Group 1 - The core message of the news is the launch of the ePower A2 immersion energy storage product and mobile energy storage vehicle series by Hongying New Energy, emphasizing "absolute safety" as the foundation for innovative energy storage solutions for energy transition [1][2] - The ePower A2 product utilizes full immersion cooling technology to address thermal runaway safety issues, supporting stable supply of volatile renewable energy and aiding in the green energy transition of data centers and the construction of new power systems [1][2] - The immersion protection system completely submerges battery modules in immersion liquid, isolating oxygen and eliminating hazards at the source, with thermal runaway tests showing a maximum temperature of only 57.3°C after one hour, significantly lower than traditional cooling methods [1][2] Group 2 - The product can replace diesel generators, UPS, and storage batteries, featuring a temperature control integrated solution that enhances heat transfer efficiency and battery consistency, achieving over 90% system charge and discharge efficiency and extending overall lifespan by 30%-50% while reducing LCOE by 20% [2] - The high safety of the immersion storage technology allows for deployment in various high-safety-demand scenarios, such as data centers and charging stations, with a modular design that improves space utilization by 30% [2] - Currently, the immersion product has been applied in a data center project with a capacity of 30MW/60MWh, replacing diesel generators for emergency power supply and reducing operational costs while addressing temperature and fire safety concerns [2] Group 3 - At the launch event, Hongying New Energy established strategic partnerships with key players such as the Tonglu government and other organizations to work towards achieving zero-carbon goals [3] - The company aims to strengthen research and development efforts and collaborate with global partners to promote the energy storage industry towards a safer, more efficient, and sustainable direction, contributing significantly to global energy transition [3]