LANLI 高压BMS 1000VDC大型储能/UPS技术规格书

蓝锂科技高压BMS

技术规格书V2.8

LANLI High Voltage BMS

Specification

编制Write	审核Check	批准Approved

版本记录Revision Resume

版本号 Version	修订内容 Revision	修订日期 Date	修订人 Author
1.0	1.初版	2016-8-15	ZS
2.0	1.增加详细的通信接口定义	2017-7-18	ZS
2.1	1.修订产品命名规则	2018-4-26	ZS
2.2	1.增加CBMS尺寸及界面定义	2018-11-16	HXD
2.3	1.增加2U/3U/4U/5U外形尺寸 2.增加系列CBMS技术参数表	2019-06-05	ZS
2.4	1.增加BMU及CBMS的外形尺寸图、接口图等相关图纸 2.增加BMU及CBMS的安装操作说明及常见故障排除	2019-6-14	ZS
2.5	1.9.1严禁事项增加第4和第5条，关于断路器分励线圈可能烧毁和接触器触点出现粘连的说明	2019-9-12	ZS
2.6	增加GBMS的外形尺寸\接口定义说明\安装调试相关说明	2020-6-2	ZS
2.7	更新CBMS及相关产品外观\尺寸，更新技术参数表	2020-9-14	YYQ

目录Catalog

目录Catalog............................................................................................................................ 3

术语定义(Definition of Terms)......................................................................................................... 5

1. 适用范围Scope Of Application.................................................................................................... 7

2. 产品型号命名规则Product Model Naming Rules....................................................................... 7

3. 产品系统概述Product Overview............................................................................................... 8

4. 产品特性Product Features........................................................................................................ 9

5. 应用场景Application Scenario................................................................................................. 10

6. 产品介绍Product Presentation.............................................................................................. 11

6.1系统拓扑图System Topology..................................................................................................... 11

6.2 CBMS标准产品样图Sample Drawings Of Standard Products......................................................... 12

6.3 CBMS外形尺寸Dimensions of CBMS.......................................................................................... 13

6.3.1 2U-63A CBMS外形尺寸  2U-63A CBMS Dimensions............................................................. 13

6.3.2 3U-160A CBMS外形尺寸3U-160A CBMS Dimensions............................................................ 14

6.3.3 4U-250A-D CBMS外形尺寸4U-250A-D CBMS Dimensions...................................................... 16

6.3.4 5U-500A-S CBMS外形尺寸5U-500A-S CBMS Dimensions....................................................... 15

6.3.5 5U-500A-D CBMS外形尺寸5U-500A-D CBMS Dimensions...................................................... 16

6.4 CBMS主要技术参数CBMS Main Technical Parameters................................................................. 18

6.5 CBMS接口说明Interface Of CBMS............................................................................................ 21

6.5.1 前面板接口Interface Of Front Panel..................................................... 错误!未定义书签。

6.5.2 后面板接口Interface Of Rear Panel.................................................................................. 21

6.5.3 BMU接口BMU Port......................................................................................................... 25

6.5.4 断路器手柄状态MCB Handle Status.................................................................................. 25

6.5.5 UPS Com Port接口定义 UPS Com Port Definition.................................................................. 25

6.5.6 LAN接口定义LAN Port.................................................................................................... 26

6.6 一体式GBMS Integrated GBMS................................................................................................. 27

6.6.1 GBMS外形尺寸Dimensions of GBMS........................................................................... 28

6.6.2 GBMS接口图示GBMS Interface..................................................................................... 29

6.6.3 PCS/UPS通信接口Communication port for UPS/PCS................................................... 29

6.6.4 以太网接口(标识为LAN)LAN port..................................................................................... 30

6.6.5 CBMS通信接口(标识为CBMS)CBMS Communication Port..................................................... 30

6.6.6 干接点接口(Dry Contact).............................................................................................. 31

6.6.7 HMI升级接口(标识为Update)HMI Update Interface........................................................... 32

6.6.8 电源接口(标识为DC24V-IN)Power Interface................................................................ 32

6.6.9 SD卡接口(SD Card)........................................................................................................ 32

6.6.10 拨码开关定义Dip switch definition.................................................................................. 32

6.6.11 状态指示灯(标识为Status) Status Indicator.................................................................... 33

7. 安装操作及调试Installation..................................................................................................... 34

7.1 BMU安装BMU Installation...................................................................................................... 34

7.1.1 BMU采集线连接（Take 16s bmu for example）.................................................................. 34

7.1.2 BMU通讯线连接BMU communication connection............................................................... 34

7.1.3 BMU风扇线连接BMU fan cable connection........................................................................ 36

7.1.4 (13~16S)BMU外形尺寸13~16S BMU Dimensions................................................................ 36

7.1.4 (17~24S)BMU外形尺寸17~24S BMU Dimensions................................................................ 37

7.1.5 BMU测试BMU Test......................................................................................................... 37

7.1.6 BMU常见问题及排除BMU Trouble Shooting..................................................................... 39

7.2 CBMS安装CBMS Installation................................................................................................... 40

7.2.1 常见问题排除Trouble Shooting........................................................................................ 42

7.3 GBMS安装及调试 GBMS Installation................................................................................... 44

7.3.1 GBMS安装开孔示意图Schematic diagram of GBMS installation openings............................... 45

7.3.2 GBMS与CBMS连接图Connection diagram of GBMS and CBMS............................................. 46

7.3.3 常见问题及排除Trouble Shooting..................................................................................... 46

8. 运输、存储及使用环境Transport, Storage and use of the environment............................... 48

8.1 运输Transport........................................................................................................................ 48

8.2 存储Storage........................................................................................................................... 48

8.3 工作环境Working Environment................................................................................................. 48

9. 使用注意事项Precautions For Use............................................................................................ 49

9.1 严禁事项Strictly Prohibited...................................................................................................... 49

9.2 安全注意事项Safety Precautions............................................................................................... 50

10. 技术支持Technical Support.................................................................................................... 52

