This project is based on the service area parking lot and constructs an advanced integrated energy system integrating distributed photovoltaic power generation, energy storage, and charging pile intelligent energy control and management system, with the entire system uniformly managed by an intelligent microgrid platform.
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This is our EPC project with 356 newly-built EV charging guns. Supporting facilities: PV carports of 199 kW installed capacity, 8 sets of PV-ESS charging equipment (512 kWh total capacity), and 26 box transformers with a combined capacity of 21550 kVA.
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FFTECH’s PV‑storage integrated solution adapts to base‑stations’ 100 kWh daily load. It reduces power costs through solar self‑consumption and peak‑valley arbitrage, delivers 7‑8‑hour emergency backup power, supports future virtual‑power‑plant access with a 3‑5‑year payback period.
Government‑procured livelihood project. Charging facilities serve public charging needs of residential communities. Mixed‑deployment of integrated DC & AC chargers with total power capacity of 1440 kW.
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This is an EPC project undertaken by our company, featuring 356 newly installed EV charging guns. Supporting facilities include a 199 kW photovoltaic carport, 8 sets of PV-ESS-charging equipment with a total capacity of 512 kWh, and 26 box-type transformers totalling 21550 kVA.
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This project deploys 18 units of 320kW dual-gun chargers in Uzbekistan, specially designed for heavy-duty electric mining trucks.
This station is a new energy supercharger station of Wuhan Guanggu Urban Operation and Management Group Co., Ltd. It utilizes two 1250kVA box transformers, connected to 600 pieces of 615Wp photovoltaic modules. Additionally, it is equipped with four sets of 125kW/250kWh commercial and industrial energy storage systems and three sets of split-type charging piles (800kW*2 +240kW*1, totaling 14 charging terminals and 24 charging guns).
The zero‑capacity‑increase energy‑storage and charging integrated unit, jointly developed by Wuhan Charging and Swapping Technology Co., Ltd. and FFTECH, is a revolutionary solution to break the bottleneck of distribution network capacity expansion.
FFTECH built a solar-storage-ultracharging integrated station for Skyworth. Combining photovoltaic, energy storage and liquid-cooled ultracharging equipment, it realizes local consumption of green power and rapid EV charging. Leveraging coordinated solar and storage technology to ease grid stress, the project establishes an efficient, low-carbon smart energy charging hub for Skyworth’s campus.
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We provide EV charging supporting facilities for 3 to 4 gas stations across Cambodia, with 1 to 2 chargers installed at each site.
