Leading the Future, Mastering Advanced Energy Storage Technology

China's energy storage market is booming! Let's look at this exciting data: In 2023, China's newly installed energy storage capacity exceeded 22.6 GW[1]. Even more promising is the projection that by 2025, China's cumulative energy storage capacity will surpass the 70GW mark[2]. This is not just a number; it represents enormous opportunities and challenges.

Mersen brings innovative solutions to advance energy storage technology in this dynamic market and inject new momentum into your projects. We sincerely invite you to our booth to experience these exciting technological breakthroughs firsthand.

• DC Fuse Series for Energy Storage: Covering a full range of products from cells, battery modules, high-voltage boxes at the string cluster level, and battery arrays to PCS systems. We provide low-ratio upper and lower-level matching protection and corresponding graded cross-protection for other supporting protective devices in the circuit, ensuring safe and stable operation at all levels of the energy storage system.
• Advanced Cooling Solutions for PCS Systems:
  • Chip Thermal Protection: Utilizing innovative microchannel cooling technology reduces thermal resistance and increases power density significantly.
  • Brazing Technology: Adopting brazing processes, which are mature and stable, ensuring product consistency.

These technologies significantly improve PCS efficiency and reliability, extend system lifespan, and provide precise thermal protection for IGBT chips.

• Lightning and Surge Protection System: Innovatively combining new surge protective devices (SPDs) with specialized fuse technology as backup protection, providing double reliable protection for energy storage systems. The new SPDs feature fast response, high voltage resistance, low residual voltage, and high current capacity when dealing with surge overvoltage. 
• New Energy Vehicle Fuses: Covering battery and charger protection, meeting the safety needs of electric vehicles. Our products feature the following characteristics:
  • Rapid Response: Millisecond-level fusing effectively protects onboard systems
  • High Reliability: Adapted to harsh vehicle environments for long-term stable operation
  • Compact Design: High breaking capacity in a small package, increasing design flexibility
  • Intelligence: Optional temperature sensing and communication functions enhance vehicle management
  • Low Loss: Optimized design improves overall vehicle energy efficiency

These features ensure safety and enhance overall vehicle performance and user experience, making driving more reassuring and efficient.

Let's grasp the pulse of the energy storage industry together and co-create a cleaner, more efficient energy future! We look forward to meeting you at the EESA exhibition and discussing the unlimited possibilities of industry development.

[1] National Energy Administration – “Bian Guangqi reports: By the end of 2023, China's energy storage projects reached 31.39 GW / 66.87 GWh cumulative installed capacity”: https://www.nea.gov.cn/2024-01/25/c_1310761952.htm

[2] CLS – “China Energy Storage Alliance forecasts: China's energy storage market expected to reach 70 GW by 2025”: https://m.cls.cn/detail/1358618