11. 免责声明Disclaimer................................................................................................................ 52

术语定义(Definition of Terms)

NO.	Terms	Definition
1	单体电池：Cell	单支电芯 Single cell/battery
2	电池模块：Battery Module	用电气连接起来的多个单体电池。A plurality of unit cells that are electrically connected.
3	电池管理单元：Module Battery Management Unit(BMU)	具有监测电池模块内单体电池电压、温度功能，并能与CBMS进行通信的管理单元，是分布式电池管理系统的最底层。The BMU that monitors the voltage and temperature of the cells in the battery module and can communicate with the CBMS, it is the lowest level of the distributed battery management system.
4	电池柜：Battery Cabinet	装载多个电池模块和CBMS的载体的金属结构。 A metal structure of a carrier carrying a plurality of battery modules and CBMS.
5	电池堆：Battery Group	多个电池柜组成电池堆。A plurality of battery cabinets form a battery stack/group.
6	单柜管理系统：Cabinet Battery Manage System(CBMS)	由保护器件、开关器件、电流电压检测器件等组成，对内负责与柜内多个电池模块进行通信，管理柜内充放电状态。与用户PCS进行电气连接，在二级管理系统时与PCS交换数据与命令，在三级管理系统时与GBMS通信交换数据与命令。It consists of a protection device, a switching device, a current-voltage detection device, etc., and is responsible for communicating with a plurality of battery modules in the cabinet, and managing the state of charge and discharge in the cabinet. It is electrically connected to the user PCS, exchanges data and commands with the PCS in the secondary management system, and exchanges data and commands with the GBMS communication in the third-level management system.
7	电池堆管理系统：Group Battery Manage System(GBMS)	由工控机及相应通信系统组成，对内负责与CBMS通信交换数据和命令。在3级管理系统时对外负责与用户PCS交换数据和命令，同时与用户EMS系统交换数据和命令。在4级管理系统时对外负责与用户PCS交换数据和命令，同时与BBMS系统交换数据和命令或上级BBMS系统交换数据和命令。It consists of the industrial computer and the corresponding communication system, and is responsible for exchanging data and commands with the CBMS. At the level 3 management system, it is responsible for exchanging data and commands with the user PCS, and exchanging data and commands with the user EMS system. At the level 4 management system, it is responsible for exchanging data and commands with the user PCS, while exchanging data and commands with the BBMS system or exchanging data and commands with the superior BBMS system.
8	储能电站管理系统：BESS Battery Manage System(BBMS)	由双机热备份服务器及通信系统组成，对内与GBMS交换数据与命令，对外与用户EMS（能量管理系统）系统交换数据和命令。It consists of a dual-system hot backup server and a communication system. It exchanges data and commands with the GBMS and exchanges data and commands with the user EMS (Energy Management System) system.
9	人机界面：Human Machine Interface(HMI)	系统与用户进行交互和信息交换的媒介。在2级管理系统中为带触摸功能的显示屏。在3级管理系统中为工控机触摸屏。在4级管理系统中为服务器显示器。The medium in which the system interacts with users and exchanges information. In the level 2 management system is a display with touch function. In the level 3 management system, it is the industrial computer touch screen. In the level 4 management system is the server display.

1. 适用范围Scope Of Application

本文件适用于蓝锂公司生产的高压锂电池管理系统。

This document applies to the high-voltage lithium battery management system produced by Blue Lithium.

2. 产品型号命名规则Product Model Naming Rules

Figure 2.1

例：LSF15S10D160A-A-0=蓝锂储能系列、磷酸铁锂电池、15串（3.2x15=48V）、10模块串联（48Vx10=480V)、带中线（±240V）、主控器件额定160A。代表共150串、额定480V（±240V）、最大充放电电流160A，与PCS无协议控制，不带显示屏的磷酸铁锂管理系统。

For example: LSF15S10D160A-A = LANLI FePO4 Lithium Iron Phosphate Battery 15 series (3.2x15 = 48V) 10 modules (48Vx10 = 480V) 160A, representing a total of 150 strings, rated 480V, the maximum charge and discharge current 160A, no agreement with the PCS Control of lithium iron phosphate management system.

3. 产品系统概述 Product Overview

LS/LU系列BMS产品是针对大规模高压电池储能系统开发的电池管理系统。采用分布式架构，模块化设计理念，具有高度可配置性，易于组装、调试、维护，适用于直流电压1000V以下的各种电池储能系统。本产品最低可配置为二级架构(BMU+CBMS)，适用于10KWh-100KWh的场合。与工控机及电池堆管理软件配合，可形成三级架构(BMU+CBMS+GBMS)，适用于50KWh-2MWh场合。与服务器及电站电池管理系统软件配合，可形成四级架构（BMU+CBMS+GBMS+BBMS）,适用于从2MWh到1000MWh场合，以满足不同的项目需求。

The LS/LU Series BMS products are battery management systems developed for large-scale high-voltage battery energy storage systems. It adopts distributed architecture, modular design concept, high configurability, easy assembly, debugging and maintenance. It is suitable for various battery energy storage systems with DC voltage below 1000V. This product can be configured as a secondary architecture (BMU+CBMS) for 10KWh-100KWh. Cooperate with industrial computer and battery stack management software to form a three-level architecture (BMU+CBMS+GBMS) for 50KWh-2MWh applications. In conjunction with the server and plant battery management system software, it can form a four-level architecture (BMU+CBMS+GBMS+BBMS) for applications from 2MWh to 1000MWh to meet different project requirements.

产品具有完善可靠的运行和保护策略，有效延长电池组使用寿命。自带多种通信接口，可直接或间接与第三方能量管理系统对接。

The product has a complete and reliable operation and protection strategy to effectively extend the life of the battery pack. It comes with a variety of communication interfaces and can be directly or indirectly connected to third-party energy management systems.

4. 产品特性Product Features

※ 高级电池管理系统---高度集成化的电池管理系统可实现无缝监控。

Advanced Battery Management System --- The highly integrated battery management system enables seamless monitoring.

