Fortress Power has launched its latest energy storage system – eBoost
When paired with the company’s hybrid inverter, it can store or discharge up to 16 kWh of energy
In addition, its capacity can be upscaled to 256 kWh by connecting 16 units in parallel
Pennsylvania-based battery energy storage solution (BESS) maker Fortress Power has rolled out its latest product, eBoost, developed for residential and small commercial applications.
The unique selling propositions (USPs) of this new storage system, according to the company, are delivering more power at less cost to homeowners and a design that simplifies installations compared to its predecessor. Each unit, when paired with Fortress Power’s hybrid inverter, Envy Duo 21, stores or discharges up to 16 kWh of energy. It is equipped with ‘larger capacity’ battery cells that enhance each unit’s energy density with a reduced footprint. eBoost's integrated battery management system (BMS) draws up to 12 kW of power in real-time from a PV array or grid through its paired hybrid inverter during a deficit of charge. On the other hand, it delivers backup power of up to 12 kW for 1.33 hours at a nominal discharge rate during grid outages or failure. Moreover, its modular design supports upscaling of storage capacity to up to 256 kWh, when paired with 16 parallel units.
This storage system is designed to support indoor and outdoor installations. From an installation and maintenance perspective, each unit’s locking wheels offer fast installation and easy maneuvering, while its IP65-rated enclosure reduces ‘year-round’ maintenance. In addition, its internal heating elements help in maintaining suitable operational temperatures even in extreme environmental conditions with temperatures ranging from -20°C to 60°C. On the connectivity side, Fortress Power’s wireless connection system, called the ‘eWay Wireway System’, enables remote connectivity between multiple units.
The company offers up to a 10-year warranty for this storage solution. However, its commercial availability status is not yet public.