SOLAX POWER 50 Ah Triple Power Lithium-ion Battery User Manual

: June 15, 2024
: SOLAX POWER

Table of Contents

SOLAX POWER 50 Ah Triple Power Lithium-ion Battery
Product Information
Product Usage Instructions
FAQs
Notes on this Manual
Safety
Product Introduction
Preparation before Installation
Equipment Installation
Commissioning
Troubleshooting
Decommissioning
Maintenance
Disclaimer
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Download This Manual (PDF format)

SOLAX POWER 50 Ah Triple Power Lithium-ion Battery

Product Information

Specifications

Product Name: Triple Power Lithium-ion Battery
Battery Capacity: 50 Ah, 72 Ah

Manufacturer Information

Manufacturer: SolaX Power Network Technology (Zhejiang) Co., Ltd.
Address: No. 288, Shizhu Road, Tonglu Economic Development Zone, Tonglu City, Zhejiang Province, 310000 P.R. CHINA
Contact Tel.: +86 (0) 571-5626 0011
Email: info@solaxpower.com

Change History

Version 03 (Mar. 20, 2023): Updated accessories information
Version 02 (Feb. 25, 2023): Modified symbols, specifications, and added a power cable to accessories
Version 01 (May. 30, 2022): Modified accessories and installation steps, added DIP switch part and modified status indicators information
Version 00 (Oct. 25, 2021): Initial release

Product Usage Instructions

1. Note on this Manual

This manual is an integral part of the T-BAT Series. It provides instructions on assembly, installation, commissioning, maintenance, and failure of the product. It is important to read this manual carefully before operating the product.

1.1 Scope of Validity

This manual applies to the T-BAT Series.

1.2 Target Group

This manual is intended for users and technicians who will be operating and maintaining the product.

1.3 Symbols

This section provides an explanation of symbols used throughout the manual. Please refer to the manual for detailed information on the symbols.

5. Equipment Installation

5.1 Installation Environment Requirements

Before installing the product, ensure that the installation environment meets the specified requirements mentioned in the manual.

5.2 Installation Mode

5.2.1 Rack Installation

To install the product in a rack, follow the steps mentioned in the manual.

5.2.2 Cabinet Installation

To install the product in a cabinet, follow the steps mentioned in the manual.

Troubleshooting

7.1 Troubleshooting

If you encounter any issues with the product, refer to the troubleshooting section of the manual for guidance on identifying and resolving common problems.

8. Decommissioning

8.1 Dismantling the Battery

When decommissioning the battery, follow the instructions provided in the manual to safely dismantle the battery.

8.2 Packing

Pack the battery according to the packing instructions mentioned in the manual for safe transportation or storage.

9. Maintenance

Maintain the product according to the maintenance guidelines provided in the manual to ensure its optimal performance and longevity.

10. Disclaimer

Read the disclaimer section of the manual to understand the limitations and responsibilities associated with using the product.

FAQs

Q: How do I register the warranty for the product?

A: Please refer to the “Warranty Registration Form” included in the manual for instructions on registering the warranty.

Triple Power Lithium-ion Battery

50 Ah, 72 Ah

User Manual

SolaX Power Network Technology (Zhejiang) Co., Ltd.
Add.: No. 288, Shizhu Road, Tonglu Economic Development Zone, Tonglu City, Zhejiang Province, 310000 P.R. CHINA Tel.: +86 (0) 571-5626 0011 E-mail: info@solaxpower.com
320101039004

Copyright © SolaX Power Technology (Zhejiang) Co., Ltd. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of SolaX Power Technology (Zhejiang) Co., Ltd. (hereinafter referred to as SolaX). SolaX reserves the right of final interpretation.

CHANGE FISTORY
Changes between document versions are cumulative. The latest version contains all updates made in previous versions. Version 03 (Mar. 20, 2023)
Updated 4.4.3 Accessories (Deleted a power cable)
Version 02 (Feb. 25, 2023)
Updated 2.1.2 Explanation of Symbols (Modified TUV ICON) Updated 3.3 Specifications (Modified the value) Updated 4.4.3 Accessories (Added a power cable)
Version 01 (May. 30, 2022)
Updated 4.4.3 Accessories (Modified the info about accessories) Updated 5.2.2 Cabinet Installation (Modified the installation steps) Updated 6.1 DIP Switch (Added the part) Updated 6.3 Status Indicators (Modified info about indicators)
Version 00 (Oct. 25, 2021)
Initial release

Notes on this Manual

1 Note on this Manual
1.1 Scope of Validity
This manual is an integral part of the T-BAT Series. It describes the assembly, installation, commissioning, maintenance and failure of the product. Read it carefully before operation. T-BAT-SYS-HV-R2.5/T-BAT-SYS-HV-R3.6 BMS TBMS-MCR0800 T-BAT-SYS-HV-R2.5 Module TP-HR25 T-BAT-SYS-HV-R3.6 Module TP-HR36
Note: There are 2 models of T-BAT system, which includes BMS, and battery module(s). Refer to section 3.3 T-BAT-SYS-HV Configuration List on Page 13 for detailed models.
1.2 Target Group
This manual is for qualified electricians. The tasks described in this manual may only be performed by qualified electricians.
1.3 Symbols
The following types of safety instructions appear in this document and are described below:
DANGER! “DANGER” indicates a hazardous situation which, if not avoided, will result in serious injury or death.
WARNING! “WARNING” indicates a hazardous situation which, if not avoided, could result in serious injury or death.
CAUTION! “CAUTION” indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.
NOTE! “NOTE” provides tips that are valuable for the optimal operation of your product.