※ 完善的自检与运行状态检测功能，搭配HMI显示屏，系统运行信息一目了然。

perfect self-test and operational status detection, with HMI display, system operation information at a glance.

※ 完善可靠的系统控制和保护策略，全面保障电池安全，为延长电池组的寿命保驾护航。

perfect and reliable system control and protection strategies to fully protect the battery safety, extend the life of the battery escort.

※ 模块化设计，可配置，可扩展---多个储能单元灵活组合可扩展为较大的储能系统，最大可支持272节（铅碳电池为400节）电池串联。

modular design, configurable, scalable --- flexible combination of multiple energy storage unit can be expanded to a larger energy storage system, the maximum can support 272 (lead-carbon battery 400) battery series.

※ 通信接口丰富---多路RS485、CAN、以太网、干接点输入输出等接口，支持与市面上绝大多数PCS、监控服务器通信。

rich communication interface --- multiple RS485, CAN, Ethernet, dry contact input and output interfaces, support for most of the market with PCS, monitoring server communication.

※ 通信接口协议灵活---出厂自带本公司通信协议，也可根据客户需求来适配不同厂家的PCS。

Flexible communication interface protocol --- The company comes with the company's communication protocol, but also according to customer needs to adapt to different manufacturers PCS.

※ 有容乃大---内置大容量存储芯片可存储大量关键运行数据，更可加装SD卡实现电芯历史数据存储

capacity is large --- Built-in large-capacity memory chips can store a large number of key operational data, but also can install an SD card for offline access.

※ PCS有协议控制充放电功能，可选择断路器版本 。

PCS has a protocol control function, the choice of circuit breaker version .

※ PCS无协议控制功能，可选择接触器+断路器版本。

PCS without protocol control function, the choice of contactor + breaker version.

※ 自动环流控制及自动并机\脱机控制，可轻松实现电池组的并联。

automatic circulation control and automatic parallel machine \ off-line control, can be easily parallel battery. (Model suffix selection D).

5. 应用场景Application Scenario

◎光伏电站储能 PV power plant storage

◎ 孤岛离网储能Island off-grid energy storage

◎ 光储充一体化应用optical storage charge integration applications

◎ 微电网应用Micro-grid applications

◎ UPS电源UPS power supply

◎ 电力系统220V直流电源Power System 220V DC power supply

◎ 轨道交通110V直流电源Rail transit 110V DC power supply

6. 产品介绍 Product Presentation

6.1系统拓扑图System Topology

图6.1 典型3级管理系统框图

Figure 6.1 Typical 3-level management system block diagram

6.2 CBMS标准产品样图Sample Drawings Of Standard Products

Figure 6.2

6.3 CBMS主控选型及外形尺寸Dimensions of CBMS

6.3.1 2U-63A CBMS外形尺寸  2U-63A CBMS Dimensions

                           Figure 6.3

6.3.2 3U-125A CBMS外形尺寸3U-125A CBMS Dimensions

Figure 6.4

6.3.3 4U-250A-D CBMS外形尺寸4U-250A-D CBMS Dimensions

Figure 6.6

6.3.4 5U-500A-S CBMS外形尺寸5U-500A-S CBMS Dimensions

Figure 6.5

6.3.5 5U-500A-D CBMS外形尺寸5U-500A-D CBMS Dimensions

Figure 6.7

6.4 CBMS主要技术参数CBMS Main Technical Parameters

CBMS	2U-63A	3U-125A	4U-250A-D	5U-500A-S	5U-500A-D
保护方式protecting method	断路器+接触器MCCB+Contactor	断路器+接触器MCCB+Contactor	断路器+接触器MCCB+Contactor	断路器+接触器MCCB+Contactor	断路器+接触器MCCB+Contactor
额定电流范围Rated Current range	-50A~50A	-125A~125A	-250A~250A	-500A~500A	-500A~500A
电压范围(DC) Voltage range	120V-500V	120V-680V	384V-1000V	384V-1000V	384V-1000V
电流采样精度 Current sampling accuracy	1.0%FSR	1.0%FSR	1.0%FSR	1.0%FSR	1.0%FSR
PCS通信接口Communication interface with PCS	RS485/CAN	RS485/CAN	RS485/CAN	RS485/CAN	RS485/CAN
BMU通信接口Communication interface with BMU	CAN	CAN	CAN	CAN	CAN
与GBMS通信接口 Communication interface with GBMS	RS485/CAN	RS485/CAN	RS485/CAN	RS485/CAN	RS485/CAN
与监控软件/EMS通信接口 Communication with monitoring software/EMS	以太网 Ethernet	以太网 Ethernet	以太网 Ethernet	以太网 Ethernet	以太网 Ethernet
支持IAP升级 Support IAP upgrade	是Yes	是Yes	是Yes	是Yes	是Yes
支持HMI显示和参数设置 Support HMI display and parameter settings	是(可选配) Yes(Optional)	是(可选配)  Yes(Optional)	无None(可选配外挂)No(OptionalPlug in)	无None(可选配外挂)No(OptionalPlug in)	无None(可选配外挂)No(OptionalPlug in)
绝缘检测 Insulation detection	无none	有(可选配) Yes(Optional)	有(可选配) Yes(Optional)	有(可选配) Yes(Optional)	无none
高压电源模块 High voltage power module	支持直流启动（可选配） Support DC start (optional)	支持直流启动（可选配） Support DC start (optional)	支持直流启动（可选配） Support DC start (optional)	支持直流启动（可选配） Support DC start (optional)	支持直流启动（可选配） Support DC start (optional)
干接点输出(常开) Dry contact output (normally open)	最多3路 Up to 3	最多3路 Up to 3	无None	无None	无None
最多支持管理的BMU数目 Maximum qty of BMUs	5	13	20	20	20
供电 Power	24VDC(18~28V)	24VDC(18~28V)	24VDC(18~28V)	24VDC(18~28V)	24VDC(18~28V)
功耗 Power consumption	≤20W	≤20W	≤25W	≤20W	≤20W
外型尺寸(W*H*D)mm	2U (440*88*500）	3U (440*133*500）	4U (440*178*600）	5U (440*223*600）	5U (440*223*650）
出线方式 Way out	前出线 Back and front	前出线 Back and front	前出线 Back and front	前出线 Front	前出线 Front
中线 Tap center	不支持 not support	不支持 not support	支持（可选配） support(optional)	不支持 support(optional)	支持  support(optional)
净重net weight	14kg	17kg	23kg	38kg	42kg

