4-28 Space Requirements

2. Prepare the cable well and foundation as recommended below:

Unit: mm

Figure 4-29 Foundation

A. Mounting Hole B. Cable Well C. Foundation

32

NOTICE

 Find the four M16 X 150 expansion bolts from the package and remove the nuts

and gaskets from them. Set the nuts and gaskets aside. Then embed the four

bolt bodies when pouring the concrete into the foundation. The bolt bodies

should be 40 mm above the surface.

 Apart from using the dimensions mentioned above, the drilling template in the

package can also be used to locate the mounting holes on the charging station’s

foundation.

4.2.3 Electrical Design

The charging station requires underground wiring. The conduit and wire size are based on the length

of runs from the electrical panel to the installation site. The wiring must be run through the conduit or

ducting, or armored cable must be used to comply with local electrical codes. Consult the national and

local codes or a service engineer for the quality, grade, and size of the conduit or cable.

The table below describes the recommended cable length reserved from the cable exit to power

cabinet.

Table 4-1 Recommended Cable Length Reserved

No. Cable Connection Cable Length

1 AC input cable/PE cable 600 mm

2 Ethernet cable 1700-2000 mm

4.2.3.1 Use of RCD

When the grid type is TT or IT, an external RCD is required, and the following settings need to be

adjusted:

1. Trip threshold: 30 mA

2. Trip delay: ≤ 100 ms

4.2.3.2 Grounding Requirements

Ensure that a grounding conductor that complies with local codes is properly grounded to earth at the

service equipment.

33

4.2.3.3 Wiring Requirements

Refer to Table 5-2 AC Input Specifications for recommended wire gauges. If you plan to use a larger

gauge wire to accommodate a long run, reduce the wire size at the local external disconnect.

Refer to Technical Specifications of the charging station to ensure that the service wiring at the

installation location supports the charging station power requirements.

4.3 Unpacking

1. Check the tilt and inversion indicators and Shockwatch.

 Observe the sensors attached to the package for the degree of the tilt and complete

overturn. If the sensors demonstrate over 30° of tilt or total overturn, note on bill of lading

and inspect the product.

 If the Shockwatch displays red, contact Autel customer service and the delivery personnel,

and then inspect the product for any damage. Do not accept the delivery until the

inspection is complete and no damage is found.

Figure 4-30 Tilt and Inversion Indicators

2. Remove the outside packaging and interior protection materials using appropriate tools.

3. Inspect the charging station and the parts for installation for damage. If you find damage or

the parts are not consistent with the order, contact your local dealer.

4. Ensure that all parts are delivered according to the order.

34

4.4 Packing List

MaxiCharger

1 PC

Expansion Bolt

(M16 x 150)

4 PCS

Bolt (M10 x 35)

8 PCS

Flat Gasket (Size 10)

14 PCS

Hex Nut (M10)

6 PCS

Spring Washer

(Size 10)

8 PCS

Cabinet Door Key

4 PCS

Drilling Template

Packing List

1 PC

35

4.5 Recommended Tools

The following tools are recommended when installing the charging station.

 Multimeter

 Voltage Tester

 Tape Measure

 Brush

 Cellular Signal Detection Device

 Wire Stripper

 Cable Lug

 Crimping Plier

 Power Drill

 Drill Bit (16 mm)

 Philips Screwdriver

 Socket Wrench (8mm/16 mm)

 Fireproof mortar

NOTICE

The tools mentioned above are not part of the delivery. Ensure the professional

personnel have all the listed tools for installation.

36

5.Installation

5.1 Before Installing

Prior to installation, check the following:

 The installation site is prepared.

 The appropriate service wiring, circuit protection, and metering is in place at the installation site.

 A grounding conductor that complies with local codes is properly grounded to earth.

 The cellular coverage at the installation site should be consistently strong when choosing to

communicate over cellular network for the charging station. Use a cellular signal detection device

to ensure the signal is above -90 dBm. If the signal is below -90 dBm, install repeaters to boost the

strength of the cellular signals. Repeaters are often required when installing the charging station

in an underground environment such as an underground garage or enclosed parking space.

 There is enough space available around the installation site to accommodate using a forklift or

other lifting equipment, to unpack, and to allow people to work around freely.

 All the parts and tools are available.

CAUTION

A supplement surge protection breaker must be installed at the service panel if the

installation area experiences frequent thunderstorms.

General Installation Procedure:

1. Take into consideration of the center of gravity of the charging station when moving the

equipment. Refer to Center of Gravity.

2. Move the cabinet to the installation site. Refer to Moving the Cabinet to the Site.

3. Install the cabinet. Refer to Installing the Cabinet.

4. Complete the electrical wiring. Refer to Electrical Wiring.

5. Connect the charging station to the internet. Refer to Connecting to the Internet.

6. Finish the installation. Refer to Finishing Installation.

37

5.2 Center of Gravity

Please see the figure below for the center of gravity when installing the charging station.

