Sma Storage-67-ts-10 Operating instructions

ENGLISH STORAGE-67-TS-10 | Version 1.1

Installation and Operating Instructions

STORAGE-67-TS-10

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circumstances for any direct or indirect accidental consequential loss or damage.

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care and to keep it up to date. However, users are expressly advised that SMA Solar Technology AG reserves

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www.SMA.de

Email: inf[email protected]

Last updated: April 1, 2021

Table of Contents

1 Important information about these instructions ..............................................5

1.1 Scope ................................................................................. 5

1.2 Explanation of symbols.................................................................... 5

1.3 General safety information................................................................. 6

1.4 Limitation of liability....................................................................... 6

1.5 Intended use ............................................................................ 7

1.6 Requirements for installers.................................................................. 7

2 Safety..............................................................................8

3 Preparatory work ....................................................................10

3.1 Required tools ..........................................................................10

3.2 Transport to the end customer .............................................................10

3.3 Transport at end customer site ............................................................. 11

3.4 Installation location......................................................................12

4 Technical specifications ...............................................................13

4.1 Sunny Tripower Storage 60 (STPS 60-10) ...................................................13

4.2 STORAGE-67-TS-10 .....................................................................13

5 Battery storage system STORAGE-67-TS-10 ...............................................14

5.1 Layout and components ..................................................................14

5.2 Scope of delivery STORAGE-67-TS-10......................................................15

5.3 Connections and layout of the SMA HV APU ................................................16

5.4 Connections and layout of the battery module ...............................................16

5.5 Battery module wiring ...................................................................17

6 Installation .........................................................................19

6.1 Disassembly and assembly of the cabinet ...................................................19

6.2 Optional: Lifting the top of the cabinet ......................................................20

6.3 Installation of the components .............................................................21

6.4 E-stop contact ..........................................................................27

7 Connection to the Sunny Tripower Storage 60 .............................................28

7.1 System setup ...........................................................................28

7.2 Diagram of connections STPS 60-10 .......................................................29

8 Commissioning ......................................................................30

8.1 Commissioning of a single unit.............................................................30

8.2 Commissioning of STORAGE-67-TS-10 systems following the master/slave principle.................31

9 Shutdown ..........................................................................34

10 Expansion of the storage system ........................................................35

10.1 Capacity expansion using an expansion module .............................................35

10.2 Capacity expansion using additional STORAGE-67-TS-10 units. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

10.3 Power expansion using STPS 60-10 units ....................................................40

11 Battery Monitoring software – BatMon ..................................................41

11.1 Views and functions .....................................................................41

11.2 Menu structure .........................................................................43

11.3 The key cell parameters ..................................................................43

12 Firmware update ....................................................................44

13 Error and warning messages STORAGE-67-TS-10 ..........................................46

14 Maintenance .......................................................................47

15 Storage............................................................................47

16 Disposal ...........................................................................48

17 Contact............................................................................49

IMPORTANT INFORMATION ABOUT THESE INSTRUCTIONS 5

1 Important information about these instructions

1.1 Scope

This document applies to the modular high-voltage storage system STORAGE-67-TS-10 in conjunction with the

battery inverter Sunny Tripower Storage 60 (STPS 60-10).

Read these installation and operating instructions carefully to ensure error-free installation, initial commissioning

and maintenance of the STORAGE-67-TS-10. Installation, initial commissioning and maintenance must be carried

out by a qualified and authorized specialist. The installation and operating instructions should be kept near the

unit and must be readily available to all persons involved in the installation or maintenance of the unit.

Make sure that you comply with local legal regulations and standards. Standards and other legal regulations in

other countries may conflict with the specifications in this manual. In such a case, please contact our service cen-

ter.

1.2 Explanation of symbols

The following types of warnings and notices are used in this manual:

DANGER! Indicates a warning which, if not observed, may result in an electric shock even if the unit is discon-

nected from the grid, as there is a time delay before the unit is voltage-free.

DANGER! Indicates a warning which, if not observed, will directly result in death or serious injury.

CAUTION! Indicates a warning which, if not observed, may result in personal injury.

ATTENTION! Indicates a warning that, if not observed, may result in damage to property.

