Powering Your Business with Our Battery Energy storage system

From 10 kWh to 2 MWh capacity, whether connected to high voltage or low voltage, on-grid or off-grid, in combination with solar, wind, water, or cogeneration – our broad product portfolio covers all application areas and can be individually tailored to your requirements.

60KW HYBRID INVERTER
  • On-grid output 60 KW
  • Off-grid output 60 KW
  • PV input 90 KW
70KWH BESS
  • 70 KWH
  • Max output power 60 KW
  • 716 Vdc
215KWH BESS
  • 215 KWH
  • Max output power 100 KW
  • 716 Vdc
100KW Hybrid Inverter with Isolated Transformer
  • On-grid output 100 KW
  • Off-grid output 100 KW
  • On-Off grid swtich time 20MS
500KW Hybrid Inverter with Isolated Transformer
  • On-grid output 500 KW
  • Off-grid output 500 KW
  • On-Off grid swtich time 20MS
12KW Three Phase Inverter with 10-25 KWH Energy storage system
  • On-grid output 12 KW
  • Off-grid output 12 KW
  • PV input 15 KW

AC coupled Battery storage system

AC coupled C&I energy storage system (BESS)  :

  • IP 54-rated cabinet 
  • 4 KW double air-conditioner
  • LFP battery
  • Bidirectional AC-DC inverter
  • EMS (Energy Management System)
  • Antifire system
  • Humidity and temperature sensors
  • Water immersion sensors
  • UPS for grid outage

Meticulously designed for seamless integration into the three-phase grid via the functionality of AC charging and discharging, this solution transcends traditional applications. 

SOLE 15000
HV 1500
PCS100 KW
EMS
UPS
Air conditioner

Our integrated energy storage system for commercial and industrial use GALAXY 215 AIO-2H is configured with an EMS, a 100 KW three-phase PCS (Bidirectional AC-DC), a 215 KWH lithium battery, and a UPS for Black start functionality. This foundational module allows for the seamless construction of a scalable system, capable of reaching up to 1 MW PCS power and 2.15 MWH capacity in an energy storage system through AC coupling.

2.15 MWH Energy storage system with 1MW charging and discharging capacity

Galaxy 215 AIO-2H *10

 is mainly applied in peak-valley electricity price arbitrage, utilizing low-cost valley electricity to charge from the grid and discharging to the load during peak periods, while making efforts to avoid discharging excess energy to the grid.

Say farewell to the conventional practice of selling excess energy back to the grid. With this function, advanced energy generated by photovoltaic (PV)  is intelligently stored in ESS . This stored energy becomes a reliable power source for your home during periods when the PV generation is insufficient. Embracing this capability ensures a more self-sufficient and sustainable energy model .

is an integrated power generation solution that combines photovoltaic (PV) solar generation with energy storage technology. Employing an AC-coupling scheme, this system features the parallel connection of PV inverters …

Charge the batteries whenever feasible. In the event of a grid outage, the system seamlessly powers your home using the stored energy in the Energy Storage System (ESS).

Our offering

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Hybrid System configuration

Tailored to meet your specific energy needs, our optimized configurations offer the flexibility of pairing the Mercurius 60KW with either two units of Galaxy 710K or a single Galaxy 200. This strategic combination results in a versatile 60 KW inverter system with storage capacities 140KWH or 200KWH, providing a customized solution to address your energy demands efficiently.

60KW on/off grid output , 90 KW PV input , 70 KWH ESS

Mercurius 60 K + Galaxy 710 K

60KW on/off grid output , 90 KW PV input , 140 KWH ESS

Mercurius 60 K + Galaxy 710 K * 2

60KW on/off grid output , 90 KW PV input , 200 KWH ESS

Mercurius 60 K + Galaxy 200

The system is designed to be expandable, allowing up to 4 units of Mercurius 60 KW to operate in parallel, enabling the creation of a robust 240 KW system with 360 KW PV input, coupled with its expandable Energy Storage System (ESS). 

FFD POWER specializes in the design and manufacture of lithium-ion battery systems. Our expertise covers the entire process, from cell selection to pack assembly and BMS development. We also offer the option for IoT control for real-time monitoring and control of the battery pack. Whether it’s for small portable devices or large-scale energy storage systems.

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