Figure 5-1 Center of Gravity

Parameter Specifications

X 391 mm

Y 380 mm

Z 1200 mm

38

5.3 Moving the Cabinet to the Site

WARNING

Risk of pinching or crushing. Heavy Equipment.

 Ensure that the hoisting equipment or forklift truck can lift the cabinet safely.

 Obey the safety instructions that apply to the hoisting equipment or forklift

truck.

 Take into account the dimensions, mass, and center of gravity of the charging

station.

CAUTION

 DO NOT drop the cabinet or subject it to strong impact.

 DO NOT exceed a tilting angle of 30°.

 Ensure that there is no dynamic force on the hoisting points.

5.3.1 Forklifting the Cabinet

Ensure the forks (A) of the forklift truck in the gaps go through the gaps in the side of the pallet and

move the cabinet to the construction site.

Figure 5-2 Transporting the Cabinet by Forklift

39

5.3.2 Hoisting the Cabinet

STEP 1

Use the cabinet door key to open the left and right door. Then remove the four screws (A) using a

Philips screwdriver to remove the left and right base covers. Set them aside.

Figure 5-3 Removing the Base Covers

STEP 2

Remove the cabinet from the pallet by removing the bolt (A), spring washer (B), steel gasket (C), and

nylon gasket (D).

Figure 5-4 Removing from the Pallet

40

STEP 3

Connect the cables of the hoisting equipment to the eye bolts. Then move the cabinet to the

construction site.

Figure 5-2 Hoisting the Cabinet

5.4 Installing the Cabinet

STEP 1

Carefully lower the cabinet approximately 500 mm above the foundation, aligning with the four

expansion bolts (A). Then route the service wiring through the AC inlet hole.

Figure 5-6 Lowering the Cabinet

41

STEP 2

Reinstall the gaskets and nuts which were removed earlier and tighten them using a 16 mm socket

wrench to secure the cabinet onto the foundation.

Figure 5-7 Securing the Cabinet onto Foundation

42

5.5 Electrical Wiring

DANGER

Hazardous voltage

Ensure that only qualified personnel have access to the door key.

Table 5-2 AC Input Specifications

Parameter Specification

Wire Shielding (optional)

If the local regulations require shielded wires,

connect the wire shielding to the PE bus at

both ends of the wire.

Material XLEP recommended

Recommended Cable Gauge

185 mm2 x 3 + 95 mm2 x 1 or 95 mm2 x 3 x 2 +

95 mm2 x 1, single core, 2 routes

(Max. 240 mm2 x 3 + 120 mm2 x 1, single core,

2 routes)

Recommended Cable Lug AC Input Cable: DT185-16/DT95-10

PE Cable: DT95-10

Diameter of the Phase Conductors Refer to the local regulations.

Diameter of the PE Conductor Refer to the local regulations

Surface and Diameter Based on the current rating of the charging

station and local regulations.

Conductor Copper

Maximum Temperature of the Input

Wires 90 ° C

43

NOTICE

 Refer to local code for specific design verification.

 Use proper cable routing methods (such as underground conduit and cable

grooves, etc.) to ensure environment factors are taken into consideration.

 If local laws and regulations have different requirements, the provisions of local

laws and regulations shall prevail.

 XLPE insulated power cable is recommended.

 The charging station can be upgraded to larger power ratings. Take the cable

size into consideration at the point of purchase in case that an upgrade is

needed in the future.

STEP 1

Remove the four M5 nuts by hand or using a Philips screwdriver to remove the insulation barrier. Set

them aside.

Figure 5-8 Removing the Insulation Barrier

44

STEP 2

1. Cut the L1, L2, and L3 wires to the correct length to reach the connectors on the AC terminals.

2. Use the wire stripper to remove 20 mm of the insulation from the end of the wires. Ensure

the stripped length is compatible with the cable lugs.

3. Use a crimping plier to attach the cable lugs to the end of the wires.

4. Use the M10 x 35 bolt (A), spring washer (B), flat gasket (C) and M10 hex nut (D) to attach the

wires to the connectors accordingly and tighten them to 20.5 ± 2.5 N·m.

5. Follow the steps above to connect the L1, L2, and L3 wires at the other route.

6. Seal the gaps of the cable cover plate using fireproof mortar to protect the wiring from the

environment.

Figure 5-9 Connecting the AC Input Wires (1)

45

If needed, connect two AC input wires of the same type to each connector as shown below:

Figure 5-10 Connecting the AC Input Wires (2)

STEP 3

1. Cut the PE wire of the power cable to the correct length to reach the cabinet as shown.

2. Use the wire stripper to remove 20 mm of the insulation from the end of the PE wire. Ensure

the stripped length is compatible with the cable lug.