NOTE Indicates instructions on how to handle the unit.

Symbols on the unit

The following types of warnings, prohibitions and commands are also used on the unit:

CAUTION! RISK OF CHEMICAL BURNS

If the battery is damaged in the event of an error, electrolyte may leak out and hydrofluoric acid may be pro-

duced in small concentrations and quantities. Contact with these fluids may cause chemical burns.

•Do not subject the battery modules to violent impacts.

•Do not open, disassemble or tamper with the battery modules.

In case of contact with electrolyte, immediately wash the affected area with water and seek medical advice

without delay.

CAUTION! EXPLOSION HAZARD

If improperly handled or in the event of a fire, lithium battery cells may ignite or explode, causing serious injury.

•Never install or operate the battery modules in potentially explosive environments or areas with relatively

high humidity levels.

•The battery modules must be stored in a dry place and within the temperature ranges specified in the data

sheet.

•Do not open, perforate or drop the battery cells or modules.

•Do not expose the battery cells or modules to high temperatures.

6 IMPORTANT INFORMATION ABOUT THESE INSTRUCTIONS

•Do not throw the battery cells or modules into a fire.

•In the event of a fire originating from the battery, extinguish it with a CO2fire extinguisher. In the event of a

fire in the vicinity of the battery, use an ABC fire extinguisher.

•Do not use defective or damaged battery modules.

CAUTION HOT SURFACE!

Should a malfunction occur, components may become very hot and cause serious injury if touched.

•Switch off the storage system immediately in case of defects.

•Exercise particular caution when handling the unit in the event of malfunctions or defects.

NO OPEN FIRES!

Open fires and ignition sources are prohibited in the immediate vicinity of the storage system.

DO NOT INSERT ANY OBJECTS INTO OPENINGS IN THE CASING OF THE STORAGE SYSTEM!

Do not insert any objects, such as screwdrivers, through openings in the casing of the storage system.

WEAR SAFETY GOGGLES!

Safety goggles must be worn when work is conducted on the unit.

FOLLOW THE INSTRUCTIONS!

These installation and operating instructions must be followed when work is conducted on the unit and it is oper-

ated.

1.3 General safety information

Danger! Risk of death due to non-observance of the safety instructions!

Improper use can lead to fatal injuries. Every person assigned to work on the system must have read and under-

stood these instructions, especially chapter “2 Safety“ on page 8.

All safety instructions must be followed.

The instructions in this manual must be observed by all persons working on the STORAGE-67-TS-10.

This manual cannot describe every conceivable situation. The applicable standards and corresponding regula-

tions on occupational health and safety therefore always take precedence.

The assembly of the unit also poses residual dangers in the following cases:

•Assembly is not carried out properly.

•Assembly is carried out by personnel who have not been trained or given proper instructions.

•The safety instructions provided here are not followed.

1.4 Limitation of liability

TESVOLT GmbH accepts no liability whatsoever for personal injury, damage to property, damage to the prod-

uct or consequential damage attributable to the following causes:

•Failure to comply with these instructions,

•improper use of the product,

•repairs, opening of the cabinet and other actions performed on or with the product by unauthorized and/or

unqualified personnel,

•the use of unauthorized spare parts.

It is prohibited to carry out unauthorized reconstructions or technical modifications to the product.

IMPORTANT INFORMATION ABOUT THESE INSTRUCTIONS 7

1.5 Intended use

STORAGE-67-TS-10 is a modular battery storage system based on lithium-ion technology. The components

reflect the current state of the art and meet product-specific standards.

STORAGE-67-TS-10 is designed for operation with the 3-phase battery inverter Sunny Tripower Storage 60

(STPS 60-10) manufactured by SMA. Any other use must be approved by the manufacturer and, if necessary,

the local utility company.

The unit may be operated only in closed rooms. The STORAGE-67-TS-10 works in an ambient air temperature

range of -10 °C to 50 °C and at a maximum humidity of 85 %.

The battery cabinet must not be exposed to direct sunlight and must not be placed directly next to heat sources.

The battery cabinet must not be subjected to corrosive atmospheres.

When installing the battery storage system, ensure that it is standing on a sufficiently dry, horizontal and flat sur-

face with sufficient load-bearing capacity.

