lenergizee HOME BASIC Instructions D'assemblage page 10

1. Document information
1.1 Target group
This document is intended for the EVSE device owner.
Description of the scope of responsibilities is provided in Section 3.2
1.2 Manufacturer details Distributor details
Lena Lighting S.A. Luxmat Investment Sp. z o.o.
ul. Kórnicka 52 ul. Kórnicka 52
63-000 Środa Wielkopolska, 63-000 Środa Wielkopolska,
Poland Poland
NIP: 786-16-16-166 NIP: 786-17-01-311
REGON: 634635800 REGON: 361297859
National Court Register: National Court Register:
0000224210 0000553903
Contact details
tel. +48 61 28 60 300
email: kontakt@lenergizee.pl
1.4 Terminology
Concept Definition
Cabinet EVSE case, including components inside.
Contractor A third party who is hired by the owner to perform tasks related
with engineering, construction and electrical installations.
Network provider Company responsible for the transport and distribution of electrical energy.
Local regulations All regulations that apply to EVSE, throughout the entire life cycle.
Local regulations also include national statutory
and executive provisions.
Open charge point protocol Open communication standard for charging stations.
Legal owner Owner of EVSE.
User Electric vehicle owner who uses EVSE for charging
the vehicle.
2. Description
2.1 Short description 2.2 Proper use
The Lenergizee AC charging station The EVSE charging station is designed to power an electric vehicle with alternating current and
(EVSE) is a device that supplies can be used both indoors and outdoors. EVSE technical parameters must be compatible with
the characteristics of the electrical network, environmental conditions and vehicle specifications.
an electric vehicle with electrical
EVSE is to be used only with accessories supplied by the manufacturer or in accordance with
energy.
local regulations. The EVSE AC input should be connected to the network via wired installation, in
accordance with applicable national regulations.
Note: Failure to adhere to the guidelines outlined in the relevant documents while using EVSE can have severe consequences, such as death or physical
injuries.
2.3 Overview
2.3.1 System overview
Component Function
EVSE See Section 2.2.
Design For mounting and maintaining EVSE on
site.
AC mains input For supplying electricity to the EVSE.
EV charging cable For carrying current from EVSE to EV.
EV An electric vehicle whose batteries need
to be charged.
Parking spot Location of the electric vehicle during a
charging session.
RFID card Authorises the user to use
EVSE (for Home RFID, IoT and Business Premi-
18
um versions)
1.3 Acronyms
Acronym Definition
AC Alternating Current
CAN Network; Controller Area Network
CPU Processor
DC Direct Current
EMC Electromagnetic Compatibility
EV Electric Vehicle
EVSE Electric Vehicle Supply Equipment
MID Measuring Instruments Directive
RFID authentication Radio Frequency Identification
NoBo Notified Body
OCPP Open Charge Point Protocol
PE Protective Earth
PPE Personal Protective Equipment
Note: It is possible that some acronyms may not appear in this document.
7
RFID
2
1
1 – AC mains input
4
2 – EVSE
3
3 – EV charging cable
4 – Design for
mounting EVSE
5 – EV
6 – Parking spot
7 – RFID card
5 6
EVSE overview, from the outside
1
2
1 – Housing
2 – Housing cover
EVSE overview, from the inside
1
1 – Power connector
2 – Controller
3 – Contactor
EVSE overview, from the inside, Clue version
1
1 – Power connector
2 – Controller
1
3 – Contactor
4 – Clue module
1
EVSE overview, from the inside, Clue version
1
1
1 – Power connector
1 2 – Controller
3 – Contactor
4 – IoT module
1 1
EVSE overview, from the inside, Business Premium version
1 1
1 1
1 – Power connector
2 – Controller
3 – Contactor
4 – DC power supply
5 – Energy consumption meter
2
3
1
4
1 – Wall mounting
5
2 – Housing lock
3 – Product data label
6
4 – RFID reader
5 – LED panel
6 – Charging socket
7 – Opening for AC cable
8 – Opening for AC cable
(coming from the wall)
Component Function
Power connector A group of terminals responsible for the distribution of electricity
to the vehicle and charger's internal modules.
Controller Vehicle charging control module.
Contactor Used to activate the vehicle's power supply.
Component Function
Power connector A group of terminals responsible for the distribution of electricity
to the vehicle and charger's internal modules.
Controller Vehicle charging control module.
Contactor Used to activate the vehicle's power supply.
Clue module Module supporting charging authorisation via the Clue app
Component Function
Power connector A group of terminals responsible for the distribution of electricity
to the vehicle and charger's internal modules.
Controller Vehicle charging control module.
Contactor Used to activate the vehicle's power supply.
IoT module Module supporting the app, WiFi connection, and energy meas-
urements
Component Function
Power connector A group of terminals responsible for the distribution of electricity
to the vehicle and charger's internal modules.
Controller Vehicle charging control module.
Contactor Used to activate the vehicle's power supply.
DC power supply Provides power to the control module.
Energy con- It measures the energy consumed during a charging session.
sumption meter
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