Table 6.1

6.5 CBMS接口说明 Interface Of CBMS

6.5.1 面板接口 Interface Of Rear Panel

Figure 6.9

注意：上图是4U-250A-D CBMS接口示意图，其他机型接口基本一致

Note: The figure above is a schematic diagram of the 4U-250A-D CBMS interface. The other models are basically the same.

序号NO	名称 Name	说明Description	注意事项Precautions
1	ID	ID分配：多台CBMS并机使用时通过设置拨码开关分配ID。必须从1开始。 ID allocation: When multiple CBMSs are used in parallel, the ID is assigned by setting the DIP switch. Must start from 1.	拨码开关共4位，最多支持15台CBMS并机 The DIP switch has a total of 4 digits and supports up to 15 CBMS parallel machines. 1 ON: ID+1 2 ON: ID+2 3 ON: ID+4 4 ON: ID+8
2	CAN-R	CAN通讯时终端匹配电阻设置 设置说明：（120R）,ON为有效 Terminal matching resistance setting setting description during CAN communication: (120R), ON is valid	并机应用时只需设置最后一台;单机应用时根据现场情况(干扰、通信距离等)灵活使用 Only the last one should be set for parallel application; flexible use according to site conditions (interference, communication distance, etc.) for single application
3	485-R	485通讯时终端匹配电阻设置 设置说明：（120R）,ON为有效 Terminal matching resistor setting setting for 485 communication: (120R), ON is valid	并机应用时只需设置最后一台;单机应用时根据现场情况(干扰、通信距离等)灵活使用 Only the last one should be set for parallel application; flexible use according to site conditions (interference, communication distance, etc.) for single application
4	LAN Port	可通过网线连接PC升级CBMS系统软件 The CBMS system software can be upgraded by connecting the PC through a network cable.	网线标准CAT5及以上，可用交叉线或者直连线 Network cable standard CAT5 and above, available with crossover or straight connection
5	UPS Com Port	CBMS外部通讯口： CBMS external communication port: 并机应用时：与GBMS通信 Parallel application: communication with GBMS 单机应用时：与UPS/PCS外部设备通信 For stand-alone applications: Communicate with UPS/PCS external devices	网线标准CAT5及以上.并机使用时需多台CBMS级联，必须采用手拉手方式。 The network cable standard CAT5 and above. When using the parallel machine, multiple CBMS cascades are required, and the hand-in-hand method must be adopted. 注：只能使用直连网线，不能使用交叉网线 Note: Only direct network cable can be used, and cross network cable cannot be used.
6	MCB Indicator	合闸指示：断路器合闸，红灯亮 Closing indication: circuit breaker is closed, red light is on	断路器手柄状态说明见6.5.4.断路器手柄状态 For the description of the handle of the circuit breaker, see 6.5.4. Circuit breaker handle status.
7	Status Indicator	状态指示：系统正常时亮绿灯；告警时亮黄灯；自检失败和保护状态亮红灯;充电时绿灯闪烁，放电时红灯闪烁;正在自检时红绿交替闪烁;正在预充时黄灯闪烁 Status indication: The green light is on when the system is normal; the yellow light is on when the warning is on; self-test failure and the protection status is red. The green light flashes while charging, and the red light flashes when discharging.Red and green flash alternately during self-test; yellow light flashes when pre-charged
8	BMU Port	与电池模组通讯的接口：多台电池模组级联后接入CBMS的BMU通讯口 Interface for communication with the battery module: multiple battery modules are cascaded and connected to the BMU communication port of the CBMS	公端型号：泰科178802-7 Male model: Tyco 178802-7 端子线序定义见6.5.3 Terminal line definition § 6.5.3
9	DC Start	直流启动按钮：系统通过电池侧取电启动CBMS系统 DC start button: The system starts the CBMS system by taking power from the battery side.	系统接入电池，断路器合闸后按下待合闸灯亮表示系统开机 The system is connected to the battery. When the circuit breaker is closed, press the light to be closed to indicate that the system is powered on.
10	LCD	3.5寸触摸显示屏：可通过屏幕查看电池信息及设置系统参数 3.5-inch touch screen display: view battery information and set system parameters through the screen	可选件Optional
11	P+  N  P-	与充电设备或直流母线连接的功率端口：无中线系统N线不接, Power port connected to charging device or DC bus: N line is not connected to the neutral system,
12	B+  N  B-	与电池侧总正，总负连接的功率端口：无中线系统N线不接， Power port with the battery side always positive, total negative connection: no neutral line system N line is not connected,
13	DC24V	DC24V输出口：CBMS并机使用时给GBMS供电 DC24V output port: power supply to GBMS when CBMS is used in parallel	GBMS从任意两台CBMS取电即可 GBMS can take power from any two CBMS
14	AC220V	1.      AC220V为信号输入口：作为判断市电是否有电的信号接入口，不是系统供电的电源（2U,3U CBMS做信号） 2.      AC220V或者AC110V为BMS的供电电源（4U,5U CBMS做电源） 1.      AC220V signal input port: As a signal input port for judging whether the mains has electricity, it is not the power supply for the system.（2U, 3U CBMS signal） 2.      AC220V or AC110V is the power supply of BMS (4U, 5u CBMs is the power supply)	从UPS或PCS的220V输出侧取电 Take power from the 220V output side of the UPS or PCS
15		接地保护Ground protection	接入机柜，多台机柜需共接地点 Access to the cabinet, multiple cabinets need to be grounded