Safety

2 Safety
2.1 Safety Instructions
For safety reasons, installers are responsible for familiarizing themselves with the contents of the Manual and all warnings before performing installation.
2.1.1 General Safety Precautions
WARNING! Do not crush or impact the battery, and always dispose of it according to safety regulations.
Observe the following precautions: Risks of explosion:
· Do not subject the battery module to heavy impacts; · Do not crush or puncture the battery module; · Do not dispose of the battery module in a fire.
Risks of fire:
· Do not expose the battery module to temperature exceeding 140°F (6°C); · Do not place the battery module near a heat source, such as a fireplace; · Do not expose the battery module to direct sunlight; and · Do not allow the battery connectors to touch conductive objects such as
wires. Risks of electric shock:
· Do not disassemble the battery module; · Do not touch the battery module with wet hands; · Do not expose the battery module to moisture or liquids; and · Keep the battery module away from children and animals.
Risks of damage to the battery module:
· Do not expose the battery module to liquids; · Do not subject the battery module to high pressures; · Do not place any objects on top of the battery module; and · It shall be protected from the sun and rain.
T-BAT SYS-HV should only be installed for residential applications but not for commercial applications.
CAUTION! If the battery is not installed within one month after receipt, it must be charged for maintenance. Non-operational batteries should be discarded according to local regulations.
2

2. Safety

2.1.2 Explanation of Symbols Symbol

Explanation

CE mark of conformity

TUV certification
The battery system must be disposed of at a proper facility for environmentally-safe recycling.
UKCA mark of conformity

Do not dispose of the battery together with household waste.

Read the enclosed documentation. Keep the battery system away from open flames or ignition sources. Keep the battery system away from children.
Caution, risk of electric shock
Caution, risk of danger
The battery module may explode.

3

2. Safety
2.2 Response to Emergency Situations
2.2.1 Leaking Batteries
In case the leakage of electrolyte solution occurs, please avoid direct contact with the electrolyte solution and the gas that may be generated by it. Direct contact may lead to skin irritation or chemical burns. If the user comes into contact with the electrolyte solution, please do as follows: Accidental inhalation of harmful substances:
Evacuate from the contaminated area, and seek medical attention immediately. Eye contact:
Rinse eyes with flowing water for 15 minutes, and seek medical attention immediately. Dermal contact:
Wash the affected area thoroughly with soap and water, and seek medical attention immediately. Ingestion:
Induce vomiting, and seek medical attention immediately.
2.2.2 Fire
Please keep a Class ABC fire extinguisher or a carbon dioxide extinguisher near the equipment.
WARNING! The battery module may catch fire when heated above 302°F.
If a fire breaks out where the battery module is installed, please do as follows: 1) Extinguish the fire before the battery module catches fire; 2) If the battery module cathes fire, please do not try to put out the fire, and evacuate immediately.
WARNING! In case of catching fire, the battery module will produce noxious and poisonous gases. Please keep away!

2. Safety
2.2.3 Wet Batteries and Damaged Batteries
Do not touch the battery module after being wet from and soaked in the water. Do not use the battery module if it is damaged. Otherwise, the loss to life and property will be caused. Please pack the battery in its original packaging, and return it to our company or the distributor.
CAUTION! Damaged batteries may leak electrolyte or produce flammable gas. If a user suspects that the battery is damaged, please immediately contact our company for advice and information.
2.3 Qualified Installer
WARNING! All operations of T-BAT-SYS-HV relating to electrical connection and installation must be carried out by qualified personnel.
A skilled worker is defined as a trained and qualified electrician or installer who has all of the following skills and experience: Knowledge of the functional principles and operation of grid-tied systems; Knowledge of the dangers and risks associated with installing and using
electrical devices and acceptable mitigation methods; Knowledge of the installation of electrical devices; and Knowledge of and adherence to this manual and all safety precautions and best
practices.

4

5

Product Introduction

3 Product Introduction
3.1 Product Overview
For safety reasons, installers are responsible for familiarizing themselves with the contents of the Manual and all warnings before performing installation.
3.1.1 Dimensions and Weight
A battery management system (BMS) is an electronic system that manages a rechargeable battery. A battery module is a type of electrical battery which can be charged or discharged into a load. A battery system includes BMS, battery module(s) and a Rack (or Cabinet).

Length Width Height Weigth

Front Support 18.94 in./481.00 mm
1.26 in./32.00 mm 6.04 in./153.50 mm

Rack
Rear Support 17.65 in./448.40 mm
1.26 in./32.00 mm 6.04 in./153.50 mm
3.97 lbs/1.8 kg

Metal Plate 15.26 in./387.50 mm 1.34 in./34.00 mm
0.31 in./8.00 mm

Rack

18.94 in/481.00 mm 18.30 in/465.00 mm

1.26 in 32.00 mm

6.04 in 153.50 mm

1.34 In 34.00 mm

Front 15.26 in/387.50 mm
Metal Plate

6

17.65 in/448.40 mm

3. Product Introduction
1.26 in 32.00 mm

6.04 in 153.50 mm

Cabinet

Rear 23.62 in/600 mm

23.62 in/600 mm

77.56 in/1970 mm 80.71 in/2050 mm

7

3. Product Introduction

Length Width Height Weigth

TBMS-MCR0800

TP-HR25

TP-HR36

17.40 in./442.00 mm 17.40 in./442.00 mm 17.40 in./442.00 mm

15.39 in./391.00 mm 15.39 in./391.00 mm 15.39 in./391.00 mm

5.12 in./130.00 mm 5.12 in./130.00 mm 5.12 in./130.00 mm

17.64 lbs/8.00 kg

61.73 lbs/28.00 kg 68.34 lbs/31.00 kg

BMS (TBMS-MCR0800)

3.1.2 Installation Space Rack Installation

3. Product Introduction Cabinet Installation
100 mm

Battery Module (TP-HR25/TP-HR36)

100 mm

Note!

1 Currently, a Rack may withstand up to a BMS and 6 battery modules.

2 The above Cabinet is a standard cabinet, with both height and depth of 23.62

inches/600 mm. Users can purchase it based on their demands.

8

9

3. Product Introduction

3.1.3 Appearance

Section view of TBMS-MCR0800

I

II

III

IV

Section view of TP-HR25/TP-HR36 i

3. Product Introduction

ii

iii

V

IX

VI VII VIII X XI

XII

XIII

DIP switch 1: A reserved function DIP switch 2: A reserved function DIP switch 3: A reserved function DIP switch 4: Terminal resistance

No.

Description

I BAT+: Connect BMS’s BAT+ to inverter’s BAT+

II BAT-: Connect BMS’s BAT – to inverter’s BAT-

III Breaker: Input and output switch of battery module

IV Power Button: Open/close the battery system

V GND: BMS’s GND

VI USB Port: A expansion function

VII DIP: Parallel operation of battery modules

VIII Link Port: Communication port for parallel operation of battery modules

IX BMS Port: Connect BMS’s communication port and inverter’s communication port

X COM-B: Connect battery module’s COM A

XI Lamp Panel: Display real-time battery status

XII B-: Connect BMS`s B- to battery module’s B+

XIII B+: Connect BMS`s B+ to battery module’s B-

iv

v

No.

