RCT Power Storage DC 4.0 with battery 11.5 Instruction Manual

Storage DC 4.0 with battery 11.5

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Specifications

• Product Name: RCT Power Battery

• Manufacturer: RCT Power GmbH

• Address: Line Eid Str. 1, 78467 Konstanz, Germany

• Contact: Tel. Tech. Service: +49 39484 9763 65, Mail:
  info[at]rct-power.com

• Version: 02/2024

Product Usage Instructions

1. Mechanical Assembly

Follow these steps for mechanical assembly:

1. Prepare the point of assembly as described in section 3.1 of
   the manual.

2. Set up the battery system according to the instructions in
   section 3.2.

2. Electrical Installation

For electrical installation, refer to section 4 of the manual,
which includes:

• Version 02/2024
• Operating instructions Power Battery Overview

3. Commissioning

To commission the product, follow the guidelines provided in
section 5 of the manual.

4. Operating

Operating the RCT Power Battery involves:

• Normal mode operation detailed in section 6.1.
• Troubleshooting tips in section 6.2 for any issues.
• Performing periodic maintenance work as outlined in section
  6.3.

5. Storage, Cleaning, and Disposal

When not in use, store the product as per section 7.1. Clean the
battery following the instructions in section 7.2. For disposal,
refer to section 7.3.

FAQ (Frequently Asked Questions)

Q: How do I troubleshoot if the battery is not

functioning?

A: Refer to section 6.2 of the manual for troubleshooting
steps.

Q: What are the basic safety instructions to follow while using

the RCT Power Battery?

A: Basic safety instructions are outlined in section 2.2 of the
manual. Make sure to adhere to them for safe operation.

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Operating instructions
RCT Power Battery
https:// www.rct-power.com

Manufacturer Copyright Document No.

RCT Power GmbH Line Eid Str. 1 78467 Konstanz, Germany Tel. Tech. Service: +49 39484 9763 65 Mail: info[at]rct-power.com
© RCT Power GmbH 2024 Subject to technical modifications without prior notification. No part of this Operating instructions is permitted to be reproduced in whatever form (photocopy, microfilm or any other process) or – by using electronic systems – edited, duplicated and distributed without the written agreement of RCT Power GmbH. We reserve the right to file a claim for damages should this ruling be infringed. The reproduction of utility marks, trademarks, brand names and product designations etc. in this Operating instructions does not entitle them as envisaged under the trademark and brand protection legislation to be both freely viewed and used. 02/2024

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Contents

1

Overview ………………………………………………………………………………………………………………….. 5

1.1 1.1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.8.1 1.8.2 1.9 1.9.1 1.9.2 1.9.3

Information on this Operating instructions ………………………………………………………………………………… 5 Presentation conventions…………………………………………………………………………………………………………… 5 Use as intended …………………………………………………………………………………………………………………………. 6 Use contrary to that intended……………………………………………………………………………………………………. 6 Symbol explanations ………………………………………………………………………………………………………………….. 7 Warranty and liability ………………………………………………………………………………………………………………… 8 Conformity statement as per Low Voltage Directive 2014/35/EU …………………………………………….. 8 Application example…………………………………………………………………………………………………………………… 9 Scope of delivery ……………………………………………………………………………………………………………………… 10 Power Battery Master ………………………………………………………………………………………………………………. 10 Power Battery module ………………………………………………………………………………………………………………. 11 Assembly description ………………………………………………………………………………………………………………… 11 Power Battery Master ……………………………………………………………………………………………………………….. 11 Nameplates………………………………………………………………………………………………………………………………. 12 Power Battery module ……………………………………………………………………………………………………………… 12