6.5.2 BMU接口BMU Port

Figure 6.10

6.5.3 断路器手柄状态MCB Handle Status

Figure 6.11

6.5.4 UPS Com Port接口定义 UPS Com Port Definition

Figure 6.12

引脚序号 Pin	功能 Function	描述 Description
1	NC	无连接 Not Connect
2	CAN_GND	CAN通信地 Can Gnd
3	NC	无连接 Not Connect
4	CAN_H	CAN H信号(带隔离) CAN H Signal
5	CAN_L	CAN L信号(带隔离) CAN L Signal
6	RS485_GND	RS485通信地 RS485 GND
7	RS485_A	RS485 A信号(带隔离) RS485 A Signal
8	RS485_B	RS485 B信号(带隔离) RS485 B Signal

6.5.5 LAN接口定义 LAN Port

请使用五类或者超五类网线，线序可按标准的TIA-586A或者TIA-568B。如下图:

Please use five or more types of network lines, the sequence can be according to the standard TIA-586A or TIA-568B as show below:

Figure 6.13

Figure 6.14

6.6 一体式GBMS Integrated GBMS

6.6.1 GBMS外形尺寸Dimensions of GBMS

6.6.2 GBMS接口图示GBMS Interface

6.6.3 PCS/UPS通信接口Communication port for UPS/PCS

标识符Identifier	功能Function
H	CAN_H Signal
L	CAN_L Signal
A	RS485_A Signal
B	RS485_B Signal

6.6.4 以太网接口(标识为LAN)LAN port

GBMS的IP地址默认为192.168.0.20+ID拨码值。

请使用五类或者超五类网线，线序可按标准的TIA-586A或者TIA-568B。如下图:

The BMS IP address defaults to 192.168.0.20 + ID dial code value.
Please use Category 5 or Category 5e network cable, the line sequence can be according to standard TIA-586A or TIA-568B As shown below:

6.6.5 CBMS通信接口(标识为CBMS)CBMS Communication Port

引脚序号Pin	功能Function	描述Description
1	NC	无连接 Not connected
2	CAN_GND	CAN通信地 CAN GND
3	NC	无连接 Not connected
4	CAN_H	CAN H信号 CAN H signal
5	CAN_L	CAN L信号 CAN L signal
6	RS485_GND	RS485通信地 RS485 GND
7	RS485_A	RS485 A信号 RS485 A signal
8	RS485_B	RS485 B信号 RS485 B signal

6.6.6 干接点接口(Dry Contact)

- GBMS支持三路干接点输出

GBMS Support 3 channel dry contact output and 1 channel dry contact input

标识Identifier	功能Function	描述Description
D1	干接点输出1 Dry contact output 1	干接点1的NO与COM NO and COM of dry contact output 1
D2	干接点输出2 Dry contact output 2	干接点2的NO与COM NO and COM of dry contact output 2
D3	干接点输出3 Dry contact output 3	干接点3的NO与COM NO and COM of dry contact output 3
I1	干接点输入1 Dry contact intput 1

6.6.7 HMI升级接口(标识为Update)HMI Update Interface

可通过U盘来升级HMI的程序

注：U盘必须为FAT格式，并且不能集成电脑启动盘功能，必须是纯净的U盘。

HMI program can be upgraded via U disk
Note: The U disk must be in FAT format, and can not integrate the computer startup disk function, it must be a pure U disk.

6.6.8 电源接口(标识为DC24V-IN)Power Interface

标识Identifier	功能Function	描述Description
+ -	DC 24V电源输入 Power supply of GBMS	两路DC24V输入 Two DC24V inputs

6.6.9 SD卡接口(SD Card)

SD卡座为自弹式SD卡座，V4.2版本以后的主板已预留，软件功能正在测试中，后期可通过软件升级来支持。

The SD card holder is a self-elastic SD card holder. The motherboard after V4.2 has been reserved. The software function is being tested and can be supported by software upgrade later.

6.6.10 拨码开关定义Dip switch definition

标识Identifier	功能Function	描述Description
ID	配置GBMS IP地址的最后一位 Configure the last digit of the GBMS IP address	PIN 1=0N: ID+=1 PIN 2=ON:ID+=2 PIN 3=ON:ID+=4 PIN 4=ON:ID+=8 GBMS IP默认为192.168.0.20+ID值
CAN-R	CAN 通信终端匹配电阻 CAN communication terminal matching resistance	120R,在与CBMS通信时需要拨到ON Should set on while communication with CBMS
485-R	485通信终端匹配电阻 485 communication terminal matching resistance	120R，在与CBMS通信时需要拨到ON Should set on while communication with CBMS

6.6.11 状态指示灯(标识为Status) Status Indicator

状态Identifier	描述Description
红灯常亮 Red light always on	自检失败或者系统有一级保护二级保护状态 Self-test failed or the system has first-level protection and second-level protection status
绿灯常亮 Green light always on	自检成功且系统处于静置状态 The self-test is successful and the system is at rest
红灯闪烁 Red light flashes	系统处于放电状态 System is in discharge state
绿灯闪烁 Green light flashes	系统处于充电状态 System is in charging state
黄灯常亮 Yellow light always on	系统有告警状态 Sytem with waning state

7. 安装操作及调试Installation

7.1 BMU安装 BMU Installation

7.1.1 BMU采集线连接（Take 16s bmu for example）

Figure 7.1

7.1.2 BMU通讯线连接BMU communication connection

A.这里定义：BMU通讯转接线上线标的前缀是COM1的为COM1口；前缀是COM2的为COM2口，如下图7.1.2。

A. Definition here: The prefix of the line mark on the BMU communication adapter is COM1 port of COM1; the prefix of COM2 is COM2 port, as shown in Figure 7.1.2.

B.BMU外部通讯线按照下图方式级联，两个电池包之间必须保证是COM1口连接COM2口，如下图7.1.2。

B. The BMU external communication line is cascaded as shown below. The two battery packs must be connected to the COM1 port by COM1 port, as shown in Figure 7.1.2.