Description

i COM-A: Connect BMS’s COM B or battery module’s COM B

ii B+: Connect BMS’s B- or battery module’s B-

iii B-: Connect BMS’s B+ or battery module’s B+

iv GND: Battery module’s GND

v COM-B: Connect battery module’s COM A

10

11

3. Product Introduction

3.2 Basic Features
3.2.1 Features
The T-BAT-SYS-HV is one of the most advanced energy storage systems on the market today, using state-of-the-art technology, and having the characteristics of high reliability and convenient control. Characteristics are shown as follows: 90% DOD; 95% Battery Roundtrip Efficiency; Cycle Life > 6000 Cycles; Secondary Protection; IP20 Protection Level and Protection Class I; Safety & Reliability; Small Occupied Area; Floor Mounting.
3.2.2 Certifications

BAT system safety
UN number Hazardous materials classification UN transportation testing requirements International protection marking

CE, RCM, IEC 62619, IEC 62620, IEC 62477-1, IEC 60730 Annex H, IEC 62040, VDE- AR-E2510, IEC 60529, UN38.3
UN 3480 Class 9 UN 38.3 IP20, Protection Class I

12

3. Product Introduction

3.3 Specifications

3.3.1 T-BAT-SYS-HV-R2.5 Configuration List

No.

Module

BMS

Battery Module

Nominal Energy (kWh)

Operating Voltage (Vdc)

1 T-BAT H R5.0 TBMS-MCR0800 × 1 TP-HR25 × 2

5.12

90-116

2 T-BAT H R7.5 TBMS-MCR0800 × 1 TP-HR25 × 3

7.68

135-174

3 T-BAT H R10.0 TBMS-MCR0800 × 1 TP-HR25 × 4

10.24

180-232

4 T-BAT H R12.5 TBMS-MCR0800 × 1 TP-HR25 × 5

12.8

225-290

5 T-BAT H R15.0 TBMS-MCR0800 × 1 TP-HR25 × 6

15.36

270-349

6 T-BAT H R17.5 TBMS-MCR0800 × 1 TP-HR25 × 7

17.92

315-406

7 T-BAT H R20.0 TBMS-MCR0800 × 1 TP-HR25 × 8

20.48

360-465

8 T-BAT H R22.5 TBMS-MCR0800 × 1 TP-HR25 × 9

23.04

405-522

9 T-BAT H R25.0 TBMS-MCR0800 × 1 TP-HR25 × 10

25.6

450-580

10 T-BAT H R27.5 TBMS-MCR0800 × 1 TP-HR25 × 11

28.16

495-636

11 T-BAT H R30.0 TBMS-MCR0800 × 1 TP-HR25 × 12

30.72

540-695

12 T-BAT H R32.5 TBMS-MCR0800 × 1 TP-HR25 × 13

33.28

585-750

Performance

Module

T-BAT H R5.0

Nominal Voltage (Vdc)

102.4

Operating Voltage (Vdc) Nominal Capacity (Ah)

90-116 50

Nominal Energy (kWh)

5.12

Usable Energy 90% DOD (kWh)

4.6

Max. Charge/Discharge Current (A)

45

Recommend Charge/Discharge Current (A)

30

Standard Power (kW)

2.56

Max. Power (kW)

4.6

Short-circuit Current (A)

2500

Battery Roundtrip Effciency (0.2C, 25°C/77°F)

Expected Lifetime (25°C/77°F)

Cycle Life 90% DOD (25°C/77° F)

Charge Temperature

Discharge Temperature

Storage Temperature

Ingress Protection Preotection Class

T-BAT H R7.5 153.6
135-174 50 7.68

T-BAT H R10.0 T-BAT H R12.5

204.8

256

180-232

225-290

50

10.24

12.8

T-BAT H R15 307.2
270-349 50
15.36

6.9

9.2

11.5

13.8

45

30

3.84 6.9 2500

5.12 9.2 2500

6.4 11.5 2500

7.68 13.8 2500

95%

10 Years

6000 Cycles

32°F~122°F/0°C~50°C -4°F~122°F/-20°C~50°C -4°F~122°F/-20°C~50°C (3 months) 50°F~104°F/10°C~40°C (1 year)
IP20 I

T-BAT H R17.5 358.4
315-406 50
17.92 16.1
45
30
8.96 16.1 2500

Continued on the next page

13

3. Product Introduction

Module

T-BAT H R20 T-BAT H R22.5 T-BAT H R25 T-BAT H R27.5 T-BAT H R30 T-BAT H R32.5

Nominal Voltage (Vdc) Operating Voltage (Vdc) Nominal Capacity (Ah) Nominal Energy (kWh)

409.6 360-465
50 20.48

460.8 405-522
50 23.04

512 450-580
50 25.6

563.2 495-636
50 28.16

614.4 540-695
50 30.72

665.6 585-750
50 33.28

Usable Energy 90% DOD (kWh)

18.4

20.7

23.0

25.3

27.6

30

Max. Charge/Discharge Current

(A)

45

Recommend Charge/Discharge

Current (A)

30

Standard Power (kW)

10.24

11.52

12.8

14.08

15.36

16.64

Max. Power (kW)

18.4

20.7

23

25.3

27.6

30

Short-circuit Current (A)

2500

Battery Roundtrip Effciency (0.2C, 25°C/77°F)

95%

Expected Lifetime (25°C/77°F)

10 Years

Cycle Life 90% DOD (25°C/77°F)

6000 Cycles

Charge Temperature

32°F~122°F/0°C~50°C

Discharge Temperature

-4°F~122°F/-20°C~50°C

Storage Temperature

-4°F~122°F/-20°C~50°C (3 months) 50°F~104°F/0°C~40°C (1 year)

Ingress Protection

IP20

Protection Class

I

Note:

Test conditions: 100% DOD, 0.2C charge & discharge @+ 77°F/25°C.

90% DOD; System usable energy may vary with inverter different setting.

Discharge: In case of the battery cell’s temperature range of -4°F~14°F/-

20°C~10°C and 113°F~122°F/45°C ~50°C, the discharge current will be reduced;

Charge: In case of the battery cell’s temperature range of 32°F~77°F/0°C~25°C

and 113°F~122°F/45°C ~50°C, the charge current will be reduced. Product charge

or discharge power depends on the actual temperature of the battery pack.