2

Safety instructions ……………………………………………………………………………………………………13

2.1

Symbols ……………………………………………………………………………………………………………………………………. 13

2.2

Basic safety instructions ………………………………………………………………………………………………………….. 14

2.3

Personnel and qualifications ……………………………………………………………………………………………………. 15

3

Mechanical assembly ……………………………………………………………………………………………….16

3.1

Preparing the point of assembly………………………………………………………………………………………………. 16

3.2

Battery system set-up ……………………………………………………………………………………………………………… 19

4

Electrical installation……………………………………………………………………………………………….. 22

4.1 4.2 4.3 4.4 4.5 4.6 4.6.1 4.6.2 4.6.3

Earthing the components………………………………………………………………………………………………………….22 Setting up the network connection…………………………………………………………………………………………..23 Setting up the DC connection …………………………………………………………………………………………………..24 Connection preparation to the Power Storage …………………………………………………………………………24 Aligning the Power Battery and fastening to the wall ……………………………………………………………..25 Setting up connection to the Power Storage ……………………………………………………………………………25 Power Storage DC 4.0 / 6.0 (not for Power Battery 15.2 /19.2 /23.0) ………………………………………..26 Power Storage DC 8.0 / 10.0 ……………………………………………………………………………………………………..26 Power Storage AC (not for Power Battery 15.2 /19.2 /23.0) ……………………………………………………..26

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Operating instructions Power Battery Overview

5

Commissioning ……………………………………………………………………………………………………….. 26

6

Operating ……………………………………………………………………………………………………………….. 27

6.1

Normal mode …………………………………………………………………………………………………………………………….27

6.2

Troubleshooting ………………………………………………………………………………………………………………………..27

6.3

Periodic maintenance work ………………………………………………………………………………………………………27

7

Storage, cleaning and disposal ……………………………………………………………………………….. 28

7.1

Storage ……………………………………………………………………………………………………………………………………..28

7.2

Cleaning ……………………………………………………………………………………………………………………………………. 28

7.3

Disposal …………………………………………………………………………………………………………………………………….28

8

Handover protocol ………………………………………………………………………………………………….. 29

9

Technical data ………………………………………………………………………………………………………… 30

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Operating instructions Power Battery Overview
This Operating instructions is an important part of the battery system – Power Battery. It includes information on working safely and efficiently with the battery system. Always keep the Operating instructions near to the battery system. Those carrying out maintenance and service work on the battery system need to have permanent access to the instructions and information of this Operating instructions. Read the Operating instructions before you install the system. Take to heart the safety instructions, in particular. This Operating instructions includes information on installing, wiring, commissioning and operating the battery system. This document does not replace any laws, stipulations, regulations, standards or conventions.
The following conventions have been drawn up to improve the legibility and comprehensibility of the text: Cross-references Cross-references in this document are shown as follows: Chapter 1.7 “Application example”, Page 9. Handling instructions Handling instructions are shown as follows: Requirement
Handling step
Handling result
Handling step
Handling result
Operating elements Operating elements are shown bold.

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Operating instructions Power Battery Overview
The battery systems – Power Battery – are stationary battery systems with lithium iron phosphate rechargeables (LiFeP04). A Power Battery together with a Power Storage forms a Power Storage System which stores the generated PV energy smartly and highly efficiently and provides it – based on commercial aspects – to the consumer. In particular, a Power Battery 15.2 /19.2 /23.0:
· is made up of 2 identical systems Power Battery 7.6, 9.6 or 11.5, also refer to Chapter 1.8 “Scope of delivery”,
Page 10. Other combinations are not permitted.
· may only be operated with Power Storage DC 8.0 / 10.0. Operation with other AC/DC inverters as well as Power
Storage DC 4.0 / 6.0 or Power Storage AC is not permitted.
· For detailed information on the combinations permitted, have a look in our technical documentation – TD25_RCT
Power compatibility matrix – in the download section under www.rct-power.com
The Power Battery systems have not been developed for other applications or for connections to other appliances. Any use differing from the use as intended is held to be misuse. RCT Power GmbH is not liable for damage resulting from misuse. Any misuse terminates the warranty, guarantee and general liability of the manufacturer.