The battery cabinet may not be installed at a location more than 2,000 m above sea level without the written

approval of the manufacturer.

In areas prone to flooding, the battery cabinet must always be installed in an elevated location where it is pro-

tected from making contact with water.

Pursuant to IEC 62619, the storage system must be installed in a fire-proof room. This room must be fitted with an

independent fire alarm unit which complies with local regulations and standards and must be free of fire loads.

The room must be separated from other rooms by class T60 fire doors. Similar fire protection requirements also

apply to other openings in the room (e.g. windows).

Intended use also includes compliance with these instructions.

Essentially, the STORAGE-67-TS-10 may not be used:

•for mobile use on land or in the air (it may only be used on water in agreement with and with the written con-

sent of the manufacturer).

•for use with medical equipment

•as a UPS system.

1.6 Requirements for installers

Local regulations and standards must be followed for any work carried out.

The battery storage system may only be installed by qualified electricians who have the following qualifications:

•training in dealing with hazards and risks associated with the installation and operation of electrical devices,

systems and batteries,

•training in the installation and commissioning of electrical devices,

•knowledge of and adherence to the locally applicable technical connection requirements, standards, direc-

tives, regulations and laws,

•knowledge of the proper handling of lithium-ion batteries (transport, storage, disposal, and sources of dan-

ger)

•knowledge of and adherence to these installation and operating instructions as well as other applicable

documents.

8 SAFETY

2 Safety

The STORAGE-67-TS-10 meets the requirements of IEC 61508 parts 1 to 7 and complies with safety integrity

level (SIL) 1.

DANGER! Life-threatening electric shock from damaged components or short circuit

Bridging the battery poles causes a short circuit resulting in a flow of electrical current. A short circuit of this type

must be avoided under all circumstances. You should therefore observe the following points:

•Use insulated tools and insulated gloves.

•Do not place any tools or metal parts on the battery modules or the APU.

•Always remove watches, rings and other metal objects when working with the batteries.

•Never operate or install the battery system in explosive environments or areas with relatively high humidity.

•Before beginning any work on the battery storage system, first switch off the charge controller and then dis-

connect the battery from the voltage supply and secure them from being switched on again.

DANGER! Chemical burns and poisoning due to electrolyte or toxic gases

During normal operation, no electrolyte can leak from the battery and no toxic gases can form. Despite careful

design, damage to the battery in the event of an error can result in electrolyte leakage, or toxic gases, organic

solvent gases and hydrofluoric acid may form in small concentrations and quantities. The following instructions

must therefore be observed:

•Do not subject the battery module to violent impacts.

•Do not open, disassemble or tamper with the battery module.

In case of contact with electrolyte, immediately wash the affected area with water and seek medical advice

without delay.

DANGER! Life-threatening burns as a result of improper handling

Improper handling can cause lithium battery cells to ignite. It is therefore essential that you observe the following

instructions for handling lithium battery cells:

•Never install or operate the battery modules in potentially explosive environments or areas with relatively

high humidity levels.

•The battery modules must be stored in a dry place and within the temperature ranges specified in the data

sheet.

•Do not open, perforate or drop the battery cells or modules.

•Do not expose the battery cells or modules to high temperatures.

•Do not throw the battery cells or modules into a fire.

•In the event of a fire originating from the battery, extinguish it with a CO2fire extinguisher. In the event of a

fire in the vicinity of the battery, use an ABC fire extinguisher.

•Do not use defective or damaged battery modules.

DANGER! Risk of death due to misuse

Any use of the battery storage system beyond the intended use or any other type of use can result in consider-

able danger.

DANGER! Risk of death due to unqualified operation

Incorrect handling of the battery storage system can result in considerable danger to the operator. Any action

requiring the battery cabinet to be opened must therefore only be carried out by qualified personnel in accor-

dance with the instructions in section “1.6 Requirements for installers“ on page 7.

SAFETY 9

ATTENTION! Improper handling may result in damage to the battery cells

•Do not expose battery cells or modules to rain or immerse them in liquids.

•Do not expose battery cells to corrosive atmospheres (e.g. ammonia or salt).