3. Use a crimping plier to attach the cable lug to the end of the wire.

4. Use an M10 x 35 bolt (A), a spring washer (B) and a flat gasket (C) to attach the PE wire to the

cabinet and tighten the them to 20.5 ± 2.5 N·m.

5. Follow the steps above to connect the other PE cable.

Figure 5-11 Connecting the PE Cable

7. Reinstall the insulation barrier.

46

5.6 Connecting to the Internet

The charging station can be connected to the Internet via the Ethernet cable, cellular network or Wi-

Fi.

5.6.1 Connecting the Ethernet Cable

Plug the Ethernet cable into the RBU GE port at the back of the control module as shown.

Figure 5-12 Connecting the Ethernet Cable

5.6.2 Installing the SIM Card

1. Pull out the RBU at the control module.

2. Slide to the right the left SIM card slot cover.

3. Insert the SIM card into the tray. Ensure the card is placed correctly.

4. Close the SIM card slot cover.

Figure 5-13 Installing the SIM Card

47

5.7 Finishing Installation

1. Reinstall the left and right base covers.

2. Close the left and right doors and lock them using the cabinet door key. Ensure no debris are

left inside.

5.8 Preparing for Commissioning

DANGER

Hazardous voltage

Only a service engineer from the manufacturer is qualified to commission the

charging station.

1. Ensure that the site complies with these requirements:

 The charging station is installed as instructed in this manual.

 The grid can support the AC input power.

 Internet access, cellular network or Ethernet connection is available.

 EVs compatible with every charging handle of the charging station must be available for commissioning work.

 A site operator or owner is present to receive instructions from the service engineer of the manufacturer.

2. Ensure that the information below is available:

 Site name

 Address of the charging station

 Longitude and latitude of the charging station. If there are more than one charging station on one location, the coordinates should be slightly different (at least 0.0001 degree) so that not all the equipment are at the same location on the map.

 Photo of the surroundings of the charging station

 Specification of the external fuse at the electrical panel

 Date of installation completion

 Contact information of the contact person on site

 Special remarks

48

5.9 Synchronizing Configuration

Power on the charging station and synchronize the configuration to the it.

1. Download the Autel Evops app.

NOTICE

 Make sure all Autel charging stations and the Autel Evops app are running the

latest software versions.

 Contact your installation contractor or Autel local distributor to obtain the

account and password for logging to the Autel Evops app.

2. Log in to the Autel Evops app using your account and password.

Figure 5-14 Log-in Screen

49

3. On the Dashboard screen, click on To be processed to check the ticket details, then click on

the Start Configuration button to proceed.

Figure 5-15 Dashboard and Ticket Details Screen

50

4. Click on the Scan button and scan the QR code on the screen of the charging station to verify

the charging station.

Figure 5-16 Charger Verification and Scanning the QR Code Screen

51

5. Network Configuration. Select Wi-Fi Configuration or APN Configuration as required.

a) Wi-Fi configuration.

1) Click on Wi-Fi Configuration.

2) If the Wi-Fi has been configured during the site creation and configuration, its name

and password will be entered by default. Or manually selecting another Wi-Fi and

entering its password is also available.

3) Click on the Next button to proceed.

Figure 5-17 Wi-Fi Configuration Screen

52

4) Hold your phone near the charging station to connect to hotspot of the charging

station.

Figure 5-18 Connecting to Hotspot Screen

53

b) APN configuration.

1) Click on APN Configuration.

Figure 5-19 APN Configuration Screen

54

2) Hold your phone near the charging station to connect to hotspot of the charging station.

Figure 5-20 Connecting to Hotspot Screen

55

3) Enable at least one SIM card cellular data switch and click on the Next button to

proceed.

Figure 5-21 Enabling SIM Card Cellular Data Switch

56

6. After the charging station is connected to the network, the configuration will be synchronized

to the charging station.

Figure 5-22 Configuration Synchronization Screen

57

At the same time, the charging station will be activated.

Figure 5-23 Charger Aviation Screen

Now the configuration synchronization is complete and the charging station will be restarted.

58

5.10 Local Service Portal Operations

The Local Service Portal is a service tool provided by Autel that provides information pertaining to the

equipment. This service tool configures key parameters for commissioning, enables on-site diagnostics.

Normally, the parameters have already been setup before shipment. Follow the steps below to adjust

the parameters, if needed.

NOTICE

The OCPP parameter setup should be performed by an installation engineer.

5.10.1 OCPP Setting

Follow the steps below to set the OCPP parameter.

1. On the Standby Screen, tap the “coin” icon or the “globe” icon on the upper-right corner to

enter the Pricing Details Screen.