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Operating instructions Power Battery Overview
The following symbols may be attached to the nameplate and / or system components. These symbols are to be taken notice of at all times:
Refer to the operating manual! Do not open enclosure! Touching any conducting parts can result in heart rhythm disturbance and shock. Do not short-circuit batteries! A short-circuit can result in the flow of very high currents and in burns. On no account is cleaning to be undertaken with synthetic fibre cloths or with a feather duster. Risk of electrostatic charging or discharging. General hazards from batteries: On electrolyte seeping out: switch off battery system at the main switch and contact manufacturer.
Battery must not get wet.
Defective batteries must not be operated.
This product must not be disposed of as normal household refuse, Chapter 0 ” Storage, cleaning and disposal”, Page 28 CE conformity designation

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Operating instructions Power Battery Overview
Warranty and liability are oriented towards the conditions laid down in the contract.
Warranty limits One or several of the following causes rule out any warranty or liability claims:
· Improper application or installation of the system. · Installing or operating the product in a non-permitted environment. · Ignoring relevant safety requirements at the place of operation, during installation and commissioning. · Ignoring safety notices and instructions in all documents of relevance for the product. · Installing or operating the product under false safety or protective conditions. · Effecting a change to the product or installing a software with no entitlement to do so. · Defect in the product from adjoining appliances or from those operated outside the permitted limits. · Damage from force majeure.
Property rights All rights to drawings, software and other documents as well as all powers of disposition, such as copy and transfer rights, rest with RCT Power GmbH.
Storage RCT Power GmbH assumes no warranty at all for damage brought about by incorrect storage, Chapter 7.1 “Storage”, Page 28.
Transport We wish to point out that improper transport is no justification for any compensation or warranty claim. At all events, do consult RCT Power GmbH before transporting the system.
RCT Power GmbH declares that the battery system specified in this document concurs with the basic requirements and other relevant conditions of the directives listed below.
· Directive 2014/35/EU (Low voltage directive) · Directive 2014/30/EU (Electromagnetic Compatibility, EMC) · Directive 2011/65/EU (RoHS)
A detailed conformity statement can be found in http://www.rct-power.com.

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Operating instructions Power Battery Overview

Fig. 1:

Example of a PV system with Power Battery, Power Switch and Power Sensor

Item Description A PV generator
B Battery system C Inverter D Household E Power Switch F Power Sensor G Supported grid systems

Comment Monocrystalline silicon; polycrystalline silicon or thin layer modules without earthing and with Protection Class II Power Battery consisting of Power Battery Master and Power Battery modules Power Storage 4.0, 6.0, 8.0, 10.0 Power consumers A switch over is made to island mode given a grid failure Power sensors for detecting the AC power TT, TN-C, TN-S, TN-C-S

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Operating instructions Power Battery Overview

Our products are checked for being in a proper condition before their delivery. Despite thorough packaging, damage in transport may occur which, as a rule, haulage companies are responsible for. If you detect damage to the packaging or to the Power Battery, then do immediately contact the haulage company. A damaged Power Battery must not be commissioned. Every battery system is made up either of 1 Power Battery BMS Master combined with 2 to 6 Power Battery modules or 1­ 2 Power Battery BMS Master+ combined with 8 to 12 Power Battery modules:

Version

Number of BMS

in …

Power Battery modules in …

Power Battery 3.8

1

1 cardboard box

2 cardboard boxes

Power Battery 5.7

1

1 cardboard box

3 cardboard boxes

Power Battery 7.6

1

1 cardboard box

4 cardboard boxes

Power Battery 9.6

1

1 cardboard box

5 cardboard boxes

Power Battery 11.5

1

1 cardboard box

6 cardboard boxes

Power Battery 15.2

2

2 cardboard boxes

8 cardboard boxes

Power Battery 19.2

2

2 cardboard boxes

10 cardboard boxes

Power Battery 23.0

2

2 cardboard boxes

12 cardboard boxes

*within the document BMS, Power Battery Master, Power Battery BMS Master and Battery Master are considered synonyms

1

2

3

4

5

6

Item Description
1 1x Power Battery Master 2 1x wall fixture for fastening the top Power Battery module 3 2x assembly handle 4 1x base frame, horizontally adjustable
· Art. 210-0001 without earthing connection · Art. 210-0003 with earthing connection 5 1x operating instructions (this document) 6 1x accessories with: – 1x terminal resistor (RJ45) – 1x patch cable RJ45/Cat5e 5 m – 1x ring eyelet for earthing PE conductors of a 6 mm² cross-section
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Operating instructions Power Battery Overview