The battery can only be discharged and cannot be charged at -4°F~32°F/-

20°C~0°C.

In case of a rated current of 30 A, the wire size of 10 AWG for ground wire is

recommended; in case of a rated current of 45 A, the wire size of 8 AWG for

ground wire is recommended. Note: The above-mentioned ground wires shall be

prepared by the user self.

In the allowable range, the relative humidity range should be between 0% and

90% RH.

14

3. Product Introduction

3.3.2 T-BAT-SYS-HV-R3.6 Configuration List

No.

Module

BMS

Battery Module

Nominal Energy (kWh)

Operating Voltage (Vdc)

1 T-BAT H R7.2 TBMS-MCR0800 × 1 TP-HR36 × 2

7.37

90-116

2 T-BAT H R10.8 TBMS-MCR0800 × 1 TP-HR36 × 3

11.06

135-174

3 T-BAT H R14.4 TBMS-MCR0800 × 1 TP-HR36 × 4

14.75

180-232

4 T-BAT H R18.0 TBMS-MCR0800 × 1 TP-HR36 × 5

18.43

225-290

5 T-BAT H R21.6 TBMS-MCR0800 × 1 TP-HR36 × 6

22.12

270-349

6 T-BAT H R25.2 TBMS-MCR0800 × 1 TP-HR36 × 7

25.8

315-406

7 T-BAT H R28.8 TBMS-MCR0800 × 1 TP-HR36 × 8

29.49

360-465

8 T-BAT H R32.4 TBMS-MCR0800 × 1 TP-HR36 × 9

33.18

405-522

9 T-BAT H R36 TBMS-MCR0800 × 1 TP-HR36 × 10

36.86

450-580

10 T-BAT H R39.6 TBMS-MCR0800 × 1 TP-HR36 × 11

40.55

495-636

11 T-BAT H R43.2 TBMS-MCR0800 × 1 TP-HR36 × 12

44.24

540-695

12 T-BAT H R46.8 TBMS-MCR0800 × 1 TP-HR36 × 13

47.92

585-750

Performance

Module Nominal Voltage (Vdc) Operating Voltage (Vdc) Nominal Capacity (Ah) Nominal Energy (kWh) Usable Energy 90% DOD (kWh) Max. Charge/Discharge Current (A) Recommend Charge/Discharge Current (A) Standard Power (kW) Max. Power (kW) Short-circuit Current (A) Battery Roundtrip Effciency (0.2C, 25°C/77°F) Expected Lifetime (25°C/77°F) Cycle Life 90% DOD (25°C/77° F) Charge Temperature Discharge Temperature
Storage Temperature
Ingress Protection Protection Class

T-BAT H R7.2 102.4 90-116 72 5.12 6.6
50
35
3.58 5.12 2500

T-BAT H R10.8 T-BAT H R14.4 T-BAT H R18.0 T-BAT H R21.6 T-BAT H R25.2

153.6

204.8

256

307.2

358.4

135-174

180-232

225-290

270-349

315-406

72

7.68

10.24

12.8

15.36

17.92

10.0

13.3

16.6

19.9

23.2

50

35

5.38 7.68 2500

7.17 10.24 2500

8.96 12.8 2500

10.75 15.36 2500

95%

10 Years

6000 Cycles

32°F~122°F/0°C~50°C -4°F~122°F/-20°C~50°C -4°F~122°F/-20°C~50°C (3 months) 50°F~104°F/10°C~40°C (1 year)
IP20 I

35
12.54 17.92 2500

Continued on the next page

15

3. Product Introduction

Module

T-BAT H R28.8 T-BAT H R32.4 T-BAT H R36 T-BAT H R39.6 T-BAT H R43.2 T-BAT H R46.8

Nominal Voltage (Vdc)

409.6

460.8

512

563.2

614.4

665.6

Operating Voltage (Vdc)

360-465

405-522

450-580

495-636

540-695

585-750

Nominal Capacity (Ah)

72

Nominal Energy (kWh)

20.48

23.04

25.6

28.16

30.72

33.28

Usable Energy 90% DOD (kWh)

26.5

29.9

33.2

36.5

39.8

43.1

Max. Charge/Discharge Current (A)

50

Recommend Charge/Discharge Current (A)

35

Standard Power (kW)

14.34

16.13

17.92

19.71

21.50

23.3

Max. Power (kW)

20.48

23.04

25.6

28.16

30.72

33.28

Short-circuit Current (A)

2500

Battery Roundtrip Effciency (0.2C, 25°C/77°F)

95%

Expected Lifetime (25°C/77°F)

10 Years

Cycle Life 90% DOD (25°C/77°F)

6000 Cycles

Charge Temperature

32°F~122°F/0°C~50°C

Discharge Temperature

-4°F~122°F/-20°C~50°C

Storage Temperature

-4°F~122°F/-20°C~50°C (3 months) 50°F~104°F/10°C~40°C (1 year)

Ingress Protection

IP20

Protection Class

I

Note: Test conditions: 100% DOD, 0.2C charge & discharge @+ 77°F/25°C. 90% DOD; System usable energy may vary with inverter different setting. Discharge: In case of the battery cell’s temperature range of -4°F~14°F/20°C~10°C and 113°F~122°F/45°C ~50°C, the discharge current will be reduced; Charge: In case of the battery cell’s temperature range of 32°F~77°F/0°C~25°C and 113°F~122°F/45°C ~50°C, the charge current will be reduced. Product charge or discharge power depends on the actual temperature of the battery pack. The battery can only be discharged and cannot be charged at -4°F~32°F/20°C~0°C. In case of a rated current of 30 A, the wire size of 10 AWG for ground wire is recommended; in case of a rated current of 50 A, the wire size of 8 AWG for ground wire is recommended. Note: The above-mentioned ground wires shall be prepared by the user self. In the allowable range, the relative humidity range should be between 0% and 90% RH.