Figure 5-24 Standby Screen

2. On the Pricing Details Screen, double tap the upper-left corner to enter the next page.

Figure 5-25 Pricing Details Screen

59

3. Select Device Maintenance on the screen.

Figure 5-26 Selecting “Device Maintenance” Screen

4. A password prompt will appear. Enter the last 6 characters of the product serial number to

continue, which can be found on the product label.

Figure 5-27 Entering Password Screen

5. On the Device Maintenance Screen, select OCPP Connection.

Figure 5-28 Device Maintenance Screen

60

6. Set the Server URL.

Figure 5-29 Setting the Server URL Screen

NOTICE

For safety reasons, it is recommended to contact Autel technical support to reset

the password.

5.10.2 Autel Charge Cloud Configuration

To ensure the normal operation of the charging station, configuring the Autel charge cloud is necessary.

This platform is a one-stop charging management solution intended to address the needs of many use

cases including residential, commercial, governmental, car dealers, and fleets. Contact Autel technical

support for subscription and obtain the Autel Charge Cloud Manual for more details.

If a third-party cloud platform is used, consult their personnel for configuration.

61

6. Operation

6.1 Before Use

 Ensure that the charging station is installed according to the instructions in this manual.

 Make an emergency plan that instructs people what to do in case of an emergency.

 Provide the instructions for emergency stop and charge session to the user.

 The manufacturer or a trained technician should perform the commissioning work. Contact the manufacturer when the charging station is ready for commissioning.

 The space around the charging station shall not be blocked by snow or other objects.

 Ensure that the maintenance work has been carried out on the charging station.

6.2 Powering Up the Charging Station

1. Ensure that the upstream breaker stays in the OFF position and locked during the procedure.

2. Tighten the screws and bolts of key parts and ensure the cabinet is clean inside to prevent the

electronic components from being damaged by dust or particles.

3. Use the multimeter to check the circuit connections among L1, L2, L3, and PE. If short circuit

occurs, contact Autel technical support.

4. Ensure that the MCCB stay in the OFF position.

5. Contact Autel technical support to turn on the upstream breaker, then use a voltage tester to

measure the voltage of AC power input between the terminals on the surge protection device

switch. Ensure that all the measured voltages are in accordance with local regulations.

6. Set the main breakers to the ON position.

7. Set the MCCB to the ON position and connect to the main circuit. Close the doors of the

cabinet. The charging station is now ready for use.

62

6.3 Emergency Situations

If there is an emergency, push the emergency stop button. Then the charging station will stop all charge

sessions and the touchscreen will display the following message:

Figure 6-1 Fault Message Screen

Reset the charging station after an emergency (making sure that the situation is safe again first): Turn

the emergency button clockwise to release it. The charging station will start, the message will disappear

from the touchscreen, and the charging station will resume normal operation.

6.4 Charge Sessions

General charging procedure:

1. Park an EV with the charging port within reach of the charging handle.

2. Plug in the vehicle.

3. Start the charge session.

4. Stop the charge session.

63

6.4.1 Standby Screen

Figure 6-2 Standby Screen

1. Time, Internet icon and charger name — an x appearing at the lower corner of the Internet icon

indicates the charging station is not connected to the Internet

2. Standby screen

3. Pricing details, user guide and language options

After a charging handle is successfully connected to the EV, the charging station can automatically

recognize the charging handle and the corresponding charging handle’s Authorization screen will

appear.

If no operation is performed for a period of time on the Authorization screen, the Standby screen will

appear. Manually select the charging handle on the touchscreen to exit the standby screen.

64

6.4.2 Authorization

CAUTION

 Before starting a charge session, observe the screen for any abnormality,

such as an error message. Check the surroundings and the charging station

for any abnormality or damage as well.

 DO NOT operate the charging station if the screen displays an error message.

Contact Autel technical support.

When the Authorization Screen appears, you can use any of the following methods to start a charge

session:

 RFID card

 Credit card (optional)

 Scan the QR code on the screen

 Telephone

 Plug & charge (supports the ISO 15118 PnC function)/Autocharge

 PIN

Figure 6-3 Authorization Screen

65

6.4.3 Start Charging

The charging station enters communication with the EV following a successful authorization. The charge

session will start automatically after passing safety tests.

Figure 6-4 Connecting Screen

6.4.4 Charging

Information about the charging process, remaining time, power, cost, charging duration, and energy

will appear on the Charging Screen.

Figure 6-5 Charging Screen

66

6.4.5 Stop Charging

 Credit Card/Plug & charge/Autocharge/PIN/Telephone: Tap the Stop button on the

touchscreen.

 QR Code/RFID Card: Tap the Stop button on the Charging Screen of the Autel Charge app.

 RFID Card: Tap the RFID card on the card reader again to finish charging.

NOTICE

The charge session stops automatically when the battery is full.

Once the charging stops, the transaction details will appear on the screen.

