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About Foripower
Founded in 2016, Foripower is a National High-Tech Enterprise and a National-level Specialized and Sophisticated "Little Giant" Enterprise in China. Foripower is dedicated to the engineering application of wide-bandgap semiconductor technologies, focusing on hydrogen fuel cells, long-duration flow energy storage, and dual-core battery systems.
In the hydrogen energy field, the company specializes in fuel cell DC-DC converters, high-voltage system integration products, high-speed air compressor controllers, and high-efficiency power supplies for water electrolysis. It has developed strong technological expertise in high-power power conversion.In the energy storage field, Foripower is deeply committed to flow battery energy storage solutions, specializing in the research, development, and manufacturing of all-SiC DC-DC converters and Power Conversion Systems (PCS) for flow batteries. The company provides integrated energy storage solutions compatible with various flow battery technologies, including vanadium redox flow batteries (VRFB) and iron-chromium flow batteries (ICFB).
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20 +
Countries of operation
100 +
Engineer
3
Manufacturing Center
16,000 +
Number of hydrogen-powered vehicles equipped with the system
28,000 m²+
Factory area
1GWh +
Long-duration energy storage applications
1GW +
Installed capacity of hydrogen production power supply systems
Hunan
Malaysia
Shenzhen
DC-DC Converter
The FRF series DC -DC converter is a dedicated product launched by Foripower for the FCEV (Fuel Cell Electric Vehicle) market, capable of meeting the stringent requirements of various FCEVs. Its advanced topology and comprehensive functional design achieve a leading level among similar products in the industry.
FRF130 and FRF140 are boost DC -DC converters,
The FRF150 is a buck-boost DC -DC converter,
The FRF160 is an isolated DC -DC converter .
Integrated 0 to 6 selectable BOP power distribution outputs.
Optional AC internal resistance monitoring module for power distribution stack.
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Electrolyzer power supply
The LyzPower®-JP series electrolyzer power supply, while the LyzPower®-xJF series is non-isolated. Both are designed for electrolyzer hydrogen production power supply applications.
Among them, -xJP,-xZ series is AC bus input electrolyzer power supply,LyzPower® -xZ series is DC input and can be used as electrolyzer power supply for photovoltaic off-grid hydrogen production.The SiC module isadopted, which greatly improves the efficiency and power density, reducing the product volume.
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PCS
Foripower PCS is designed for high-performance bidirectional power conversion in energy storage systems, supporting lithium or VRB batteries. We can also provide galvanic isolated DC-AC inverter to H2 stationary power generation applications. It offers flexible configuration with galvanic isoloted or non-isolated versions, utilizing advanced SiC power components to achieve high efficiency and power density.The product series for grid-tie and modular design ranging from 8okW to 1.6MW per cabinet and support for N+X redundancy, the system ensures high availability and enables quick maintenance.
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Integrated PCU
The FRC series all-in-one fuel cell PCU integrates a fuel cell DC/DC boost converter (DCF), a 24V output DC-DC converter , a high-speed air compressor controller ( ACC ), and a high-voltage power distribution unit (PDU), which greatly saves space in the high-voltage electrical system and simplifies the design and installation of the power system.
Among them, FRC 4X is a series of integrated boost PCUs.
The FRC 5X series integrates buck-boost PCU and boost PCU.
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Air compressor controller
This ultra-high-speed motor controller product is specifically developed for air compressor motors in fuel cell systems. It features high control precision, low harmonic current, fast response speed, and comprehensive protection functions.
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Electronic load/DC source
The FRDCL series is a power frequency isolated, power-fed DC electronic load that operates in constant voltage, constant current, constant resistance, and constant power modes, allowing energy to flow bidirectionally. Utilizing SiC module technology, it significantly improves system efficiency and power density, thereby reducing product size.
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DC-DC Converter
Electrolyzer power supply
PCS
Integrated PCU
Air compressor controller
Electronic load/DC source