Wind Power Generation

With the development of the economy, the application scenarios of large-scale power transmission and transformation equipment are becoming more and more diverse. The various types of high-quality transformer oil developed and produced by Shuangjiang Energy, as an important raw material for power equipment, are also increasingly used in large power plants, power hub projects, high-speed rail traction stations, etc., making contributions to the development of the energy industry.

Photovoltaic New Eenergy

With the development of the economy, the application scenarios of large-scale power transmission and transformation equipment are becoming more and more diverse. The various types of high-quality transformer oil developed and produced by Shuangjiang Energy, as an important raw material for power equipment, are also increasingly used in large power plants, power hub projects, high-speed rail traction stations, etc., making contributions to the development of the energy industry.

Power Applications

With the innovative development of technologies such as AI, cloud computing, big data, and blockchain, the era of 5G and 6G communication characterized by high speed, low latency, and large connectivity has arrived. With the increasing amount of computing in data centers, the demand for computing efficiency is also increasing, inevitably leading to an increase in power density. Traditional air cooling presents a bottleneck for high heat density scenarios. In this context, liquid cooling technology has excellent characteristics such as ultra-high energy efficiency and ultra-high heat density, which is the only way to solve the challenges of heat dissipation pressure and PUE.

Telecommunication

With the innovative development of technologies such as AI, cloud computing, big data, and blockchain, the era of 5G and 6G communication characterized by high speed, low latency, and large connectivity has arrived. With the increasing amount of computing in data centers, the demand for computing efficiency is also increasing, inevitably leading to an increase in power density. Traditional air cooling presents a bottleneck for high heat density scenarios. In this context, liquid cooling technology has excellent characteristics such as ultra-high energy efficiency and ultra-high heat density, which is the only way to solve the challenges of heat dissipation pressure and PUE.