REAP ESS
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Modular Architecture
Safety
Integrity
Modular Architecture
For grid scale to residential applications, high voltage, and low voltage energy storage systems bring flexibility to create completely customized solutions with effortless and cost effective.
Safety
Electrical and thermal management of REAP Battery rely on high sensitive sensing technology, real-time monitoring and AI driven analysis, and predictive maintenance for ensuring the safety and health of battery.
Integrity
With the enhanced reliability and durability, REAP Battery provides long-term and validated solutions developing advanced control systems to maximize efficiency of different battery chemistries.
| ESS | ||||
|---|---|---|---|---|
| Cabinet | Custom | 10ft Container | 20ft Container | 40ft Container |
| Capacity | 14.3 – 358.4 kWh | Up to 1.1 MWh | Up to 2.5 MWh | Up to 5 MWh |
| Thermal Management | Custom Design – Air / Liquid Cooling | |||
| Fire Suppression System | Custom Design | |||
REAP-BMS | In-house Developed Unique and Flexible BMS
REAP-EMS | Beyond the Limits of Energy Storage
REAP-BMS | In-house Developed Unique and Flexible BMS
| Master Reap-BMS handles total pack level measurements (pack voltage, pack current, highest/lowest cell voltage/temperature and etc…), data logging, application and Energy Storage System (ESS) interfaces. |
| Master Reap-BMS provides very precise SOC and SOH calculations. |
| Master Reap-BMS includes 1xCANbus and 2xRS485 communication interfaces to communicate with Reap-EMS, Slave Reap-BMSs and the Power Conversion System (PCS) at the same time. |
| Master Reap-BMS provides 3 contactor control outputs at the pack level. Outputs are controlled by mosfets up-to 5A coil currents. |
| Master Reap-BMS manages up-to 32 Slave Reap-BMS boards (CANbus). |
| Slave Reap-BMS manages 3–16 cells in series and 2 temperature sensors. Slave Reap-BMS controls and monitors battery module by measuring cell voltage, highest/lowest cell voltage, temperature and etc. |
| Slave Reap-BMS boards can handle high current Active Balancing for faster and efficient Battery management. Slave Reap-BMS boards allow updating of all battery data at 4Hz speed. |
REAP-EMS | Beyond the Limits of Energy Storage
| Reap-BESS energy control system consists of an Energy Management System (Reap-EMS) software, Master Reap-BMS boards, and Slave Reap-BMS boards and an Isolation Detection Unit board (IDU). Reap-EMS manages up-to 32 Master Reap-BMS. |
| Reap-EMS is a real-time energy intelligent platform that provides performance monitoring and management solutions for renewables. Reap-EMS is fully compatible with regulations in Türkiye, communicates with power grid and renewable energy plants and with other Reap-ESSs, and reports the operation. |
| Reap-EMS monitors and controls all the batteries, power control / thermal /cybersecurity /fire systems in the Reap-BESS. |
| Reap-EMS software provides a suite of system configuration tools as well as displays for monitoring battery and BMS performance. It allows you to set battery parameters such as limit voltages and temperatures, allowable charge and discharge rates or improve SoC estimation with your own battery model. |
| IDU board measures the isolation resistance and voltage at the pack level. |
Mechanic Design