1

2

Item Description 1 1x Power Battery module 2 1x patch cable RJ45/Cat5e 15 cm
1 DC cable (+) to the Power Storage 2 DC cable (-) to the Power Storage 3 Connector for DC cable (-) from the top module 4 RJ45 socket for the network cable to the Power
Storage 5 Connection for the PE conductor 6 On / Off switch 7 Ports for stacking on the top module 8 LED status indicator 9 Nameplate 10 RJ45 socket for network cable to the top module 11 DC cable (+) to the top module
Art. 210-0001: The DC cables to the Power Storage need to be prepared, the DC cables to the bottom module are already attached to the Master when delivered. Art. 210-0003: The DC cables to the Power Storage and to the bottom module are already attached to the Master when delivered.

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Operating instructions Power Battery Overview
The nameplates indicate the serial number (1) of the components and details (2) of the voltages arising in the components and of the IP protection class. Explanation of the symbols Chapter 1.4 “Symbol explanations”, Page 7.
1 DC cable to the module above, in the case of the top module to the Master
2 RJ45 socket for network cable to the module above 3 PE conductor 4 Connector for DC cable from the module below, in the case
of the bottom module from the Master 5 Nameplate 6 RJ45 socket for network cable to the module below, in the
case of the bottom module for the terminal resistor 7 Ports for stacking on the module below, in the case of the
bottom module on the base frame

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Operating instructions Power Battery Safety instructions
In this document safety-relevant notices are marked with the following symbols and signal words: Danger to life or risk of severe injuries!
Disregarding the sign could possibly be fatal or result in a serious injury!
· Remedy…
Danger to life or risk of severe injuries! Disregarding the sign could result in injury!
· Remedy…
Risk of property damage! Disregarding the sign could result in property damage (time loss, data losses, equipment fault etc.)!

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Operating instructions Power Battery Safety instructions
A correctly assembled Power Battery is intrinsically safe.
Injury risk from electric shocks!
Inside the Power Battery components there are high-voltage elements also able to generate a high amperage! Metal parts of the batteries are carrying voltage at all times. A short-circuit can result in the flow of very high currents and in burns. Touching any conducting parts can result in heart rhythm disturbances and shock.
· Do not open enclosure! · Ensure that cables are not damaged. · Only use appropriate and fault-free protection and measuring equipment. · Do not commission any defective cables or components with a damaged enclosure. · Do not short-circuit batteries. · Ensure that no liquid gets into cables or enclosures and the battery system is not subject to any
condensing moisture.
· Do not place any tools or metal parts on the components. · Make sure the components are correctly earthed when assembling them. · Do not subject components to either pressure or knocks. In particular, ensure they do not fall over
or during assembly fall down.
· Carry out all electrical installations in accordance with the local and national standards and
directives.
· Do not remove the nameplate.
Fire risk from flammable substances!
The Power Battery is not authorized to be used in explosive environments.
· Ensure that in its vicinity no explosive gases, liquids or other substances are stored or made use
of.

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Operating instructions Power Battery Safety instructions
To avoid any damage or injuries, only those qualified are allowed to install, cable, connect, start up and commission the Power Battery. Qualified personnel entitled to carry out the tasks listed in this document have the following skills and knowledge:
· They have been trained to install electrical equipment. · They understand the functional operation of a battery system and know how it works. · They know about lithium iron phosphate rechargeables (LiFeP04). · They have read and understood the documents supplied with the appliance. · They know about the tools and appliances in question and use them to carry out the work. · They know about the applicable laws, provisions, standards and directives for electrical equipment. · They know about the safety requirements and the safety-relevant directives for electrical equipment. · They are familiar with the occupational health & safety legislation and directives. · They know about the Personal Protective Equipment in question and wear it. · They should have gone through instructional training and product launches.