Preparation before Installation

4 Prepration before Installation
4.1 Prerequisites
When assembling the system, avoid touching the battery terminals with any metal object or bare hands. According to the design principles, T-BAT-SYS-HV will provide a safe and reliable energy. Improper operation and equipment damage may cause overheating and electrolyte leakage. Therefore, the above- mentioned safety precautions and warning information mentioned in this part shall be strictly observed. If you have any question, please contact customer service. The “2 Safety” does not contain the provisions of all laws and regulations at the place where the user located. Before installation, make sure that the installation site meets the following conditions: The building can stand up to earthquakes; The site shall be over 0.62 miles/997.79 m away from the sea, to avoid damage
caused by salt water and humidity; The floor shall be flat; No inflammable and explosive goods are placed within at least of 3 ft/0.91 m; The ambiance shall be shady and cool, away from heat sources and direct
sunlight; The temperature and humidity remain at a constant level; The installation site requires less dust and dirt; and There are no corrosive gases, including ammonia and acid vapor.
NOTE! If the ambient temperature exceeds the operating range, the battery pack will stop running to protect itself. The optimal temperature range for running is 59°F/15°C to 86°F/30°C. In the allowable range, the relative humidity range should be between 0% and 90% RH. Frequent exposure to harsh temperatures may deteriorate the performance and lifetime of the battery.

16

17

4. Preparation before Installation
4.2 Safety Gear
Installation and maintenance personnel must operate according to applicable federal, state, and local regulations as well as industry standards regarding product installation. Personnel must wear safety gear as indicated below in order to avoid short circuit and personal injury.

Anti-dust respirator Insulated Gloves Safety Goggles
4.3 Tools
These tools are required to install the T-BAT system.

Safety Shoes

Torque Screw Driver Phillips-screw Driver Hexagon Wrench

Phillips-head Screw Driver Torque Wrench

Drill

Spirit Level

Pencil or Marker

4.4 Preparation

4.4.1 Check for Transport Damage
Ensure the battery is intact during and after transportation. If there are visible damages such as cracks, contact your dealer immediately.

4. Preparation before Installation
4.4.2 Unpacking
Unpack the battery package by removing the packing tape. Ensure the battery modules and relevant items are complete. Refer to the packaging items in section “4.4.3 Accessories” and check the packing lists carefully. If any accessory is missing, immediately contact our company or your distributor directly.
CAUTION! According to regional regulations, several people may be required for moving the equipment.
WARNING! Strictly follow the installation steps. Our company will not be responsible for any injuries or loss incurred by incorrect assembly and operation.
NOTE! When installing the battery for the first time, the manufacturing date between battery modules should not exceed 3 months.

18

19

4. Preparation before Installation

4.4.3 Accessories BMS (TBMS-MCR0800):

A

H*

B

C

D

E

F

G

I*

Accessories included are shown as follows:

Item

Description

A Communication Cable

B Power Cable (Black)

C Power Cable (Red)

D Cross External Hexagon Screw (M6*L16)

E Ground Terminal

F Cable Tie (to ground cables together)

G Document

H* Power Cable (1.2 m for 2 to 6 battery modules)

I* Power Cable (2.2 m for 7 to 13 battery modules)

Quantity 1 1 1 4 2 3 2

Note!

The accessory with the “*” mark indicates that it will not be provided by our company, and users can purchase from our company based on their own needs.
One Battery Module (TP-HR25/TP-HR36 × 1):

A1

B1

C1

D1

E1

Accessories included are shown as follows:

Item

Description

A1 Communication Cable

B1 Power Cable

C1 Ground Wire

D1 Cross Extermal Hexagon Screw (M6*L16)

E1 Document

Quantity 1 1 1 4 1

The above components are only for one battery module. Our company will provide corresponding components according to battery modules.

20

4. Preparation before Installation

Accessories for Quick Rack

C2

A2

B2

D2

Accessories included are shown as follows:

Item

Description

A2 Front Support

B2 Rear Support

C2 Metal lPlate

D2 Cap Nut

Accessories for Cabinet

Quantity 1 1 1 4

A3

B3

C3

Accessories included are shown as follows:

Item

Description

A3 L-shaped Transverse Support

B3 Cross External Hexagon Screw (M6*L16)

C3 Cassette Nut (M6)

Quantity 2 4 8

21

5. Equipment Installation
5. Equipment Installation
5.1 Installation Environment Requirements
Ensure that the equipment is installed in a well ventilated environment; To prevent fire due to high temperature, ensure that the ventilation vents or heat
dissipation system are not blocked when the equipment is running; Do not expose the equipment to flammable or explosive gas or smoke. Do not
perform any operation on the equipment in such environments; Ensure that the area is completely waterproof, and the floor is flat and level; and Ensure that the temperature and humidity is maintained at a constant level, and
there is minimal dust and dirt in the area.
5.2 Installation Mode
There are two alternative installation modes (rack and cabinet) available for users.
5.2.1 Rack Installation Regarding the Rack, users can purchase from our company. The following steps take 6 battery modules as an example.
Installation Step Step 1. Assemble rack Determine the front and rear supports, and place them on the floor. Place the metal plate connecting both front and rear supports.

Front

Location pin

Front

Location
side

hole

Location

Rear
pin

side

Location hole

Rear

5. Equipment Installation

Location pin
FrontLsoicdateion hole

Location

Back
pin

side

Location hole

Metal plate

Step 2. Put the battery module into the rack. Take the M6 × L16 screws (4 pcs) provided, and correctly insert and tighten
M6×L16 into the front support of the rack (Torque: 4-5 N·m).
M6 X L16 * 4

Torque: 4-5 N·m

22

23

Equipment Installation

Step 3. Add the rack and battery module Place the Front and Rear Supports, to make sure that location pins are securely
inserted into the location holes. Screw both front and rear supports with Cap Nuts (4 pcs) (Torque: 4-6 N·m). Place the metal plate connecting both front and rear supports. Gently place the battery module into the rack, and correctly insert and tighten
M6×L16 into the front side of the second rack (Torque: 4-5 N·m).

5. Equipment Installation Metal plate

Cap Nut * 4 Torque: 4-6 N·m 24

M6 X L16 * 4 Torque: 4-5 N·m
25

……

5. Equipment Installation Step 4. Repeat step 3 to install the remaining battery modules and the BMS. After installation is completed, it is shown as follows:
Step 3
Step 3
Caution! There are two disassembly methods, with details as follows: 1 In case the entire device needs to be replaced, remove it from the top
down, including Rack. 2 In case one of the battery modules needs to be maintained, remove such a
battery module, reinstall it after finishing maintenance. If there is any other battery that needs to be maintained, repeat the above-mentioned steps.
26

5. Equipment Installation
Wiring After installation, connect a battery module to another battery (or BMS), and BMS to inverter. · Battery module to battery module (or BMS) Communication cable (1 pcs), power cable (1 pcs) and ground wire (1 pcs) are provided in our packing list.

