Enelion ENERGY GUARD 3.O Benutzerhandbuch

INSTRUCTION FOR INSTALLATION AND

OPERATION

ENERGY

GUARD 3.O

Congratulations on purchasing an ENELION product, and thank you for

your trust.

The current version of the installation and operation instructions

is available at: https://enelion.com/en/support-energy-guard

Before undertaking any activities related to installation or startup, it is

necessary to familiarize yourself with the content of this instruction.

Dear

user

Table of content

Important informations 5

General informations 6

Design Guidelines for

Installation 8

Electrical Connection Recommendation 8

Location Selection Criteria 8

installation 12

Device Installation 13

Conguration 15

Initial Setup 15

Conguration Panel 16

Dashboard 16

Meter Conguration 16

Conguring DLB in the Charging Station 17

Connecting ENELION ENERGY GUARD to the ENELION

Charging Network 18

System Section 19

Dynamic Load Balancing 20

Impact of ENELION ENERGY GUARD on DLB Operation 20

DLB System 20

EEG operating speed 21

Queuing 22

Daily Operation 23

Connection Mode Change Button 23

LED 24

Maintenance 25

Technical data 26

Table of content

Important

information

• Installation and servicing of the device must

be performed by qualied and authorized

persons, and repairs may only be carried out

by the manufacturer or entities authorized by

the manufacturer.

• Tampering with the mechanical, electrical

and electronic components and the device

software is forbidden and shall result in the

nullication of the warranty. The exceptions

include operations described herein and those

agreed in writing with the manufacturer.

• The manufacturer is not responsible for

damage to property resulting from the

forbidden interference in the product.

• The electrical installation to be used by the

device during its operation must meet the

conditions described in the installation manual.

The manufacturer is not responsible for

incorrect assembly and/or protection of the

electrical installation to which the device is

connected.

• The manufacturer is not responsible for the

malfunction of the electrical installation to

which the device is connected.

• The electrical installation to be used by the

device during its operation must comply with

the legal standards in force in the place of

assembly and the operation of the device.

• The manufacturer is not liable for any damage

caused by an electrical installation that does

not meet legal standards.

• The device does not have a built-in switch.

• The device activates when the supply voltage

is applied. The power supply cut off function

must be provided by the appropriate electrical

installation devices described in the assembly

manual. Except in emergencies, the device

must not be turned off during the charging

process.

• It is forbidden to supply the power to the

device when the device casing remains open.

• The manufacturer is not responsible for loss

of health or life by any persons resulting from

failure to comply with the above-mentioned

recommendations.

• The AC charger station to which the Energy

Guard will be connected, must be updated to

the latest software version and DLB function

activation it is required, which is described in

this manual.

General provisions:

Safety instructions

• All operations described in this manual should

be performed only after making sure that there

is no voltage in the power cord.

• Outdoor installation should not be carried out

during precipitation or strong wind, if there is a

risk of water or dirt getting into the device.

General

informations

ENELION ENERGY GUARD 3.0 (EEG 3.0) is

an intelligent energy meter that connects to

the ENELION LUMINA charger to optimize

the utilization of available electrical power in a

home. ENELION ENERGY GUARD measures

real-time power consumption at the electrical

connection point and sends measurement re-

sults to the ENELION LUMINA charger, allowing

the charger to limit its charging power to avoid

exceeding the maximum power supplied by the

connection. Current measurement is per-

formed using current transformers, signicantly

simplifying the installation.

Fig. 1: Example of installing ENELION

ENERGY GUARD 3.0 in the network

Example of installing ENELION ENERGY

GUARD 3.0 in the network: ENELION ENERGY

GUARD 3.0 communicates wirelessly with ENE-

LION LUMINA chargers using Wi-Fi Mesh. The

connection conguration is described in the

‘Connecting ENELION ENERGY GUARD to the

ENELION charger network’ chapter on page 18.

Normally, ENELION ENERGY GUARD comes

with a set of current transformers selected at

the time of ordering. One current transformer

is allocated for each phase. Using current trans-

formers with different parameters will result in

incorrect measurements.

Current transformers are available in various

measuring ranges, from 50 A to even 3000 A.

Current transformers with a maximum input

current of 100 A and 300 A have a hole diame-

ter of 26 mm, while those with 500 A or 1000 A

have a diameter of 36 mm.

General information

Fig. 2: Sample current transformer

It is possible to order only the EEG 3.0

from Enelion and purchase the appropriate

current transformers separately. When

purchasing current transformers individually,

the following requirements must be met:

• Secondary current: 5 A,

• Accuracy class no worse than 1.

Design

guidelines for

installation

Electrical

Connection

Recommendation

ENELION ENERGY GUARD 3.0 is designed for

supplying power in both ve or three-wire con-

gurations (excluding the protective PE wire)

and is compatible with TN-S, TN-C, TN-C-S,

and TT network types.

The ENELION ENERGY GUARD device

can operate in either a 3-phase or 1-phase

setup. This manual is based on the three-

phase version. All connections should be

made considering the number of phases.

02 Location

Selection

Criteria

The device is designed for installation inside a

distribution board, near the power cables where

measurement transformers should be applied.

Installation of the device in easily accessible

locations is prohibited

The device should not be placed in areas of

direct sunlight that could cause overheating of

the device.

Do not install the device near heat sources or in

locations exposed to high humidity.

Installation of the device in explosion hazard

zones is prohibited. Before installation, ensure

that the mounting space inside the distribution

board for the device is sufcient.

Design guidelines for installation

There is the option to choose the installation

location for the measurement transformers.

They can be installed on the power cables

supplying the building’s load along with the

charging stations [Figure 3] or on the power

cables supplying only the building’s load

[Figure 4].

Selection of the measuring point – the location

of current transformers installation. Current

transformers can be installed in the distribution

board in two ways.

The rst method is to install them on the main

incoming power cables to the distribution

board. As a result, EEG will measure the current

for the entire connection [Figure 3].

The second option is to install them on the pow-

er cables supplying other loads (excluding the

ENELION LUMINA charging station) [Figure 4].

This information is crucial when conguring

DLB in the charging station. More information

about DLB conguration can be found in the

‚Conguring DLB in the Charging Station’

chapter on page 17.

The manufacturer is not responsible for

damages resulting from non-compliance

with the above recommendations.

Fig. 3: Connection diagram of EEG for measuring the entire connection along with charging

terminals.

Design guidelines for installation

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