ABAT100 Series Battery Online Monitoring System
Overview
Acrel ABAT100 series battery online monitoring system can provide battery operation information such as voltage, internal resistance and internal temperature, including SOC and SOH, and can provide early warning and battery equalization for failed batteries to guarantee battery pack backup time and extend battery pack life. The system has monitoring functions, and is easy to install, maintain and access. The system mainly consists of ABAT100-S single battery monitoring module, ABAT100-C group battery monitoring module, ABAT100-HS collector module and touch screen, etc. The alarm and real-time data can be queried and parameters can be set through the touch screen, and the monitoring platform can be selected to realize networked centralized management.
Characteristic
● Monitoring Capability: One S-module monitors one battery
● Monitoring Scope: 2V, 6V, 12V battery with capacity less than 3000AH
● Single internal resistance: 50～65535uΩ
● Negative temperature: -5℃～+105℃
● Communication Interface: UART port, support MODBUS protocol
● Insulation withstand voltage:2000VAC
ABAT100-S-02：
● Monitor one 2V battery
● Battery voltage, internal resistance and negative terminaltemperature
ABAT100-S-06：
● Monitor one 6V battery
● Battery voltage, internal resistance and negative terminaltemperature
ABAT100-S-12：
● Monitor one 12V battery
● Battery voltage, internal resistance and negative terminaltemperature
Network solution 1
ABAT100-HS: one manage 1 group of batteries, up to 120 batteries in a group
ABAT100-S-02/6/12: Detect one 2/6/12V battery, also detect battery voltage, internal resistance and negative temperature
ABAT100-C: Detect 1 charge/discharge current and 1 ambient temperature, with a maximum current range of 1000A
ABAT100-HS Collector Module Introduction
The ABAT100-HS collector module is used as a management module for a group of battery packs to read the battery monitoring data from the front-end single battery monitoring sub-module and analyze and process the data, which can estimate the remaining capacity of each battery and the whole group of batteries. The operation parameters can be set directly by matching with the touch screen, and the collected data can be viewed directly. The collector module will automatically save the key battery data periodically and can be sent to the third party monitoring system through RS485 port, supporting MODBUS protocol. One collector module manages one group of batteries, and the maximum number of manageable modules is 120.
Network solution 2
ABAT100-HS: one manage 1 group of batteries
ABAT100-S-02/6/12: Detect one 2/6/12V battery, also detect battery voltage, internal resistance and negative temperature
ABAT100-C: Detect 1 charge/discharge current and 1 ambient temperature
Site Picture
1.Technical parameter
|
Technical parameters |
Description |
|
Working Environment |
Operating temperature: -10℃～50℃ Relative humidity: 5%~95% Atmospheric pressure intensity: 80~110kPa |
|
Management Capability |
One collector can monitor a maximum of total 120 batteries |
|
Alarm Type |
Group voltage overcharge/discharge, single voltage overcharge/discharge, current overcharge/discharge, high internal resistance of single unit, abnormal communication, etc. |
|
Power Supply |
DC24V |
|
Protection |
With overvoltage and short circuit protection |
|
Communication Interface |
With RS485 communication port, support MODBUS/RTU |
|
Insulation withstand voltage |
2000VAC |
|
Installation method |
Tie-down mounting or adhesive mounting |
|
Weight |
90g |
2. Function Description
|
Function |
Description |
|
Display |
Real-time data display, graphs, histogram display |
|
Historical Data |
Query and export of equipment operation history, charging and discharging records and monitoring events |
|
Parameter Configuration |
Provide basic information management functions |
|
Communication protocol |
MODBUS-RTU |
|
Alarm mode |
Local audible and visual alarm, indicator alarm, SMS alarm, etc. |
|
Capacity estimation |
Group batteries SOC, SOH estimation; single battery SOC, SOH estimation |
|
Regular inspection |
Intelligent judgment of the current state and automatic issuance of test commands |
|
Indicator light |
Red and green LED lights, green light as the power light, red light as the indicator light |