•Do not use any battery inverters other than STPS 60-10.

•Commission STORAGE-67-TS-10 battery storage systems within six months of delivery at the latest.

STOP

10 PREPARATORY WORK

3 Preparatory work

3.1 Required tools

TOOL USE

5–30 Nm torque wrench with a 10 and 13 mm socket,

hexagon socket size 8 with extension ≥120 mm

For tightening the ground connections and the AC and DC connecting cables

to the STPS 60-10

TX 25/30 Torx screwdriver For fastening the battery modules and SMA HV APU in the battery cabinet

PH 3 cross-head screwdriver For dismantling the transport safeguard

For assembling the base panels

Optional: For dismantling the battery cabinet halves

35 mm² to 50 mm² crimping tool For crimping the wire end ferrules for the DC connecting cable

Voltage measuring device (min. 1000 VDC) For measuring the grid and battery voltage (battery voltage up to 1000 VDC);

For testing the battery modules’ state of charge

8 mm wrench Optional: For dismantling the cable aperture panel on the cabinet cover

19 mm wrench Optional: For lifting the cabinet cover and tting the spacers

3.2 Transport to the end customer

Transport regulations and safety instructions

All the requirements under GGVSEB and ADR must be met.

•The battery modules may only be transported by the manufacturer or a logistics company engaged by the

manufacturer. Should transport on public roads nevertheless be necessary, this may only be carried out by

personnel who have received appropriate training and instruction. Such instructions must be documented

and given at regular intervals.

•Smoking is prohibited in the vehicle during the journey as well as in the immediate vicinity of the battery mod-

ules during loading and unloading.

•Two tested fire class D metal fire extinguishers (minimum capacity 2 kg) as well as equipment for dangerous

goods in accordance with ADR are to be carried in the vehicle.

•The freight carrier is prohibited from opening the outer packaging of the battery module.

DANGER! Risk of injury due to improper transport in a vehicle.

Improper transport and/or inadequate transport safeguards can cause the load to slide or tip over, resulting in

injuries. You should therefore position the cabinet vertically and in such a way that it cannot slide around in the

vehicle. Use retaining straps to prevent the cabinet from tipping over and sliding!

CAUTION! Risk of injury due to tilting battery cabinet.

The cabinet weighs about 120 kg and can tip over or slide away uncontrollably causing injuries if it is tilted too

far. Therefore, do not tilt the cabinet more than 45°.

CAUTION! Risk of injury if steel-toe boots are not worn when transporting the cabinet.

Injuries such as crushing injuries can occur in hazardous situations due to the components’ heavy dead weight

when the cabinet or battery modules are being transported. All persons involved must therefore wear protective

steel-toe boots.

NOTE

You should also follow the safety instructions in the following section “3.3 Transport at end customer site“ on

p a g e 11, especially when loading and unloading.

ATTENTION! Risk of damage during transport with installed battery modules.

Transporting the cabinet with the battery modules already installed will cause damage to the unit. Battery mod-

ules and cabinet must therefore always be transported separately from each other. Never move a cabinet once

it has been fitted with battery modules, even using lifting gear.

PREPARATORY WORK 11

3.3 Transport at end customer site

CAUTION! Risk of injury due to improper transport of the battery modules.

Battery modules are heavy (36 kg) and can cause injuries if they topple over or slide around. Ensure that the

modules are transported safely and that only suitable means of transport are used.

CAUTION! Risk of injury due to tipping battery cabinet during transport.

The cabinet weighs about 120 kg and may tip over if tilted, causing injuries and damage.

CAUTION! Risk of injury if steel-toe boots are not worn when transporting the cabinet.

Injuries such as crushing injuries can occur in hazardous situations due to the components’ heavy dead weight

when the cabinet or battery modules are being transported. All persons involved must therefore wear protective

steel-toe boots.

CAUTION! Risk of injury from sharp edges and metal panels when transporting the cabinet.

When the unpacked cabinet is being transported and installed, there is an increased risk of injury particularly

from sharp-edged metal panels. All persons involved must therefore wear protective gloves.

ATTENTION! Damage from transport with installed battery modules.