C.第一个电池包的COM1口连接到CBMS的BMU口；电池包.N(最后一个电池模组)COM2口接终端匹配电阻，如下图7.1.2。

C. The COM1 port of the first battery pack is connected to the BMU port of the CBMS; the battery pack N. (the last battery module) COM2 port is connected to the terminal matching resistor, as shown in Figure 7.1.2.

Figure 7.2模组内部通信转接线和外部通信级联线连接示意图

Figure 7.2 Module internal communication extension cable and external communication cascade connection diagram

注意：如果错误接线将两个模组的COM1连接到一起会通讯故障。

Note: BMU can be damaged if incorrect wiring connects COM1 of two modules together.

7.1.3 BMU风扇线连接BMU fan cable connection

7.1.4 (13~16S)BMU外形尺寸 13~16SS BMU Dimensions

Figure 7.3

7.1.4 (17~24S)BMU外形尺寸 17~24S BMU Dimensions

Figure 7.4

7.1.5 BMU测试 BMU Test

BMU安装好后，在串联成组前建议进行测试，以提前发现和排除问题。可使用蓝锂提供的BMU_Test_Tool上位机软件测试BMU的采样、通信、风扇控制等功能。

After the BMU is installed, it is recommended to test before connecting in groups to discover and eliminate problems in advance. The BMU's sampling, communication, fan control and other functions can be tested using the BMU_Test_Tool host computer software provided by Blue Lithium.

测试线制作请参考6.5.3 BMU接口端子定义:

For the test line production, please refer to 6.5.3 BMU interface terminal definition:

IN+: DC 12V

D+: CAN_H signal

D-:CAN_L signal

IN-: GND

CAN盒：CAN盒请使用珠海创芯光电的CANalyst-II型CAN分析仪

CAN box: CAN box, please use CANalyst-II CAN analyzer of Zhuhai Chuangxin Optoelectronics

BMU_Test_Tool使用指导：BMU_Test_Tool usage guide:

1. 将CAN盒一端接入电脑，并安装好驱动，另一端通道1接到模组的COM1 或者 COM2口

1. Connect one end of the CAN box to the computer and install the driver. The other end channel 1 is connected to the COM1 or COM2 port of the module.

2.打开测试软件

2. Open the test software

3.通讯方式如下图1所示，点击打开按钮

3. The communication method is as shown in Figure 1, click the open button

4.设备参数栏：设备地址不用改，默认为01。设备类型根据所使用的BMU的串数选择

4. Device parameter column: The device address does not need to be changed. The default is 01. The device type is selected according to the number of strings used by the BMU.

5.测试栏：点击开始测试按钮即可

5. Test bar: Click the Start Test button.

6. 风扇功能测试：点击停止测试按钮，启动风扇按钮变为可用状态，点击后启动模组风扇，再次点击关闭模组风扇

6. Fan function test: Click the stop test button, the start fan button becomes available, click to start the module fan, click again to close the module fan

Figure 7.4

7.1.6 BMU常见问题及排除Trouble Shooting

序号 NO	故障现象Fault phenomenon	原因分析Cause Analysis
1	CAN盒打开失败 CAN box failed to open	1. CAN盒的驱动是否正确安装 1. Is the CAN box driver installed correctly? 2. CAN盒USB线是否接触良好 2. Is the CAN box USB cable in good contact?
2	CAN盒打开成功，但测试软件上读取不到数据 The CAN box is opened successfully, but the data is not read on the test software.	1. 设备类型是否选择正确 1. Is the device type selected correctly? 2. CAN盒接线是否正确 2. Is the CAN box wiring correct? 3. 外部12V电源是否正常 3. Is the external 12V power supply normal? 4. BMU是否损坏 4. Is the BMU damaged?
3	能采集到数据，但电压显示不正确 Can collect data, but the voltage display is incorrect	1. 接入外部12V后是否延时几秒再采集 1. Is it delayed for a few seconds after accessing the external 12V? 2. 采样线束是否正确连接 2. Is the sampling harness connected correctly?
4	风扇无法正常开启/关闭 Fan does not turn on/off properly	1. 风扇电压是否正确 1. Is the fan voltage correct? 2. 风扇接口接线是否正确 2. Is the fan interface wiring correct?

7.2 CBMS安装 CBMS Installation

CBMS机箱通过左右挂耳的4个长圆孔固定在机柜的左右立柱上，见下图7.2.1。

The CBMS chassis is fixed to the left and right columns of the cabinet through the four oblong holes of the left and right mounting ears, as shown in Figure 7.2.1 below.

Figure 7.5

Figure 7.6 (多台CBMS并机系统接线图参考)

Figure 7.6 (Multiple CBMS Parallel System Wiring Diagram Reference)

