Deye Released GE-F128 Battery Storage System
The new 128.61 kWh unit provides energy storage solutions for commercial and industrial applications.
Updated on Sept. 24, 2026 in Energy
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Deye has introduced the GE-F128 battery energy storage system designed to support commercial and industrial energy needs. The new hardware utilizes Lithium Ferro Phosphate technology and is built to withstand high temperatures.
Why it matters
This system provides a scalable storage solution that allows businesses to manage larger PV capacities and maintain performance in demanding thermal environments. It offers flexibility through its parallel connection capabilities for both cabinets and inverters.
The system features a 128.61 kWh capacity and supports over 8,000 charge-discharge cycles. It maintains full power output at temperatures up to 45°C and supports a maximum PV capacity of 160 percent.
The players
Deye
Deye is a manufacturer specializing in power electronics and energy storage solutions for residential and industrial markets.
The details
The GE-F128 system integrates a 3S Intelligent Control Platform for monitoring and is compatible with Deye hybrid inverters ranging from 30 kW to 60 kW. Users can scale the system by connecting up to 10 battery cabinets in parallel on the DC side and 10 inverter units on the AC side.
Timeline
September 24, 2026: The system was officially released.
The Big Picture
The GE-F128 system follows the industry pattern of utilizing Lithium Ferro Phosphate technology to meet modern safety and cycle-life standards established by the IEC 62619 safety standard for industrial lithium batteries.
Businesses can leverage this storage capacity to integrate higher amounts of solar energy and reduce dependency on the electrical grid during peak demand. The robust thermal management system ensures reliable operation without power loss in diverse industrial climates.
The takeaway
Commercial operators should assess their specific power demand and PV capacity requirements to determine if this 128.61 kWh unit meets their efficiency goals. Investing in long-cycle Lithium Ferro Phosphate technology can offer significant improvements in asset longevity for energy storage projects.
Further reading
Learn more about the latest innovations in Energy storage technology on our dedicated hub.
Source note: This article includes information reported by Energetica India Magazine, India Energy News, Renewable Energy News, Conventional Power Generation, Companies Guide....
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