Transporting the cabinet with the battery modules already installed will cause damage to the unit. Battery mod-

ules and cabinet must therefore always be transported separately from each other. Never move a cabinet once

it has been fitted with battery modules, even using lifting gear.

NOTE To be transported by at least three people.

The use of a hand truck is recommended. Caution: Do not damage the casing!

The individual components of the STORAGE-67-TS-10 can weigh up to 120 kg and are therefore should not be

transported by a single person. It is recommended that the system be installed by at least two people. The assis-

tance of a hand truck is helpful.

No more than five battery modules may be stored on top of one another.

Abbildung 3.1 Permissible and impermissible storage positions of a packaged battery module

12 PREPARATORY WORK

3.4 Installation location

Necessary requirements

Section “1.5 Intended use“ on page 7 lists all the requirements and conditions for the installation of a

STORAGE-67-TS-10.

When selecting the installation location, also consider the transport routes and the necessary building clear-

ance.

ATTENTION! Damage to the building possible due to static overload.

When fully installed, the battery storage system weighs up to 823 kg. Make absolutely sure that the installation

location has sufficient load-bearing capacity. When in doubt, consult a structural engineer.

Dimensions

≥15

185

≥200

≥190

≥65

≥65 60

120

≥130

Space required (includ-

ing installation)

All dimensions in cm. Additional space required

for service etc.

STOPSTOP

TECHNICAL SPECIFICATIONS 13

4 Technical specifications

4.1 Sunny Tripower Storage 60 (STPS 60-10)

The STORAGE-67-TS-10 has been optimized for use with the 3-phase STPS 60-10 battery inverter. The overall

system is perfectly matched to the needs of trade and industry. Thanks to the SMA Inverter Manager’s flexible

energy management system and its high C-rate, STORAGE-67-TS-10 storage systems can be used for an

extremely wide variety of applications. This paves the way for projects up to the megawatt range.

TECHNICAL SPECIFICATIONS STPS 60-10

Nominal charging power (AC) 60 kVA

Nominal discharging power (AC) 75 kVA

DC voltage range 575 to 1,000 V

Dimensions (H x W x D) 740 x 570 x 306 mm

max. eciency 98.8%

Self-consumption < 3 W

Operating temperature - 25 to 60°C

Weight 77 kg

Protection class IP 65

Communication Modbus TCP/IP

Topology Transformerless Abbildung 4.1 Sunny Tripower Storage 60 with

SMA Inverter Manager

4.2 STORAGE-67-TS-10

TECHNICAL SPECIFICATIONS

STORAGE-67-TS-10

Energy (14 | 16 battery modules) 67 kWh | 76 kWh

C-rate 1C

Cell Lithium NMC prismatic (Samsung SDI)

Max. charging/discharging current 94 A

Cell balancing Active Battery Optimizer

Expected cycles at 100% DoD | 70% EoL | 23°C +/- 5°C

1C/1C

6 000

Expected cycles at 100% DoD | 70% EoL | 23°C +/- 5°C

0.5C/0.5C

8,000

Eciency (battery) Up to 98%

Self-consumption (standby) 5 watts

Operating voltage 666 to 930 VDC

Operating temperature -10 to 50°C

Humidity 0 to 85% (non-condensing)

Max. elevation of the installation location 2,000 m above sea level

Total weight (14 | 16 battery modules) 742 kg | 823 kg

Weight per battery module 36 kg

Weight per cabinet 120 kg

Dimensions (H x W x D) 1,900 x 1,200 x 600 mm

Certicates/standards Cell IEC 62619, UL 1642, UN 38.3

Product CE, UN 38.3, IEC 62619, IEC 61000-6-1/2/3/4,

Battery Directive 2006/66/EC

Recycling Free battery take-back scheme from SMA

Protection class IP 20

14 BATTERY STORAGE SYSTEM STORAGE-67-TS-10

5 Battery storage system STORAGE-67-TS-10

5.1 Layout and components

APU SMA HV (top view)