7.2.1 常见问题排除 Trouble Shooting

序号 NO	故障情况 Fault conditions	排查原因及解决办法 Troubleshooting reasons and solutions
1	按DC Start无法开机 Cannot boot by pressing DC Start	1.       检查断路器是否合闸（请保持合闸） 1. Check if the circuit breaker is closed (please keep closing) 2. 检查电池侧是否接入（请正确接入） 2. Check if the battery side is connected (please access it correctly) 3. 开机时按钮是否保持按住到开机 3. Does the button keep holding down when booting? 4. 电池电压是否过低 4. Is the battery voltage too low?
2	断路器无法合闸 The circuit breaker cannot be closed	1.       断路器是否在TRIP状态(参考3.断路器状态)，如果是,请先分闸再合闸 1. Is the circuit breaker in the TRIP state (refer to 3. Circuit breaker status), if yes, please open and close again 2. 是否短路故障导致断路器无法合闸 2. Whether the short circuit fault causes the circuit breaker to fail to close 3. 断路器或操作机构故障（请更换操作机构或者断路器） 3. Circuit breaker or operating mechanism failure (please replace operating mechanism or circuit breaker)
3	开机后无法充放电 Cannot charge and discharge after booting	1. 通过LCD(如果有)或者LS_BMS_Monitor上位机软件检查系统自检状态是否通过。 1.Check whether the system self-test status passes through the LCD (if any) or the LS_BMS_Monitor PC software. 2. 如自检未通过，通过LCD或上位机软件查看详细自检状态进一步排查 2. If the self-test fails, check the detailed self-test status through the LCD or PC software for further troubleshooting. 3. 如果并机使用，检查总线电压与电池电压压差是否过大 3. If it is used in parallel, check if the bus voltage and battery voltage difference is too large.
4	放电过程中断路器跳闸 Circuit breaker tripping during discharge	开机时电压是否过低？ Is the voltage too low at startup? (1).开机自检时检测到欠压一级保护，CBMS仍会闭合主回路以允许对电池充电。如果在5分钟内检测到放电，则会直接断开断路器以保护电池(默认为5分钟，如客户有要求，可在出厂时由厂家设置。1~60分钟可设置) (1). Undervoltage protection is detected during the power-on self-test, and the CBMS will still close the main circuit to allow the battery to be charged. If the discharge is detected within 5 minutes, the circuit breaker will be disconnected directly to protect the battery (default is 5 minutes, if required by the customer, it can be set by the factory at the factory. 1~60 minutes can be set) (2).开机自检时未检测到欠压一级保护，但在5分钟内检测到欠压一级保护(电池虚电)，5分钟后会直接断开断路器以避免电池进一步过放。 (2). Under-voltage protection is not detected during power-on self-test, but under-voltage protection (battery virtual power) is detected within 5 minutes, and the circuit breaker is directly disconnected after 5 minutes to avoid further over-discharge of the battery.
5	其它情况下断路器跳闸 Circuit breaker tripping in other cases	1.       检查是否有短路，或者持续电流>=断路器额定值导致断路器热脱扣 1. Check for short circuit, or continuous current >= breaker rating causes circuit breaker thermal trip 2. 开机自检时检测到欠压一级保护，5分钟后仍然没有充电，会断开断路器 2. Undervoltage protection is detected during power-on self-test. After 5 minutes, there is still no charge, and the circuit breaker will be disconnected. 3. 接触器是否失效 3. Does the contactor fail?
6	自检失败	1. 通过上位机软件或者HMI(如果有配置)查看自检的详细状态，如BMU的通信状态、电压状态、温度状态、霍尔传感器自检状态等 Check the detailed status of the self-test through the host computer software or HMI (if configured), such as BMU communication status, voltage status, temperature status, Hall sensor self-test status 2. 检查通信线是否与功率电缆\强电供电线保持适当距离。应尽量避免平行走线，如一定要平行走线，须保持50cm以上的距离。

7.3 GBMS安装及调试 GBMS Installation

一体式GBMS集成了一块7寸HMI，适合安装于前柜门。

The integrated GBMS integrates a 7-inch HMI and is suitable for installation on the front cabinet door.

7.3.1 GBMS安装开孔示意图Schematic diagram of GBMS installation openings

前柜门开孔图

7.3.2 GBMS与CBMS连接图Connection diagram of GBMS and CBMS

7.3.3 常见问题及排除Trouble Shooting

序号NO	故障情况 Fault conditions	排查原因及解决办法 Troubleshooting reasons and solutions
1	GBMS供电后状态指示灯不亮 The status indicator does not light after GBMS power supply	1. 检查电源电压是否正确，正负极接线是否正确 Check whether the power supply voltage is correct and the positive and negative wiring are correct 2. 检查HMI是否点亮。如果HMI正常点亮，则说明状态指示灯可能损坏，需要更换 Check whether the HMI is lit. If the HMI is lit normally, the status indicator may be damaged and needs to be replaced
2	GBMS的HMI不亮 HMI can’t power on	1. GBMS供电是否正常，状态指示灯是否点亮 Whether the GBMS power supply is normal and the status indicator is on 2.
3	GBMS无法与CBMS通信 GBMS can’t communication with CBMS	1. 通过HMI的参数设置检查是否设置了正确的CBMS数目 Check whether the correct number of CBMS is set by HMI parameter setting 2. 检查GBMS与级联的最后一个CBMS的终端匹配电阻是否拨到ON位置 Check whether the terminal matching resistance of GBMS and the last CBMS of the cascade is turned to the ON position 3. 检查使用的通信线是否是直连线 Check if the communication line used is a straight line 4. 检查通信线是否插到GBMS的CBMS通信口而非LAN口 Check if the communication cable is plugged into GBMS CBMS communication port instead of LAN port
4	GBMS无法与电脑通信 GBMS can’t communication with laptop	1. 检查网线是否良好 Check if the network cable is good 2. 检查网线是否正确连接GBMS的LAN口和电脑的有线网卡接口 Check whether the network cable is properly connected to the GBMS LAN port and the computer's wired network card interface 3. 检查是否关闭电脑的无线网卡\防火墙\杀毒软件等可能阻拦通信的软件 Check whether the computer's wireless network card\firewall\antivirus software and other software that may block communication are turned off 4. 检查电脑端有线网卡IP配置是否正确 Check whether the computer-side wired network card IP configuration is correct

8. 运输、存储及使用环境Transport, Storage and use of the environment

8.1 运输Transport

运输过程中应防止剧烈抖动、冲动或挤压，防止日晒雨淋，可使用汽车、火车、轮船、飞机等交通工具运输。

During transport should prevent severe jitter, impulse or squeeze to prevent the sun and rain, can use cars, trains, ships, aircraft and other transport modes of transport.

8.2 存储Storage

应存储在环境温度为-20℃~55℃，相对温度不大于75% RH的清洁、干燥的室内。应避免与腐蚀性物质接触并远离水、火、热源等。

Should be stored in a clean, dry room with an ambient temperature of -20 ° C to 55 ° C and a relative humidity of not more than 75% RH. Avoid contact with corrosive materials and away from water, heat, heat, etc.