Figure 6-6 Charging Details Screen

WARNING

 Do not cover the vent during charging.

 Do not clean or operate in your EV during charging.

6.4.6 Finish Charging

Return the charging handle to the socket on the charging station.

67

6.5 Charging Errors

This section depicts several common problems that may arise during a charge session along with

possible causes/solutions to resolve them. If the problem persists, contact Autel technical support.

6.5.1 Charging Handle Connection Error

If the charging handle is not connected to the EV, then the Connector Not Connected screen will appear.

Disconnect completely, then plug in the EV and recheck the screen to see if the error message is

resolved.

6.5.2 Authorization Failure

The Authorization Failure screen appears when there is an error processing the chosen authentication

method. The cause and possible solution(s) will display on the screen. Follow the on-screen instructions

to resolve the problem, or contact Autel technical support.

6.5.3 Charge Start Failure

The Charge Start Failure screen appears when the charger has failed to pass the initialization process.

The cause and possible solution(s) will display on the screen. Follow the on-screen instructions to

resolve the problem.

6.5.4 Charging Failure

The Charging Failure screen appears when various errors occur during a charge session. The cause and

possible solution(s) will be displayed on the screen. Follow the on-screen instructions to resolve the

problem, or contact Autel technical support.

68

7. Maintenance

7.1 Routine Maintenance

Routine maintenance can keep the charging station in a safe and stable state.

 Clean the cabinet every quarter, tighten the screws and bolts of key parts, and check whether the

wire connection of the connector is burned out. If any abnormality is found, replace the parts in

time.

 Clean the air filter and dust filter at least twice a year.

 Test the residual current device once a year.

WARNING

 Disconnect the power supply to the charging station during the entire

maintenance procedure.

 Ensure unauthorized personnel are kept at a safe distance during

maintenance.

 Wear proper personal protective equipment, such as protective clothing,

safety gloves, safety shoes, and safety glasses.

 If the safety devices are removed for maintenance, reinstall them after

completing the work.

7.1.1 Cleaning the Cabinet

The cabinet is powder-coated. The coating must be kept in good condition. When the charging station

is in a corrosion sensitive environment, superficial rust may appear on welding points. Visible rust has

no risk to the integrity of the cabinet.

To remove rust:

1. Stop the charge session and power off the charging station.

2. Remove rough dirt by spraying with low-pressure tap water.

3. Apply a neutral or weak alkaline cleaning solution and let it soak.

4. Remove dirt by hand with a damp and non-woven nylon cleaning pad.

5. Rinse thoroughly with tap water.

6. Apply wax or a rust-preventive primer for extra protection if needed.

69

7.1.2 Cleaning and Replacing the Air Filters

The charging station is equipped with two air inlet filters and two air outlet filters with a large mesh

area to prevent the electronic components from being damaged by dust. Clean the air filters every 3

months (not exceeding 6 months). Replace the air filters once a year.

To clean the air inlet filters:

1. Ensure there is no active charge session and perform lockout-tagout to secure the charging

station.

2. Open the left-side door of the charging station. When the cabinet door is open, the internal

components of the charging station should not be exposed to rain, snow or harsh

environments.

3. Manually unscrew the screw (A).

4. Manually pull up while moving and turning left the air inlet filters to remove them from the

fixing board as shown.

5. Clean the air inlet filters of debris or dust and reinstall the cleaned filters. Or install the new

air inlet filters.

6. Close the left-side door of the charging station.

Figure 7-1 the Air Inlet Filter

To clean the air outlet filters:

The air outlet filters are at the right-side door of the charging station. Refer to the steps above to

proceed.

70

7.2 Inspection and Maintenance

Routine maintenance is needed even if the charging station is operating in normal condition.

When parts need to be replaced, cut off the power supply upstream and inside the equipment before

proceeding.

Regularly conduct visual inspection of the following:

 Cable and charging handle: Check for cracks or ruptures.

 Display: Check for damage and cracks. Check whether the touchscreen works.

 Coating of the cabinet: Check for damage, cracks or ruptures.

 Cabinet: Check for rust or damage.

The following special inspections are needed for safe use:

 Check if the charging station was struck by lightning.

 Check if the charging station is damaged due to an accident or fire.

 Check if the charging station installation site has been flooded.

WARNING

Stop the charge session and do not connect the power to the charging station until

all the inspections are completed.

7.3 Remote Maintenance

The charging station can connect to the Autel cloud platform to monitor parameters in real time.

Autel’s cloud platform provides remote upgrades, diagnosis, and services, and identifies any issue

during operation.

 Daily system self-check.

 Contact Autel technical support to resolve any issue found.

 Autel service engineers can check logs, update configurations and programs, and provide remote

maintenance services such as remote management, diagnosis, configuration, and upgrade.