Battery module HV1000

1.1 1.1

1.2

1.3

1.4 1.4

1.5 1.5

Cabinet with pre-installed accessories

APU connector set HV1000

4.1 4.2

4.3 4.4

DC connector set APU for

BatWR/BatBreaker HV1000

7.1

Cabinet connector set HV1000

6.2

6.3

6.1

Rack balancing Type plate

cable 0.75 m

Switch

Cabinet accessories

11.1

11.2

11. 3

11.4

11.5

SMA Inverter Manager (left)

with external 24 V power

supply

Assembled STORAGE-67-TS-10

7.2

4.2

5.1

5.35.3

5.2

6.1

6.2

6.3

4.1 7.1

4.3

DC connector set BatBreaker/

STPS

BatBreaker (supplied with

orders of two or more

STORAGE-67-TS-10 units)

Installation guide

12 13

USB drive Sticker for

battery

chamber

dule connector set HV1000

6 7

7. 3

7. 4 7. 5

7. 2

5.3

5.2

5.1

BATTERIERAUM

BATTERY ROOM

Janitza network analyzer

BATTERY STORAGE SYSTEM STORAGE-67-TS-10 15

5.2 Scope of delivery STORAGE-67-TS-10

ITEM QUANTITY DESCRIPTION

11Battery cabinet TS HV

1.1 4L Crane lifting eye pre-tted

1.2 2L Crane bracket pre-tted

1.3 1L C-rail pre-tted

1.4 2L Document pouch pre-tted

1.5 2L Comb busbar pre-tted

21SMA HV APU (APU HV1000-S)

314 or 16 Battery module HV1000 (battery module 4.8 - 1C - HV 1000) incl. Active Battery Optimizer (ABO)

41APU connector set HV1000 from the APU to the rst and last (14th/16th) battery module

4.1 1L DC connecting cable 950 mm, 35 mm² (red on red)

4.2 1L DC connecting cable 1150 mm, 35 mm² (black on black)

4.3 1L Patch cable CAT 6, 300 mm

4.4 1L APU ground 700 mm, 16 mm², green-yellow, M 6 - M 8

51Module connector set HV1000 (for 16 battery modules, extra pack each with 2 additional cables)

5.1 12 L DC connecting cable 550 mm, 35 mm2(red on black)

5.2 12 L Patch cable CAT6, 300 mm

5.3 12 L Rack balancing cable 240 mm

61Cabinet connector set HV1000

6.1 1L DC connecting cable 1,200 mm, 35 mm2(red on black)

6.2 1L Patch cable CAT 6, 1,000 mm

6.3 1L Rack balancing cable 1,100 mm

71DC connector set HV1000 APU to battery inverter/BatBreaker

7.1 1L DC connecting cable 5,000 mm, 35 mm2, with red plug on one side

7. 2 1L DC connecting cable 5,000 mm, 35 mm2, with black plug on one side

7. 3 2L Wire end ferrules 35 mm² insulated

7. 4 1L Patch cable CAT6, 5,000 mm

7. 5 1L Ground cable 5,000 mm, 16 mm2, M 8 ring terminal

82Switch Netgear GS 308

92Rack balancing cable 750 mm

10 3Type plate STORAGE-67-TS-10

11 1Cabinet accessories

11.1 8L screw M12 x 25 for the optional lifting of the cabinet cover

11. 2 4L Plastic washer for M12 screw for the optional lifting of the cabinet cover

11. 3 8L Spacer M12 for the optional lifting of the cabinet cover

11. 4 100 L Pan head screw M6 x 16 Tx with washer

11. 5 2L Cable retention clip for strain relief for mounting on C-rail

12 1SMA Inverter Manager

13 1CLCON power supply

14 1Janitza network analyzer UMG 604E-Pro

15 optional BatBreaker optional, included in scope of delivery for master/slave systems

16 optional DC connector set BatBreaker for the Bat-INV (battery inverter) HV1000 2x 1000 mm, 35 mm2

17 1Installation and Operating Manual STORAGE-67-TS-10

18 1TESVOLT USB drive

19 1Battery chamber sticker

16 BATTERY STORAGE SYSTEM STORAGE-67-TS-10

5.3 Connections and layout of the SMA HV APU

NO. DESIGNATION DESCRIPTION

1 BATTERY - DC connection of the battery for the negative pole (black)

2 BATTERY + DC connection of the battery for the positive pole (red)

3 24 V AUX PWR Not used in this system

4 E-STOP Two-pin plug for the optional connection of a potential-free emergency off switch (pre-tted with bridge on

delivery)

5 TERM CAN bus termination

TERM must be activated (ON) for the rst and last CAN bus nodes.