8.3 工作环境Working Environment

项目Project	要求Requirements
安装地点Installation Location	仅限室内安装Indoor installation only
海拔altitude	< 2000m
温度范围temperature range	-20~60℃
湿度范围Humidity range	10%~90% RH，无凝露no condensation

9. 使用注意事项Precautions For Use

锂电池储能系统往往由几百甚至更多节电池串并联而成，电压往往有几百伏，在安装调试和使用期间，必须按相关安全规定做好安全防护措施，避免安全事故的发生。

Lithium battery energy storage system often consists of several hundred or more battery strings connected in parallel, the voltage tends to have a few hundred volts, during the installation and commissioning and use, safety regulations must be made according to relevant safety precautions to prevent accidents.

9.1 严禁事项Strictly Prohibited

1)、储能系统内部有高压，非本公司或本公司授权的技术人员，严禁擅自打开机箱进行拆卸和维护，否则有触电的解除，同时失去保修权利。

There is high voltage inside the energy storage system, which is not technically authorized by our company or our company. It is forbidden to disassemble and maintain the chassis without authorization. Otherwise, there will be an electric shock and the warranty right will be lost

2)、严禁BMS中任何线头或者接插件搭接在电池正负极，否则可能会有短路的危险并损坏电路板。

It is strictly forbidden to connect any wire end or connectors in the BMS to the positive and negative poles of the battery, otherwise the risk of short circuit may be caused and the circuit board may be damaged.

3)、严禁靠近水源或火源，以免电池因短路或过热起火。

It is forbidden to approach the water source or fire source to avoid the battery from fire due to short circuit or overheating.

4)、触发二级保护后断路器由BMS控制断开后，必须将系统下电排除故障，并至少间隔1分钟以后方可重新上电开机，否则可能会导致断路器分励线圈热量来不及散发而损坏。

After the secondary protection is triggered, the circuit breaker is disconnected by the BMS. The system must be powered off to remove the fault, and the power can be turned on again after at least 1 minute. Otherwise, the circuit breaker shunt coil heat can not be dissipated and damaged.

5)、如需要由电池来冷启动UPS/PCS，必须先将UPS/PCS侧的电池开关闭合后再启动电池。如果先启动电池，再闭合UPS/PCS侧的电池开关，由于UPS/PCS侧直流侧一般具有大电容，闭合瞬间电容相当于短路，此时电池给电容充电的电流会远高于CBMS机器内部的接触器额定值，极易造成接触器触点出现烧蚀、粘连，接触器触点接触电阻增大发热烧毁或者触点无法断开从而触发二级保护。

If the battery needs to be used to cold start the UPS/PCS, the battery switch on the UPS/PCS side must be closed before starting the battery. If the battery is turned on first, then the battery switch on the UPS/PCS side is closed. Since the DC side of the UPS/PCS side generally has a large capacitance, the closing instantaneous capacitance is equivalent to a short circuit. At this time, the current charged by the battery to the capacitor is much higher than that inside the CBMS machine. Contactor rating, it is easy to cause ablation and adhesion of the contactor contacts, contactor contact resistance increases, heat is burned or the contacts can not be disconnected to trigger secondary protection.

9.2 安全注意事项Safety Precautions

1)、安装及调试人员所使用的工具须有绝缘防护。

tools for installation and commissioning personnel must be insulated.

2)、在安装调试及维护时必须戴绝缘橡胶手套，视情况穿戴护目镜、绝缘橡胶靴，尽可能避免安全事故的发生。

Insulation rubber gloves must be worn during the installation and maintenance. Wear goggles and insulating rubber boots as the case may be to avoid the possible safety accidents.

3)、安装调试及维护过程中产生的线头金属等如掉入电池间，请务必使用绝缘工具取出，不能将杂物留置。

Installation, commissioning and maintenance of the thread metal generated in the process, such as dropped into the battery, be sure to use an insulating tool to remove, you can not be lingering debris.

4)、需要维护时，必须将CBMS的主断路器断开，切断电池组与PCS直流总线的连接。

When maintenance is required, the main circuit breaker of the CBMS must be disconnected to cut off the connection of the battery pack to the PCS DC bus.

5)、根据项目需求的不同，电池管理系统的充放电电流和充放电电压等参数在初次安装调试时已设定，不得擅自更改参数，否则可能会缩短电池寿命，更严重的可能会对电池造成严重危害产生安全事故。

According to project requirements, parameters such as charge and discharge current and charge and discharge voltage of the battery management system have been set during initial installation and debugging. Parameters may not be changed without authorization. Otherwise, the battery life may be shortened, and more serious battery may be damaged Cause serious harm to safety accidents.

6)、如遇储能柜周围起火，请务必使用干粉灭火器或者消防沙进行灭火。若使用液体灭火可能导致电击。

In case of fire around the energy storage cabinet, be sure to use dry powder fire extinguishers or fire extinguishing sand. Fire extinguishing with liquid may cause electric shock.

7)、如长期不使用系统，请务必断开电池柜的主断路器。

If the system is not used for a long time, be sure to disconnect the main circuit breaker of the battery cabinet.

8)、尽量避免长期在下列工作环境中使用：

try to avoid long-term use in the following working environment:

◎ 超过规格书规定的温度或湿度范围的场所

Exceeds the temperature or humidity range specified in the specification

◎ 有强烈震动或易受撞击的场所

strong vibration or vulnerable to impact of the place

◎ 阳光直射或靠近热源的场所

direct sunlight or near the heat source of the place

◎ 有粉尘、强腐蚀性物质、易燃易爆物、高盐雾场所

dust, corrosive substances, flammable, high salt spray place

10. 技术支持Technical Support

可通过以下方式获取技术支持 Technical support can be obtained in following way：

◎ 邮箱(Email)：

11. 免责声明Disclaimer

本公司对此产品规格书拥有最终解释权，并有权对此规格书进行修订。产品规格如有变更，恕不另行通知。

The company has the final interpretation of this product specification, and the right to amend this specification. Product specifications are subject to change without notice.