On the morning of June 16, 2023, the 2nd Rural Energy Development Conference and Clean Energy Equipment Exhibition hosted by the China Energy Research Association and State Grid Co., Ltd. was grandly held at the Zhengzhou International Convention and Exhibition Center; on the afternoon of the 16th, the Electric Power Planning and Design Directorate The sub-forum ‘New Energy Storage Technology Forum’ organized by the institute was held in the D201 conference room. New Energy Technology (Shenzhen) Co., Ltd. was invited to attend the meeting. Hou Hongliang, Marketing Manager of New Energy Technology , attended the meeting and made a presentation on New Energy Technology New Carbon Dioxide In the special report on energy storage systems, New Energy Technology ‘s carbon dioxide energy storage technology received great attention and recognition from experts and business partners present at the conference.
This new energy storage technology forum was hosted by Wu Zhen, deputy director of the Second Science and Technology Research Division of the Energy Science and Technology Innovation Institute of the General Institute of Electric Power Planning. He said: This forum is committed to providing a platform for exchange and display of new energy storage technologies. Through different Communication among experts in the field promotes energy storage technology innovation, accelerates the pace of development of my country’s energy storage industry, and contributes to the early realization of the national 3060 goals.
Among new energy storage technologies, carbon dioxide energy storage has developed rapidly in recent years. As the only company in China with the capability of designing and engineering construction of carbon dioxide energy storage systems, New Energy Technology was invited to participate in the conference and made a special report to the guests.
New Energy Technology‘s new carbon dioxide energy storage is a gas-liquid interconversion and two-state collaborative energy storage technology that does not depend on geological conditions, has low pressure and temperature levels, high reliability and low cost.
The basic principle is to use excess electricity to compress carbon dioxide gas at room temperature and pressure into liquid during the low period of electricity consumption, and store the heat energy generated during the compression process; during the peak period of electricity consumption, use the stored thermal energy to heat the liquid carbon dioxide to a gaseous state. , drives the turbine to generate electricity.
New Energy Technology ‘s new carbon dioxide energy storage system has excellent economics in the field of large-scale long-term energy storage. The system power unit and capacity unit are decoupled and can be smoothly expanded independently. To extend the system duration, only the gas and liquid storage units need to be expanded, making the system As the energy storage duration expands, the unit cost gradually decreases. The longer the duration, the lower the unit cost! At the same time, the independent power expansion of the charging and discharging ends of the system can realize flexible adjustments such as fast charging and slow discharging, slow charging and fast discharging, etc., so that the system can deeply adapt to the needs of the scene.
New Energy Technology ‘s new carbon dioxide energy storage system adopts a closed cycle, so the system construction is not restricted by climate and geographical environment, and the physical properties of carbon dioxide are stable, non-flammable and explosive, and the system has good safety.
New Energy Technology‘s new carbon dioxide energy storage system has been unanimously recognized by experts and guests at the conference for its outstanding long-term economy, safety, universal applicability and flexible expansion. Relevant leaders from Datang Group, Yuneng Group and other industries have expressed their opinions. Expressed hope for further exchanges and in-depth understanding of the detailed information of New Energy Technology carbon dioxide energy storage system.