71

7.4 Maintenance Schedule

Item Frequency Operations

Charging Handle Every 3 months Check for cracks or ruptures.

Input Cable Every 3 months Check for cracks or ruptures.

Inlet Air Filter Annually Replace the inlet air filter.

Outlet Air Filter Annually Replace the outlet air filter.

Cabinet Every 6 months Clean and check for damage, including the air

filters.

72

8. Technical Specifications

8.1 General Specifications

Table 8-1 Product Specifications

480 kW (Air Cooling)

AC Input

AC Input Capacity 520 kVA

Earthing System 3P + PE

Input Voltage 3-phase 400 VAC ± 10% (2 routes)

Input Frequency 50 Hz

Grid Type TN-S, TN-C, TN-C-S, TT (Requires external RCD)

Power Factor ≥ 0.99

Overvoltage Category AC Side (Input) OVC: III

Harmonic Distortion (THDi) < 5%

Maximum Current (each route) 415 A

Input Distribution AC 630 A x 3P circuit breaker

Single transformer, 2 routes (240 kW each)

DC Output

Output Power 480 kW

Output Voltage 150-1000 V

Max. Number of Outputs 2 or 4

Charging Mode CCS2/CHAdeMO

Minimum Adjustable Power 40 kW

Output Current 380 A (Max. 500 A)

Peak Efficiency >=96.5%

73

480 kW (Air Cooling)

General Characteristics

Dimensions (W x D x H) 782 x 782 x 2150 mm

Net Weight Approx. 718 kg

Mounting Floor Standing

Touchscreen

15.6-inch LCD Touchscreen

8-inch LCD Touchscreen (Optional)

27-inch LCD Touchscreen (Optional)

Connectivity

4G/5G (Dual SIM Card)

Wi-Fi

Ethernet

Software Update OTA updates via web portal, FTP, FTPS, HTTPS

Cable Length 5 m

7.5 m (Optional)

Energy Metering Accuracy: 1%

Standby Power <50 W

Short Circuit Current 35 kA

Emergency Button Yes

Enclosure Type Zinc Aluminum Magnesium Alloy

Internal RCD Optional

Enclosure Rating IP54/IK10

Communication to the EV

ISO/IEC 15118 with PnC

DIN 70121

CHAdeMO 1.2

User Interface

Status Indication Standard

RFID Protocols

ISO 14443 A/B

ISO/IEC 15693

MIFARE

74

480 kW (Air Cooling)

Credit Card Readers

Nayax VPOS/Onyx

Payter P66/P68/Apollo

PAX IM30

Worldline Valina

Communication Protocols OCPP 1.6J

(OCPP 2.0.1 Optional)

Cable Management System Standard

User Authentification

AutoCharge

Plug & Charge

APP

RFID Card

QR Code

Credit Card (Optional)

Environmental Specifications

Humidity <95% RH, non-condensing

Operating Altitude 2000 m (De-rating begins from 2000 to 4000 m)

Operating Temperature Range –35 to +55 °C (+40 to +55 °C with power de-rating， derating strategy TBD)

Storage Temperature Range –40 to +70 °C

Noise <65 dB@1 m/25 °C/full load

Safety and Compliance

Protection

Surge, overcurrent, undervoltage, overvoltage, tilt sensor,

access protection, over-temperature protection, short

circuit and overload protection

EMC Compliance EMC Class A

Safety Standards

IEC 61851-1

IEC 61851-23

IEC 61851-21-2

IEC 61000

75

480 kW (Air Cooling)

Certification

CE

UKCA

TR25

ETSI EN 303645

Warranty

Design Life 10 Years

Warranty 24 months, warranty extension possible

www.autelenergy.com

290

41 0

1300

13 00

Ø 2

00 80

0 50

0

Ø 2

00

Ø 200

Ø 200 700 600

40 0

40 0

700 600

200 200

20 0

Ø 2

00

290

Ø 2

00

Ø200

20 0

20 0

200

Ø 200

41 0

Ø 200

Ø200

VAADE EEST, LÕIKEGA

VAADE KÜLJELT, LÕIKEGA

h- 8

00

VAADE PEALT

29 5

59 5

550 460

Objekti asukoht

StaadiumJoonestas

Kontrollis

Kinnitas+372 711 55 55 [email protected]

Töö nimi

Joonise nimi

Tellija, partner

Töö nr. Joonise nr

Mõõtkava

Muudatus

Kuupäev

Leht Lehti

Elektrum Eesti OÜ Reg. kood 11399985

Failinimi: UniversaalVundamentkuni300kW.dwg Layout A3

Endla tn. 15, Tallinn www.elektrum.eeMTR. kood TEL004751

Elektriautode laadmisjaam

300kW laadija betoonist tüüpvundament

1 M1:10/A3 1 1

PP P. Lahemaa

M. Einama

21.02.2025

[email protected]