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15

Operating instructions Power Battery Mechanical assembly

Injury risk from electric shocks and a heavy weight!
Inside the Power Battery components there are high-voltage elements (up to 1,500 V) which can also generate a high amperage! Metal parts of the batteries are energized at all times. A short-circuit can result in the flow of very high currents and in burns. Touching any conducting parts can result in heart rhythm disturbances and shock. If set up incorrectly, the battery system may topple over and cause injuries. A Power Battery module weighs more than 20 kg.
· Only have a qualified electrician assemble and electrically connect the battery system. · Do not set up the Power Battery in potentially explosive zones. · Ensure that the electrically conductible surfaces of the Power Battery are earthed. · Use a wall fixture to stop the Power Battery from falling over. · Do not subject components to either pressure or knocks. In particular, ensure they do not fall over
or during assembly fall out.
· Carry out all electrical installations in accordance with the local and national standards and
directives.

Possible reduced capacity of the Power Battery!

· Do not cover the Power Battery and, in particular, not its top side. · Maintain the clearances to ensure convection cooling. · Only operate or store the Power Battery between -5 °C and +45 °C.
RCT Power Battery temperature window (25 Ah cell with 1C=25A)

Battery – discharge

Battery – charge

Rate in C

Page 16

T in °C

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Operating instructions Power Battery Mechanical assembly

(noncondensing)

Ensure that the assembly base is of a flame-retarding material. Do not install the battery system in a potentially explosive environment Ensure that no corrosive gases develop at installation site.
The battery system is only authorized for indoors.
Shield battery system from direct heat radiation (e. G. sun, heating etc.).
The following requirements must be met:
· Set up indoors, air-conditioned · Ambient temperature 5 ­ 40 °C · Relative air humidity 5 ­ 85 %, non-condensing
Protect from pollution, dust and ammonia gases

The assembly base needs to be firm and one to constantly bear the weight. The selected site needs to be easily and securely accessible at all times without additional aids, such as ladders or supporting structure.

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Operating instructions Power Battery Mechanical assembly
Vertically install the battery system but not where livestock are kept.
Keep to the minimum clearances for adequate, unimpeded convection. On reaching a specified temperature threshold, the charging and
discharging capacity of the battery is automatically lessened linearly.
Installation in the enclosed cabinet is forbidden.
Ensure that the system is provided with sufficient convection and is on a
suitable spot for installation.

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Operating instructions Power Battery Mechanical assembly

Overview
1 Power Battery Master 2 Power Battery module 3 Base frame castors 4 Base frame 5 Height-adjustable pedestals

In the following order, the battery system is
· plugged together on its base frame (4) · cabled · fastened to the wall
Set up the base fame where the Power Battery is to
stand. In this process, the side with the PE conductor must face the wall.
Also keep to the 200 mm safety clearance to the
wall.

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Operating instructions Power Battery Mechanical assembly

Setting up the Power Battery modules
Using the enclosed assembly handles, position a
module onto the base frame so that the connections are facing the wall.
Correctly fitting the module ensures its
automatic centring.

Page 20

Ensure when assembling that no cables are pinched
and that the Power Battery components are parallel with the base.
Place a further module on the previous one so that
both are parallel to each other.
Correctly fitting the module ensures its
automatic centring.
Put on the rest of the modules one after the other.
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Operating instructions Power Battery Mechanical assembly
To fasten the wall fixture, remove the 2 screws on
the top module, screw head preference for Torx T20.
Mark drill holes for wall fixture
Mount the wall fixture with both the screws (1) on
the top module.
Carefully push the battery system to the wall. Place markings for the drill holes centrally and
vertically in the wall fixture slots. Screwing into the wall is only undertaken once the battery system, Chapter 4.5 “Aligning the Power Battery and fastening to the wall”, Page 25 is cabled.
Position the Power Battery Master on the top
module so that the DC cables remain accessible and are not pinched.

