Microgrid System

: QINGDAO TGOOD PARK SMART MICROGRID CHARGING STATION

It adopts TELD's self-designed intelligent integrated energy management system, enabling unified system control and establishing a systematic, smart energy utilization model. With an annual green power generation of approximately 109,800 kWh, it's equivalent to saving 30.88 tons of standard coal and reducing carbon emissions by 84.81 tons each year.

: CHENGDU TIANFU SOFTWARE PARK SOLAR-POWER STORAGE-CHARGING-DISCHARGING INTELLIGENT MICROGIRD STATION

With an annual green electricity output of approximately 53,300 kWh with the support of the technologies of CdTe low-light PV generation, cascade energy storage, liquid-cooling, fast-charging, and V2G, the project delivers equivalent environmental benefits of saving 14.99 tons of standard coal annually and reducing carbon emissions by 41.18 tons per year

: GUANGZHOU PAZHOU SOLAR-POWER STORAGE-CHARGING-DISCHARGING-INSPECTION MULTI-INTELLIGENT MICROGIRD STATION

This station represents the first multi-intelligent ultra-fast charging station in the Guangdong-Hong Kong-Macao Greater Bay Area, featuring annual green power generation of ~67,400 kWh, equivalent to conserving 20.31 tons of standard coal yearly and carbon emission reduction of 55.77 tons annually.

: XIAMEN XIANGAN SOLAR-POWER STORAGE-CHARGING-DISCHARGING-INSPECTION GREEN POWER DEMONSTRATION MICROGRID STATION

This station pioneers an integrated "zero-carbon urban supercharging" model combining PV generation, energy storage, ultra-fast charging, V2G discharge and battery diagnosis with an annual renewable energy output of 72,500 kWh, which is equivalent to 21.85 tons standard coal equivalent saved yearly and 60-ton carbon emission reduction annually

: SAIC ANTING INTELLIGENT SOLAR-POWER STORAGE-CHARGING-DISCHARGING MICROGIRD STATION

SAIC Anting "Solar-Power Storage-Charging-Discharging" smart microgrid station represents an advanced implementation of vehicle-to-grid (V2G) technology and serves as an exemplary model for developing zero-carbon industrial parks. The system achieves annual renewable energy generation ~37,300 kWh, equivalent to saving 10.49 tons of standard coal annually, and carbon emission reduction of 28.82 tons per year.

: LIANSHUI FIVE-ISLAND LAKE SOLAR-POWER STORAGE-CHARGING-DISCHARGING MICROGIRD STATION

Ultra-Fast Charging Eco-Station serves as a demonstration project integrating the charging network, microgrid, and energy storage network, achieving annual renewable power generation of ~81,300 kWh, equivalent to conserving 22.87 tons of standard coal per year and carbon emissions reduction of 62.80 tons annually

Highlights