Overview

The ABAT100-HS is the central management unit of the battery monitoring system, responsible for collecting and processing data from up to 120 individual battery modules. It communicates via UART bus with ABAT100-S single battery modules and ABAT100-C string modules, analyzing voltage, internal resistance, temperature, and charge/discharge current in real time, while estimating SOC (State of Charge) and SOH (State of Health) for both the string and individual cells. With an RS485 interface and MODBUS-RTU protocol, it seamlessly integrates with third-party monitoring systems or touchscreens. Powered by DC24V and easy to install, it is ideal for centralized battery management in data centers, substations, communication base stations, and industrial UPS applications.

Highlight

Powerful String Management

  • One collector per battery string
  • Supports up to 120 modules
  • Compatible with S and C modules
  • Automatic periodic patrol inspection
  • Intelligent communication status
ABAT100-HS Battery String Collector & Data Concentrator

Comprehensive Data Analysis

  • Real-time voltage, resistance, temp
  • SOC/SOH estimation for string & cells
  • Historical data & trend curves
  • Bar chart & graph display
  • Local storage of key records
ABAT100-HS Battery String Collector & Data Concentrator

Flexible Integration

  • RS485 interface, MODBUS-RTU
  • Touchscreen parameter setup
  • Connects to AcrelEMS/EIOT
  • Compatible with third-party systems
  • Configurable baud rate, parity
ABAT100-HS Battery String Collector & Data Concentrator

Robust & Easy Install

  • DC24V supply, overvoltage protection
  • Insulation voltage 2000VAC
  • Tie-down or adhesive mounting
  • Operating temp -10℃~50℃
  • Red/green dual-color LED
ABAT100-HS Battery String Collector & Data Concentrator

Function

FunctionDescription
Data DisplayReal-time display of voltage, resistance, temperature, SOC/SOH; supports graphs and bar charts
Historical DataRecords operation history, charge/discharge events; query and export supported
Parameter ConfigurationSet alarm thresholds, communication parameters, battery capacity via touchscreen or host
Capacity EstimationEstimates SOC and SOH for string and individual cells based on real-time data
Periodic InspectionAutomatically initiates internal resistance tests based on battery status
Alarm ManagementMultiple alarms: over-/under-voltage, overcurrent, high resistance, comm failure; supports local sound/light, SMS, etc.
Communication ProtocolUpstream: RS485, MODBUS-RTU; Downstream: UART with S/C modules
Status IndicationRed/green LED: green steady for power, red blinking for alarm

Specification

ParameterValue
Operating EnvironmentTemp: -10℃~50℃; RH: 5%~95%; Pressure: 80~110kPa
Management CapacityUp to 120 battery modules per collector
Alarm TypesString/cell over-/under-voltage, overcurrent, high internal resistance, communication failure, etc.
Power SupplyDC24V
ProtectionOvervoltage, short-circuit protection
CommunicationUpstream: RS485 (MODBUS-RTU); Downstream: UART (with S/C modules)
Insulation Voltage2000VAC
MountingTie-down or adhesive mounting
Weight90g
LED IndicatorRed/green dual-color: green for power, red for alarm

FAQ

How is ABAT100-HS powered? What is the power consumption?

ABAT100-HS is powered by an external DC24V supply, typically from a switching power supply like KDYA-DG1502-12K. It features overvoltage and short-circuit protection. Power consumption is low (estimated <2W, though not specified).

How many battery modules can one ABAT100-HS manage?

One collector can manage up to 120 ABAT100-S single battery modules, plus ABAT100-C string modules and optional others.

How to configure the ABAT100-HS parameters?

Two methods: 1) Connect a touchscreen for graphical configuration; 2) Use MODBUS commands via RS485 from host software.

What alarm output methods does ABAT100-HS support?

The module provides LED indication. When integrated with a touchscreen or monitoring platform, it supports local sound/light alarms, SMS alerts (with additional equipment), etc.

What should be considered when installing ABAT100-HS?

Mount with tie-downs or adhesive, avoiding high temperature, humidity, and strong electromagnetic interference. Ensure stable DC24V power, use shielded twisted-pair for communication, and ground properly.

How does ABAT100-HS communicate with ABAT100-S modules?

Via UART bus using MODBUS-RTU protocol. The collector acts as master polling each slave module. Communication parameters (baud rate, etc.) are configurable; default 9600, 8, N, 1.

Summary

The ABAT100-HS collector is the core of the ABAT100 series battery monitoring system, integrating data acquisition, processing, alarming, and communication. It manages up to 120 individual batteries, monitoring voltage, internal resistance, temperature, and charge/discharge current in real time while estimating SOC/SOH to provide accurate battery health assessment. With RS485 MODBUS-RTU protocol, it seamlessly connects to touchscreens or third-party monitoring platforms for local or remote management. Powered by DC24V and flexibly installed, it features overvoltage and short-circuit protection, making it ideal for data centers, substations, and communication base stations. With ABAT100-HS, maintenance teams can centrally monitor battery string status, detect potential failures early, and ensure backup power reliability and extended battery life.

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What Our Clients Say

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We’ve used Acrel products on several projects, and they’ve been reliable from day one. Installation was straightforward, and the support team was always quick to answer our questions.

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The wireless temperature monitoring system has been running smoothly since commissioning. It helps us identify potential issues early and reduces the need for routine inspections.

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