5885 7211 Mõõtkava:

002

Töö nr:

Kuupäev:Tellija:

Töö nimetus:

Joonise nimetus:

Aadress:

Telefon/fax:

e-mail:

Reg nr:

Elektriskeem

11445550

80042 Pärnu Energia tn. 4 märts 2025Töövõtja:

Projekteerija: Marit Sild

(A3)

tööprojekt. Pärnu linn, Pärnu linn. Tallinna mnt 82 laadimisjaama elektrivarustuse

LC2781

Tarbija

Projekteeritud 0,4 kV

Olemasolev

TINGMÄRGID

OÜ Elektrilevi

Tööpinge 10,5/0,41 kV

21(10,5)/0,41 kV

1000 kVA

T1

Tööpinge 10,5/0,41 kV

21(10,5.)/0,41 kV

630 kVA

T2

RLA

0,5

1500/5 A

1600 A

0,5

1000/5 A

1600 A

500 V, 1600 A, 25 kA, TN-C

L1, L2, L3

PEN

1600 A

10 A

10 A

RTU Multimeeter

kontsentraatorile

Koht

kontsentraatorile

Koht

RTU Multimeeter

p

16 A

30 mA

1C16

I rsd>

RTU

33

AJ14829

-Arvesti tarbeks paigaldada lühistus lahutus klemmid (LLK).

-Tarbija arvesti (P2P) paigaldada Is olemasoleva bilansiarvesti kõrvale.

-Võimaldada lüliti alla ühendada 6x(AXPK 4G300) tarbijakaablid.

voolutrafodega.

-Is paigaldada uus Tmax T7S 1000A kaitselüliti koos 1000/5A

kuhu saab ühendada uue Tmax kaitselüliti.

-Demonteerida olemasolevad MP Is faaside latid ning paigaldada uued,

jätkuhülsside abil.

ümber IIs. Tähistada tähisega F4. Vajadusel pikendada kaablisooni

-Is olemasolev fiider F7 lüliti koos sulavkaitsmete ja maakaabliga tõsta

-Asendada Is olemasolev bilansiarvesti.

-Asendada Is olemasolevad 1000/5A voolutrafod 1500/5A trafodega.

MÄRKUS:

F1 F3 F5 F4F2

p

M

3

REJ603

630 A 630 A

200 A

M

3 RI

M M

3

630 A M

3

M

REJ603REF615

KOL

ML

KOL

ML

VL

ML LL

VL

ML LL

630 A

ML LL

KOL

ML

RTU+DC+Side

24 kV, 630 A, 16 kA/1s

K01 K03 K05

RTU+DC+Side

24 kV, 630 A, 16 kA/1s

VL

630 A

K02 K04 K06

Bilansiarvesti P2P Bilansiarvesti P2P

3 1

5 /4

0 0

A

4 0

0 / 4

0 0

A

1 0

0 /4

0 0

A

A X

P K

4 G

3 0 0

T K

1 /J

K 1

2 8

6 1

A X

P K

4 G

3 0 0

J K

1 2

8 6

2

A X

P K

4 G

1 2

0

9 3

5 9

4 L

K

3 1

5 /4

0 0

A A

X P

K 4 G

3 0 0

L K

2 2

1 9

8 1

600/5 A

0,2S

I3 =...

I1 =500AF2

2 x ( A

X P

K 4 G

3 0 0 )

ta r b ij

a k

a a b li

d

P 2

P

A r v

e s ti

3

L=186/200m

AHXAMK-W 3x240+35 24kV

KPL223206

AJ PARMU

AHXAMK-W 3x240+35 24kV

KPL223206

L=186/200m

AHXAMK-W 3x240+35 24kV

K02100419

AJ RAUA

AHXAMK-W 3x240+35 24kV

K02100419

G HOIATUS

KAHEPOOLNE TOIDE

F7

1000/5 A

0,2S

I3 =...

I1 =1000A

6x(AXPK4G300)

tarbija kaablid

3 kWh

P2PLLK

00803004-L

elektriautode laadimisjaam

Tallinna mnt. 82

T m

a x T

7 S

1 0 0 0 A

Joon nr:

Kuupäev 11.07.2025

C re

a te

d w

it h

D IA

L u

x

Projekt

Projekt

Sisu

Tiitelleht 1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Sisu 2. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Toote andmekaardid

Vizulo - Micro Martin 20 W 8 LED (1x 8 LED MOD AA) 3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Territoorium 1

Parkla

Kokkuvõte / Valgusstseen 1 4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Projekt

