Projects

The HVF5 mainboard is the central control unit for Hitachi elevators, managing signals between the elevator’s mechanical components and its control system.

The Hitachi HVF5-IOHA signal conversion PCB board plays a critical role in this process by converting signals within the elevator control system.

The HVF5 CMU door machine PCB board is an electronic control unit used in Hitachi elevators. It manages the door motor and sensors, coordinating door movements with the elevator’s overall system.

The new Hitachi elevator HSB-02 signal conversion PCB board enhances is for station indicator lights in Hitachi MCA and LCA elevator models.

Sano Energy has introduced a new 30kW DC charger designed specifically to support France’s expanding EV car park.

Sano Energy has completed the shipment of 80 R513A liquid-cooled battery energy storage containers to the United States, supporting a 40MW/401.28MWh utility-scale project in California.

Sano Energy signed an order with a Belgian customer for 100 commercial and industrial energy storage systems, supporting Belgium’s efforts to optimize its energy mix and accelerate the transition to clean energy.

Sano Energy has successfully completed multiple integrated photovoltaic and battery energy storage farmland project in Europe, delivering a total capacity of 3MW/7.95MWh.

A 25MWp PV energy storage project at a South American mining plant is accomplished successfully. It integrated "photovoltaic + energy storage + ecology" with a 25MWp photovoltaic power station and a 2.5MW/5MWh energy storage system.

This 60kW public EV charging station for Australia offers a practical solution that supports the expanding EV market.

Sino Energy provided 60kW and 120kW EV chargers for a Jaguar and Land Rover car dealership in Greece. Easy access: Chargers are located on-site, making them convenient for customers.

Sanopower completed a significant project installing 60kW, 120kW, and 180kW EV chargers for a Volvo truck dealer in Iceland.

The energy storage system features three 640kW/1380kWh pods cleverly housed in 20-foot containers. It successfully connected its 2MW/4MWh energy storage system to the grid.

Sano Energy carried out a 5MW/10MWh Energy storage project in Xinjiang‘s Tough desert Environment. This project is air-cooled BESS with digital battery modeling and wind wall cooling system.

This 300MW/1200MWh Standalone Grid-Forming Energy Storage Project has 2.5MW PCS-booster + 2×5MWh liquid-cooled battery cabins and 220kV booster station.

With the successful integration of a 5MW/10MWh high-voltage cascade energy storage power station into the grid, these initiatives aim to transform how energy is stored and produced in the area.

Integration of Energy Storage with the Jinwu Road Phase III 50 MW PV Power Project. The energy storage station is divided into three units, with each unit containing one converter & step-up cabin and two battery cabins.

Phase I energy storage station at a factory in Yiwu—equipped with Sanoenergy’s 2.5MW/5MWh liquid-cooled energy storage system—completed commissioning and was successfully connected to the grid.

This BESS is a fully integrated, prefabricated 40ft container-based energy storage system designed for large-scale grid-level and microgrid applications. 500 kWh to 5 MWh.

As EVs become more common, public EV chargers have become essential. However, while these charging stations offer great convenience,...