Communication cable: there are two registered jacks at both ends; one connects to Com-A of a battery module, and the other connects to Com-B of the neighboring
battery module (or COMM of BMS).
Ground wire: there are two terminals at both ends; one connects to a grounding point of a battery module; and the other connects to grounding point of the neighboring battery module or BMS.
Power cable: there are two terminals with the same function at both ends; a power cable in the packing list of battery module, one end connects to B+ of a battery module, and the other connects to B- of the neighboring battery module (or B- of
BMS). A power cable in the packing list of BMS, one end connects B+ of BMS and the other connects B- of a battery module at the bottom of the rack.

Caution!
Press and hold the “Lock Button” while unplugging the power cable. Otherwise, it cannot be pulled out.

Lock Button

27

5. Equipment Installation

Connect cables between battery modules, and battery to BMS. See figure below. · Battery module to neighboring battery module: Power cable: B+ port to B- port; Communication cable: Com-A port to Com-B port; Grounding cable: Grounding port to grounding port. · Battery module to the BMS: Power cable: B- port of the battery to B+ of the BMS; Communication: Com-A port of the battery to Com-B port of the BMS; Grounding cable: Grounding port of the battery to grounding port of the BMS.

Communication cable

BMS

Power cable (connecting to Bof the bottom battery module)

Click

…… ……

Grounding cable

Power cable Power cable
Click

Battery module
Power cable (connecting to B+ of the BMS)
Note! · Press and hold the “Lock button” while unplugging the power cable. Otherwise,
it cannot be pulled out. · Don’t violently remove the power cables when they are locked. 28

5. Equipment Installation
· BMS to Inverter Note!
The connector connecting to inverter from BMS is delivered with the inverter, for details, please refer to the inverter’s User Manual.
Power cable (black): Connect BAT- of BMS to BAT of inverter
Power cable (red): Connect BAT+ of BMS to BAT+ of inverter

Caution!
Press and hold the “Lock Button” while unplugging the power cable. Otherwise, it cannot be pulled out.

Lock Button

Communication cable: Connecting BMS’s BMS and the inverter’s BMS

29

5. Equipment Installation

Making a BMS communication cable If users want to make a BMS communication cable or a BMS communication cable
is required to be made before wiring, to ensure normal operation of BMS and
inverter, please read the following carefully.
The specific definition of the communication cable is shown as follows:

Sequence 1

2

3

4

5

6

7

8

BMS

/

GND

/

BMS_H BMS_L /

A1

B1

The wire order of the communication cable is as follows:

123 4567 8

Orange stripes on white 2) Orange 3) Green stripes on white 4) Blue 5) Blue stripes on white 6) Green 7) Brown stripes on white 8) Brown

Note! The BMS communication cable shall have a shield layer.

30

5. Equipment Installation

Connect cables between BMS and inverter. See figure below. · BMS to inverter: Power cable: BAT+ port to BAT+ port; Communication cable: BMS port to BMS port; Grounding cable: Grounding port to grounding port.

Power cable (connecting to B+ of the inverter)

Power cable (connecting to B- of the inverter)

Click

Communication cable
Note!
· The connector on the power cable, connected to the inverter, is delivered with the inverter. Regarding the detailed assembly procedure, please refer to the inverter’s User Manual.
· Users should hear the sound of “Click” while plugging in the power cable. It indicates that the cable connector is properly plugged into the port.
· Press and hold the “Lock button” while unplugging the power cable. Otherwise, it cannot be pulled out.
· Don’t violently remove the power cables when they are locked.
· The “Link port” on the battery management system (BMS) is for parallel connections only. Don’t use it for any other purposes.

31

5. Equipment Installation
5.2.2 Cabinet Installation As for the installation of outside cabinet, please follow the guide delivered with the cabinet.
Note! When installing outside cabinet, Cassette Nuts shall be inserted before installing Fixed Rails, with 4 Cassette Nuts for one Fixed Rails. There are totaling 3 Fixed Rails. 4 Cassette Nuts shall be inserted into each fixed rail. See figure below.

Rear side

Front side

Fixed rail

12

54

The No. 1 refers to the first hole from inside out; The No. 2 refers to the second hole from inside out; The No. 4 refers to the fourth hole from outside in; The No. 5 refers to the fifth hole from outside in.

5. Equipment Installation

As for the installation of inside cabinet and battery modules, please follow the steps as below. There are two alternative sizes (22U and 42U) of cabinets available for users. The following steps take 42U (1U = 4.445 cm) with 13 battery modules as an example.
Installation Step Step 1. There are totaling 4 Mounting Rails. Insert Cassette Nuts into the holes on the Mounting Rails every 3U (1U = 4.445 cm), with totaling 14 Cassette Nuts of one Mounting Rail. See figure below. The distance between two Mounting Rails on one side shall be no more than 12.99 inches/330 mm.

Front side

Rear side

Mounting rail
Note! The four Mounting Rails are in the Package C of NCB Network Cabinet.

<12.99 inches 330 mm

(Cassette Nuts 14) x (Mounting Rail 4)

3U
3U

3U

Side View of Cabinet

32

33

5. Equipment Installation

Step 2. Insert Cassette Nuts into holes on the front Mounting Rail facing the cabinet door, with a total of 28 Cassette Nuts per front Mounting Rail. Insert the first Cassette Nut into a hole; Insert the second Cassette Nut 2U from the first one; Insert the third Cassette Nut 1U from the second one; Insert the fourth Cassette Nut 2U from the third one; Insert the fifth Cassette Nut 1U from the fourth one; Then repeat and to insert the following Cassette Nuts.

Rear side

(Cassette Nuts 28) x (Mounting Rail (front) 2)

Front side Mounting rail

The fifth Cassette Nut The fourth Cassette Nut
2U The third Cassette Nut The second Cassette Nut
2U The first Cassette Nut

1U Step 1 1U Step 1

Note! 1U = 4.445 cm.
34

Side View of Cabinet

< 12.99 in./ 330 mm
1U 2U
1U 2U

5. Equipment Installation

Step 3. Fix and screw the L-shaped Transverse Support on the Mounting Rails with Cross External Hexagon Screw (M6*L16 X 4) (Torque: 4-5 N·m). Make sure the two Mounting Rails on one side are at the same level.