Toote andmetabel

3

Vizulo - Micro Martin 20 W 8 LED

Artikli nr. 6000027524 MRUE

020 730 L22 AA008

P 20.0 W

ΦLamp 2669 lm

ΦValgusti 2669 lm

η 100.00 %

Valgusviljakus 133.4 lm/W

CCT 3000 K

CRI 70

Polaarne LDC

Projekt

Parkla (Valgusstseen 1)

Kokkuvõte

4

Säilivustegur 0.80 (kõik kokku)

Põhipind 54.08 m²

Ääretsoon Töötasand 0.000 m

Kõrgus Töötasand 0.000 m

Ruumi kõrguse valgusti 0.010 m

Projekt

Parkla (Valgusstseen 1)

Kokkuvõte

5

Tulemused

Suurus Arvutatud Nõutav väärtus Kontroll Indeks

Töötasand Ēvertikaalne 14.8 lx ≥ 5.00 lx WP1

Uo (g1) 0.47 ≥ 0.25 WP1

Kulusuurused(2) Kasutus 0.00 kWh/a max. 1900 kWh/a

Ala Erivõimsus 0.00 W/m² –

0.00 W/m²/100 lx –

(1) Põhineb 2.000 m × 27.041 m ristkülikukujulisel ruumil ja SHR-i väärtusel 0.25.

(2) Arvutatud DIN:18599-4 abil.

Kasutamisprofiil: Tankimiskohad (5.6.1 Sõidukite parkimis- ja peatumiskohad)

Valge 4 / 11413 Tallinn / 620 1200 / [email protected] / www.transpordiamet.ee

Registrikood 70001490

Pärnu Linnavalitsus

[email protected]

Suur-Sepa tn 16

80098, Pärnu, Pärnu maakond

Teie 12.09.2025

Meie 17.09.2025 nr 7.1-2/25/15407-2

Tehnovõrgu ehitusloa eelnõu kooskõlastamine

märkustega

Olete esitanud Transpordiametile kooskõlastamiseks aadressile Pärnu maakond, Pärnu linn, Pärnu

linn, Parmu tn 1 // Tallinna mnt 82 (Elektriautode laadimispunktid) ehitusloa eelnõu (menetlus nr

511194)

Kinnistud asuvad riigitee nr 1962 Pärnu-Sauga ühendustee km 0,19 kaitsevööndis. Kavandatavad

elektrirajatised ulatuvad lähima punktiga ca 20m kaugusele riigitee katte servast.

Ehitusloa aluseks on LEONHARD WEISS OÜ töö nr 10896 „Elektriautode

laadimispunktid .Tallinna mnt. 82, Pärnu linn, Pärnumaa“

Lähtudes ehitusseadustiku § 70 lg 3 ja § 99 lg 3, kooskõlastame ehitusloa eelnõu ja anname

nõusoleku riigitee kaitsevööndis kehtivatest piirangutest kõrvale kaldumiseks vastavalt ehitusloa

aluseks olevale tööle nr 10896

Nõusolek tugineb asjaolule, et projekti realiseerimisest huvitatud isik ja tehnovõrgu omanik on

nõus arvestama Transpordiameti poolt esitatud ettepanekute ja järgmiste nõuetega:

1. EhS § 70 lg 2 p 1 kohaselt ei tohi ehitus- ega muu tegevus kaitsevööndis ohustada riigiteed

ega selle korrakohast kasutamist.

2. Juhul kui tööde tegemine võib riigiteel liiklejaid ohustada mistahes viisil, tuleb ohutuse

tagamisel lähtuda liiklusseaduse § 71 lõike 4 alusel kehtestatud majandus- ja taristuministri

13.07.2018 määrusest nr 43 „Nõuded ajutisele liikluskorraldusele“. Riigiteel

liikluskorralduse ajutiseks muutmiseks on vajalik liikluskorralduse projekt, millele on

saadud tee omaniku nõusolek.

3. Riigitee ja selle rajatiste kahjustamine on keelatud; ehitustehnikaga manööverdamine

riigiteel ja riigitee mulde nõlvadel ei ole lubatud. Materjalide veod korraldada

olemasolevate juurdepääsuteede kaudu.

4. Projekti realiseerimisel tuleb vältida pinnase (muda, kruus jms) kandumist riigiteele.

Vajadusel näha ette vastavaid leevendavaid meetmeid, näiteks sõidukite puhastamine enne

riigiteele sõitmist.

5. Töövõtjal näha ette paigaldustöödega rikutud maa-ala korrastamine ning kahjustatud

teerajatiste taastamine.

Järelevalvet esitatud nõuete täitmise üle riigitee kaitsevööndi ulatuses teostab

Transpordiamet ehitusseadustikus kehtestatud korras.

2 (2)

Lugupidamisega

(allkirjastatud digitaalselt)

Gunnar Mägi

peaspetsialist

planeerimise osakonna tehnovõrkude üksus

Lisa: 10896 dokumendid

5184315, [email protected]