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Operating instructions Power Battery Electrical installation

Injury risk from electric shocks!
Inside the Power Battery components there are high-voltage elements also able to generate a high amperage! Earthing faults can lead to electric shocks!
· Only have a qualified electrician assemble and electrically connect the battery system! · Make sure all metallic components are correctly earthed!
For a clearer overview, the firmly fitted DC cables have not been included in the adjoining drawing.
Attach the PE conductors (1) of the modules to the PE
conductor connection (2) of the module mounted above beginning with the PE conductor (3) of the base frame. Attach the PE conductor connection (4) of the base frame to an on-site PE conductor connection. With a Power Battery 15.2 /19.2 /23.0 both base frames need to be separately attached to an on-site PE connection.

PE connection in detail Enclosure

Lock washer

Nut M5

PE conductor with eye

Tighten M5 nuts of the PE connections to 2.5 Nm.

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Operating instructions Power Battery Electrical installation

For a clearer overview, the firmly fitted DC cables have not
been included in the adjoining drawing.
Use the enclosed patch cables and terminal resistor for
inter-module communication.
Connect the top module to the RJ45 connection (1)
underneath at the Power Battery Master.
Connect the other modules with the module above in
each instance (2).
Complete lower connection of the bottom module with
the terminal resistor (3).

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Operating instructions Power Battery Electrical installation

The modules are operated in series.
The Power Battery Master is therefore attached to the top and bottom module.
Connect the Master DC cable (1) to the connection
jack (+) of the lowest module. We suggest running the cable between enclosure and the module cables.
Connect the DC cables (2) of the other modules to the
connection jack (+) of the module above.
Connect the DC cable (2) of the top module to the
connection jack (-) of the Master.

Art. 210-0001: The DC cables to the Power Storage need to be prepared, the DC cables to the bottom module are already attached to the Master when delivered.
Art. 210-0003: The DC cables to the Power Storage and to the bottom module are already attached to the Master when delivered.
Ensure the cables are not pinched during the following steps.

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Operating instructions Power Battery Electrical installation
· To prevent any accidental toppling over, fasten the Power Battery
to the wall. Additionally needed material (not included in the scope of delivery):
· 2 hexagon-head screws (3) with a max. 8 mm diameter and
matching dowels
· Matching open-end spanner · Matching washers (4) with an external diameter of at least 15 mm
Use the previous markings and drill the holes matching the dowels,
Mark drill holes for wall fixture, Page 21.
Push the Power Battery carefully up to the wall and firstly screw
the 2 screws (3) lightly into the dowels so the wall fixture (2) can be vertically adjusted.
Horizontally align the Power Battery using the adjustable pedestals
of the base frame and a spirit level (1) so weight is taken off the castors and the Power Battery is secure on the pedestals.
Adjusting the pedestal vertically
Slacken all 4 counter nuts (5). If required, adjust height by turning the pedestal (6). After adjusting all 4 pedestals (6), retighten all the counter nuts (5).
Insert RJ45 cable into the top jack (3) of the Master/
Masters.
Properly run DC cable and RJ45 cable to the Power
Storage.

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25

Operating instructions Power Battery Commissioning

Run RJ45 cable through the cable entry and insert

Plug DC cables into the matching connectors.

into the X403 “CAN” interface.

Insert RJ45 cable into the “CAN” RJ45 connector.

Plug DC cables into the matching connectors.

Run RJ45 cable through the cable entry and insert

Plug DC cables into the matching connectors.

into the CAN BUS “A” interface.

To commission the system, please follow the procedure in Setup/ Manual Power Storage.

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Operating instructions Power Battery Operating

The Power Battery itself does not require any operating. The LED status display at the base of the Power Battery Master lights up green.
It can depict the following states:

LED indicator Green Red Orange Red / orange flashing Red / green flashing Orange (flashing)

Status Power Battery In operation (battery is connected to the Power Storage). Malfunction (battery is not connected to the Power Storage). Initialization (battery is not connected to the Power Storage). CAN connection to the Power Storage is interrupted. Software update (battery is not connected to the Power Storage). Active connecting process

On a malfunction arising (LED status indicator does not light up green) warnings appear on the Power Storage display. They can also be retrieved through the RCT Power App. In the case of a malfunction:
Switch off Power Battery at the on/off switch, Chapter 1.9.1 “Power Battery Master”, Page 11. Consult the installer. Consult the manufacturer’s Technical Service.
The Power Battery is not provided with any parts requiring maintenance. In the case of malfunctioning, do turn to the Technical Service of RCT Power GmbH.