Front side

Rear side

Mounting rail

Step 3

Step 2

< 12.99 in./ 330 mm

M6 X L16 * 2 Torque: 4-5 N·m

L-shaped transverse
support

Note!
The two location holes on the L-shaped Transverse Support are long, please attach the screws at the end of holes near mounting rail.

35

5. Equipment Installation
Step 4. After all L-shaped Transverse Support are secured, Attach the assembled Mounting Rails into the cabinet. Fix the assembled Mounting Rails on Fix Rail by using 4 screws (delivered with
the cabinet), and correctly insert and tighten 2 screws into the 4th and 5th location holes near the front side, and 2 screws into the 1st and 2nd holes near rear side (Tighten: 4-6 N·m).
Step 1 Fix rail Step 1
Mounting rail

5. Equipment Installation
Step 5. Place battery modules into the cabinet, and correctly insert and tighten M6 screws (× 4) (Torque: 4-6 N·m)

Tighten: 4-6 N·m

M6 X L16 * 4

Torque: 4-6 N·m

Note!
· The cassette nuts must be inserted before installing the assembled mounting rails. · Please make sure that the four mounting rails are at the same level. · The screws to fasten the mounting rail and fix rail are delivered with the cabinet. Four
screws shall be attached and tightened per fix rail. Regarding the screw position, please follow the step on the page 32. · Please ensure that heavy duty castors are tight and firm. · Please prevail in kind.

Note! Please prevail in kind.

36

37

……

5. Equipment Installation Step 6. Repeat step 5 until BMS has been put into the cabinet. The figure after finishing installation is as follows. Step 5
Step 5
38

5. Equipment Installation
Wiring After installation, connect a battery module to another battery (or BMS), and BMS to inverter. · Battery module to battery module (or BMS) Communication cable (1 pc), power cable (1 pc) and ground wire (1 pc) are provided in our packing list.

Communication cable: there are two registered jacks at both ends; one connects to Com-A of a battery module, and the other connects to Com-B of the neighboring
battery module (or COMM of BMS).
Ground wire: there are two terminals at both ends; one connects to a grounding point of a battery module; and the other connects to grounding point of the neighboring battery module or BMS.
Power cable: there are two terminals with the same function at both ends; a power cable in the packing list of battery module, one end connects to B+ of a battery module, and the other connects to B- of the neighboring battery module (or B- of
BMS). A power cable in the packing list of BMS, one end connects B+ of BMS and the other connects B- of a battery module at the bottom of the rack.

Caution!
Press and hold the “Lock Button” while unplugging the power cable. Otherwise, it cannot be pulled out.

Lock Button

39

5. Equipment Installation

Connect cables between battery modules, and battery to BMS. See figure below.
· Battery module to neighboring battery module:
Power cable: B+ port to B- port;
Communication cable: Com-A port to Com-B port;
Grounding cable: Grounding port to grounding port. · Battery module to the BMS:
Power cable: B- port of the battery to B+ of the BMS; Communication: Com-A port of the battery to Com-B port of the BMS;
Grounding cable: Grounding port of the battery to grounding port of the BMS.

Communication cable BMS

Power cable (connecting to B- port of the bottom battery)

Click

…… ……

Grounding cable

Power cable Power cable
Click

Note!

Battery module

Power cable (connecting to B+ port of the BMS)

· Press and hold the “Lock button” while unplugging the power cable. Otherwise, it cannot be pulled out.
· Don’t violently remove the power cables when they are locked. 40

5. Equipment Installation
· BMS to Inverter Note!
The connector connecting to inverter from BMS is delivered with the inverter, for details, please refer to the inverter’s User Manual.
Power cable (black): Connect BAT- of BMS to BAT of inverter
Power cable (red): Connec BAT+ of BMS to BAT+ of inverter

Caution!
Press and hold the “Lock Button” while unplugging the power cable. Otherwise, it cannot be pulled out.

Lock Button

Communication cable: Connecting BMS’s BMS and the inverter’s BMS

41

5. Equipment Installation

Making a BMS communication cable If users want to make a BMS communication cable or a BMS communication cable
is required to be made before wiring, to ensure normal operation of BMS and
inverter, please read the following carefully.
The specific definition of the communication cable is shown as follows:

Sequence 1

2

3

4

5

6

7

8

BMS

/

GND

/

BMS_H BMS_L /

A1

B1

The wire order of the communication cable is as follows:

123 4567 8

Orange stripes on white 2) Orange 3) Green stripes on white 4) Blue 5) Blue stripes on white 6) Green 7) Brown stripes on white 8) Brown

Note! The BMS communication cable shall have a shield layer.

42

5. Equipment Installation
Connect cables between BMS and inverter. See figure below. · BMS to inverter: Power cable: BAT+ port to BAT+ port; Communication cable: BMS port to BMS port; Grounding cable: Grounding port to grounding port.
Power cable (connecting to B+ port of the inverter
Power cable (connecting to B- port of the inverter
Click

Communication cable
Note!
· The connector on the power cable, connected to the inverter, is delivered with the inverter. Regarding the detailed assembly procedure, please refer to the inverter’s User Manual.
· Users should hear the sound of “Click” while plugging in the power cable. It indicates that the cable connector is properly plugged into the port.
· Press and hold the “Lock button” while unplugging the power cable. Otherwise, it cannot be pulled out.
· Don’t violently remove the power cables when they are locked.
· The “Link port” on the battery management system (BMS) is for parallel connections only. Don’t use it for any other purposes.

After completing wiring, these cable

shall be through the threading hole on the caber plank.

Cables

Rear

Front 43

6. Commissioning
6 Commissioning
6.1 DIP Switch
The following figure is DIP switch, and it is equipped on BMS.

DIP switch 1 DIP switch 2 DIP switch 3
DIP switch 4

Description
A reserved function
A reserved function
A reserved function Terminal resistance Note: 1. The DIP switch 4 shall be flipped down (open the circuit) when connecting BMS to inverter; 2. In case of parallel connection, only shall the DIP switch 4 on the last BMS be flipped down (open the circuit), and the DIP switch 4 on the rest of BMS shall be flipped up (close the circuit).

The DIP switch 4 is pressed at the factory settings.

Note!
To adjust the DIP switch, a small flat-head screwdriver shall be prepared by users themselves.