6 CAN IN SMA HV APU Master/slave communication (input)

7 CAN OUT SMA HV APU Master/slave communication (output)

8 CAN SMA Not used in this system

9 LAN Modbus TCP/IP transmission for communication between battery and Inverter Manager

10 ADDRESS Further information can be found in the section “LAN2 wiring for systems with multiple master and slave

storage systems“ on page 39.

11 BAT COM Communication connection to the rst battery module

12 CHARGER + DC connection of the STPS 60-10 or BatBreaker for the positive pole (red)

13 CHARGER - DC connection of the STPS 60-10 or BatBreaker for the negative pole (black)

14 GROUND Ground connection (M6 thread bolt on the rear of the unit)

15 DISPLAY Display

16 MARKING Marking for activating and changing the display by tapping

17 SWITCH On/off switch for the battery

18 APU Fuse (F1) Fuse element to protect the SMA HV APU (2 A time-delay fuse (T) 5 x 20 mm, in accordance with DIN 41571-

2 type 521.020 from ESKA, 250 VAC). System cannot be operated with a defective fuse.

5.4 Connections and layout of the battery module

DESIGNATION DESCRIPTION

19 – POLE Negative pole on battery (black)

20 + POLE Positive pole on battery (red)

21 RACK BALANCING IN Rack balancing (input)

22 RACK BALANCING OUT Rack balancing (output)

23 BAT COM OUT Communication connection for

battery module (output)

24 BAT COM IN Communication connection for

battery module (input)

BATTERY CHARGER

1 2 10 11 12 13

6 8

7 9

24 23

BATTERY STORAGE SYSTEM STORAGE-67-TS-10 17

5.5 Battery module wiring

Wiring of 14 battery modules

DC module connector rack balancing BAT COM sequence in the battery string

18 BATTERY STORAGE SYSTEM STORAGE-67-TS-10

Wiring of 16 battery modules

DC module connector rack balancing BAT COM sequence in the battery string

INSTALLATION 19

6 Installation

6.1 Disassembly and assembly of the cabinet

Remove the packaging and transport safeguards from the cabinet. The cabinet consists of two halves that are

connected to each other. If necessary for transporting the cabinet to the installation location, the cabinet can be

quickly and easily divided into two halves.

1First, remove the transport safeguards. To do this, remove the cross-head

screws that connect the cabinet feet on the right and left sides of the

cabinet to the pallet.

2Then, attach the side cover panels in the base area of the storage sys-

tem using two M 6 x 16 screws. 11.4

3Now, disassemble the cabinet connections by removing the six cross-

head screws at the marked points.

4Remove the crane brackets 1.2 . The cabinet halves are now separated

and can be moved to the installation location. Connect the cabinet

halves in the reverse order of disassembly described in steps 1to 3.

Place the cabinet in its final position pursuant to the specifications for the

installation location in section “3.4 Installation location“ on page 12.

20 INSTALLATION

6.2 Optional: Lifting the top of the cabinet

The cabinet’s top cover can be raised by about two centimeters to improve the ventilation and heat dissipation

of the STORAGE-67-TS-10.

1Optional – lift the cabinet’s top cover for additional ventila-

tion: First, remove all crane lifting eyes 1.1 and then the crane brack-

ets 1.2 . Place the plastic washers 11. 2 you have removed aside for

later use.

2Remove the two locking screws (8 mm) of the cable bushing panel in

the left-hand half of the cabinet at the marked points.

3Screw a spacer 11. 3 in the threaded hole at each of the four corners of

both cabinet halves to fix the crane lifting eyes 1.1 and the crane

bracket 1.2 . The tightening torque must not exceed 50 Nm. Then,

place the cabinet’s top cover on the spacers 11. 3 .

4Secure the cabinet covers using the M12 x 25 mm screws 11.1 and

plastic washers 11. 2 provided as well as the ones previously removed

in step 1.

Table of contents

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