The system is flexible, scalable, and features smart battery management for longer lifespan. It offers automatic battery testing with advanced options, reduces operating costs with an energy-saving standby function, and includes hybrid power management. It provides log records and statistics using advanced algorithms, and minimizes installation time with easy file upload and download configurations.

Measurement 

• Analog Value
• Measurement Digital Value Measurement

DI/DO

• Support up to 12 user digital input interfaces at maximum.
• 8 groups of dry contact outputs freely configurable.

Screen and LEDs

• 160X128 LCD screen display running information and local setting interface.
• Green/Yellow/Red LEDS indicate running status for local instant diagnose. 

Alarm history, event history store

•  100000 alarms history and 100000 events history store, FIFO for system analysis.

Data log store (advanced version)

•  200000 data logs including bus voltage, load current, battery current and temperature with time tag.

Indoor/outdoor power supply.

In addition to controlling of rectifier modules, AC/DC distribution, IPSM C101 manages battery charge, discharge, test, maximizes battery capacity and lifespan. With improved memory, IPSM C101 can store mass alarm/event and data logs for system performance analysis and fault diagnose. DI/DO connectors and RS485/Ethernet ports provide flexible extension function and parameters setting, software and logs downloading / uploading, remote monitor system accessing.

• SPD alarm
• Configurable digital input alarm
• Rectifier communication fail
• Rectifier AC input failure
• Manual mode alarm
• AC over voltage and under voltage
• Solar communication fail
• DC over voltage and under voltage
• Load Disconnected
• Battery Disconnected
• AC power failure
• Load fuse alarm
• Battery fuse alarm
• Rectifier fault
• Rectifier fan fault
• Rectifier protect
• Rectifier on/off status
• Current imbalance
• Solar fault Solar fan
• fault Solar protect
• Solar on/off status
• Battery discharge
• Battery test fail
• Battery charge over-current
• Battery temperature alarm
• Ambient temperature alarm
• Battery imbalance
• System energy-saving mode
• Energy-saving fault

• The Controller can communicate with the host computer in 2 modes: RS485 and Ethernet (WEB and SNMP). It can communicate with rectifier and solar modules in CAN bus mode.
• 3 southbound RS485 for battery BMS or extension
• For remote and local monitor system via WEB browser, controlling, parameters upload/download, data load. function boards.
• SNMP protocol supports GET, SET and TRAP on Ethernet.