6. Commissioning
6.2 Commissioning
Before commissioning, please check to ensure that, the installed battery modules are the same model battery module, and all the ground wires, power cables and communication cables are connected.
Power ON After finishing wiring, 1. Turn the Breaker on; 2. Press the POWER buttom for 5 sec, to start system. See figure below.

44

45

Commissioning

Note! Frequently pressing the POWER button may cause a system error. Wait at least 10 seconds after pressing the POWER button prior to making
another attempt. In case of pressing and holding POWER button, there are two circustances as below: 1. Press and hold POWER buttom for more than 5 sec but less than 20 sec, the system will enter a startup mode of inverter. 2. Press and hold POWER buttom for more than 20 sec, the system will enter the Black Start. Our equipment can provide Black Start capability, meaning that our energy storage inverter and battery can continue to run even if the power grid and photovoltaic panel are out of service. The startup procedure for Black Start is as follows: In case of pressing and hold the POWER button for less than 20 sec, the status
light will flash green light for 1 sec and then turn off for 4 sec, with a period of 5 sec. After pressing and holding the POWER button for 20 sec, the status light will come on solid green light, and the SOC power indicators will flash as follows: 1) 1) The 3rd indicator (from left to right) flashes yellow light, and the remaining
indicators are off; 2) 2) The 2nd and 4th indicators flash yellow light, and the remaining indicators
are off; 3) 3) The 1st and 5th indicators flash yellow light, and the remaining indicators
are off; 4) 4) All the power indicators are off. The whole process will last for 0.4 sec. At
this point, it will show its current battery charge and enter the Black Start status.
Note! We do not recommend the use of Black Start as it may cause the port to be charged, resulting in an electric shock.
46

6. Commissioning Power Off 1. Turn the Breaker off; 2. Press and hold the POWER button for more than 1 sec. At this point, the status light will remain on solid green light, and the power indicator will flash green light from left to right, and then all lights are off.
Note! The startup and shutdown operation procedures of these two installation modes (incl. rack and cabinet) are the same.
47

6. Commissioning
6.3 Status Indicators
6.3.1 BMS (TBMS-MCR0800) The power indicators show the current battery percentage, with details as show in the figure below.
Status light

SOC power indicators

Description

Startup Shutdown Standby

After pressing the POWER button to start the system, and the power indicator will flash yellow light every 0.1s. After pressing and holding the POWER button for more than 1 sec, the status light will remain on solid green light, and the power indicator will flash yellow light from left to right, and then all lights are off. The status light will flash green light for 1 sec, and then turn off for 4 sec; and the power indicator does not come on.

Charging The SOC power lights will flash yellow light every 0.5 sec.

Discharging

The SOC power lights will flash yellow light for 1 sec, and then turn off for 4 sec.

Fault

In case of failure, the status light will remain on solid red light for 10 mins, and then such red light will flash for 1s and then turn off for 4 sec.

Warning

In case of alarm, the status light will flash yellow light for 1 sec, and then turn off for 4 sec.

1. In case of pressing and hold the POWER button for less than 20 sec, the

status light will flash green light for 1 sec and then turn off for 4 sec, with a

period of 5 sec.

2. After pressing and holding the POWER button for 20 sec, the status light

will come on solid green light, and the SOC power indicators will flash as

follows:

Black Start 1) The 3rd indicator (from left to right) flashes yellow light, and the

remaining indicators are off;

The 2nd and 4th indicators flash yellow light, and the remaining

indicators are off;

The 1st and 5th indicators flash yellow light, and the remaining indicators

are off;

All the power indicators are off. The whole process will last for 0.4 sec.

48

Troubleshooting

7 Troubleshooting
7.1 Troubleshooting
Check the previous indicators to determine the status of the T-BAT system. In case of the following circumstances, e.g. voltage or temperature exceeds a limit, a warning state will be triggered. T-BAT system’s BMS periodically reports its operating state to the inverter. When the T-BAT system exceeds the specific limits, it will enter into a warning state. When a warning is reported, the inverter will stop work immediately. Determine the cause of warning by using the monitoring software on the inverter. The possible error messages are as follows:

Error BMS_External_Err

Description
External fault of BMS

BMS_Internal_Err

Internal fault of BMS

BMS_OverVoltage

BMS overvoltage

BMS_LowerVoltage

BMS undervoltage

Overcurrent BMS_ChargeOverCurrent charging of BMS
Discharge BMS_DischargeOverCurrent overcurrent of
BMS

Diagnosis & Solution
Unable to establish communication with inverter. Restart BMS; Contact the Company’s after-sales
personnel.
Unable to establish communication among batteries. Restart BMS; Check if the connection among
batteries is normal; Contact the Company’s after-sales
personnel. Overvoltage of single battery. Contact the Company’s after-sales
personnel.
Undervoltage of single battery. Battery is forced to charge through
inverter; Contact the Company’s after-sales
personnel.
Overcurrent charging of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Discharge overcurrent of BMS. Restart BMS; Contact the Company’s after-sales
personnel.

49

7. Troubleshooting

Error BMS_TemHigh BMS_TemLow BMS_CellImbalance BMS_Hardware_Protect BMS_Circuit_Fault BMS_Insulation_Fault BMS_VoltSensor_Fault BMS_TempSensor_Fault BMS_TempSensor_Fault BMS_Relay_Fault

Description High temperature of BMS
Low temperature of BMS
Cell imbalance of BMS
Hardware protection of BMS
Circuit fault
Insulation fault
Voltage sensor fault
Temperature sensor fault
Current sensor fault
Relay fault

Diagnosis & Solution
The temperature of BMS is too high. Let BMS cool down to normal
temperature and restart; Contact the Company’s after-sales
personnel.
The temperature of BMS is too low. Warm up BMS and restart; Contact the Company’s after-sales
personnel.
Inconsistency of battery. Restart BMS; Contact the Company’s after-sales
personnel.
Hardware protection of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Circuit fault of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Insulation fault of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Voltage sampling fault of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Temperature sampling fault of BMS. Restart BMS; Contact the Company’s after- sales
personnel.
Current sampling fault of BMS. Restart BMS; Contact the Company’s after-sales
personnel.
Relay contact adhesion fault of BMS. Restart BMS; Contact the Company’s after- sales
personnel.

50

7. Troubleshooting

Error

Description

Diagnosis & Solution

BMS_Type_Unmatch

BMS type matching error