Sinopec Yidian·Gaojing Ultra-Fast Charging Station is an integrated energy management charging infrastructure jointly built by China Sinopec and Gaojing Company. Guided by the national "Dual Carbon" policy, it adheres to the concepts of clean energy, ultra-energy-saving, ultra-fast charging, intelligence and safety, and relies on the integration of photovoltaic, energy storage and charging.

Covering an area of 1,600 square meters, the station's roof is fully equipped with photovoltaic power generation systems with a total installed capacity of 311.86kW. It is equipped with 2 units of 225kWh liquid-cooled energy storage systems, 5 units of integrated charging energy-saving compact substations, and 1 unit of 720kW liquid-cooled charging cabinet. Among them, the 720kW liquid-cooled charging cabinet, equipped with liquid-cooled modules, features 720kW high-power output, conversion efficiency of over 96.5%, excellent heat dissipation, long service life, high protection level and ultra-low noise.

The first floor has 39 electric vehicle charging parking spaces and an electric bicycle charging area, including an ultra-large-scale 600kW liquid-cooled super group charging parking space that can achieve super-fast charging of 1 kilometer per second, reserving space for the development of new energy vehicle batteries. The combination of photovoltaic power generation and energy storage systems not only utilizes clean energy, but also alleviates grid pressure, and realizes local area network green charging.

The second floor is a 1,000-square-meter leisure, catering and shopping area, with a supporting 1,300-square-meter green rest area outside, creating a brand-new charging experience.

Gaojing Company leverages its leading advantages in the energy-saving transformer industry to proactively deploy a full industrial chain model integrating charging, energy storage and photovoltaic equipment. Sinopec is responsible for management and operation. Through this powerful alliance, the two parties will jointly promote the in-depth integration of the charging infrastructure network.