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27

Operating instructions Power Battery Storage, cleaning and disposal
Store the Power Battery modules in a tidy, dry, cool and frost-free space on incombustible and non-conductive
bases. An over-high storage temperature results in a more rapid self-discharge and premature ageing.
To avoid damage, store the Power Battery modules where the relative air humidity is < 85 %, no corrosive gas is
on hand and the storage temperature is -30 °C to 40 °C.
In the event of storage exceeding 3 months, store the Power Battery modules where the relative air humidity is
< 65 %, no corrosive gas is on hand and the storage temperature is -10 °C to 25 °C.
After 6 months at the latest, measure the voltage at the Power Battery modules and contact the manufacturer.
Clean the surfaces with a slightly moistened cotton cloth.
Injury risk from electric shocks! Inside the Power Battery components there are high-voltage elements also able to generate a high amperage! Earthing faults can lead to electric shocks! A short-circuit can result in the flow of very high currents and in burns. Touching any conducting parts can result in heart rhythm disturbances and shock.
· Do not open enclosure! · Ensure that enclosure and cables are not damaged! · Ensure that no liquid gets into either cables or enclosure! · Only have a qualified electrician assemble and electrically connect the battery system! · Make sure all metallic components are correctly earthed!
This symbol points to the fact that on ending its lifetime the appliance must not be added to the household refuse but disposed of as electronic scrap. Follow the local regulations! Data protection information: if the appliance has a data memory possibly including personal data, then do ensure in your own interest that it is dependably deleted before disposing of the appliance.

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Operating instructions Power Battery Handover protocol

Installer Company: Name: Address: E-mail: Telephone:
Power Battery Power Battery Master Power Battery module Power Battery module Power Battery module Power Battery module Power Battery module Power Battery module Power Battery Master Power Battery module Power Battery module Power Battery module Power Battery module Power Battery module Power Battery module
Installer´s signature:
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Serial No.

Installation date 29

Operating instructions Power Battery Technical data

Single tower Double tower

3.8

5.7

7.6

9.6

11.5

15.2

19.2

23.0

ELECTRICAL PARAMETERS

Nominal capacity

3.84 kWh

5.76 kWh

7.68 kWh 15.36 kWh

9.60 kWh 19.20 kWh

11.52 kWh 23.04 kWh

Usable capacity 90 % DoD

3.46 kWh

5.18 kWh

6.91 kWh 13.82 kWh

8.64 kWh 17.28 kWh

10.37 kWh 20.74 kWh

Number of cycles at 80 % remaining capacity

5,000

Voltage range

120 ­ 173 V

180 ­ 260 V 240 ­ 346 V 300 ­ 432 V 360 ­ 520 V

Nominal voltage

154 V

230 V

307 V

384 V

461 V

Max. charge /discharge current

25 A/25 A

Intrinsic consumption

< 5 W

COMMUNICATION/ INTERFACES

Power Storage interface

CAN

GENERAL

Battery technology

LiFeP04

Dimensions per tower Height x width x depth

0.53×0.34×0.34m 0.78×0.34×0.34m 1.03×0.34×0.34m 1.27×0.34×0.34m 1.52×0.34×0.,34m

Weight per tower (1 module 24 kg)

54 kg

78 kg

102 kg

126 kg

150 kg

Number of modules per tower

2

3

4

5

6

IP-protection class Installation type Max. installation height above sea-level Relative air humidity Pollution degree Over-voltage category Operating temperature range Plug type
SAFETY/ STANDARDS Protection class Certification EMC

IP42 standing, indoor
2,000 m
5 ­ 85 % (non-condensing) 2
CAT II 5 ­ 40 °C Weidmüller PV stick
1 IEC 60730-1, EN 61000-6-2, EN 61000-6-3, IEC 61010-1, IEC 62619, UN 38-3,
EN 61000-6-2, EN 61000-6-3

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