Extreme Innovation: LyricPCS High-Voltage Water-Cooling Integrated System

As the industry undergoes structural adjustments, improving efficiency and reducing energy consumption in lithium battery production have become critical challenges for battery manufacturers. Formation and aging, being one of the most energy-intensive processes in battery manufacturing, require effective cost-reduction and efficiency-improvement solutions. LyricPCS High-Voltage Water-Cooling Integrated System stands out among various technologies by integrating PCS high-voltage DC technology with water-cooling heat dissipation. It enhances temperature control precision, improves uniformity across storage locations, reduces energy consumption, and supports integration with photovoltaic energy storage.

01 Discharge energy utilization for charging batteries or grid feedback, significantly reducing electricity costs

• By integrating PCS high-voltage DC technology, discharge energy can be utilized to charge other batteries or be fed back to the grid, achieving a charging efficiency of over 90% and a discharging efficiency of over 85%. This results in an overall energy consumption reduction of more than 30%, significantly lowering electricity and equipment costs.
• Compatible with photovoltaic energy storage systems, it enables peak shaving and valley filling of electricity consumption, reducing formation and aging power costs while increasing the utilization of green energy.

02 Successful integration of PCS high-voltage DC and water-cooling technologies, enhancing temperature control precision & reducing equipment costs

• By utilizing water-cooling thermal regulation technology, battery temperature control precision is maintained within ±1℃.
• Bus voltage reaches 750V, compatible with energy storage system output voltages.

03 Modular design with single-channel and multi-channel options, supporting currents from 30A to 500A

Moving forward, Lyric will continue to focus on the evolving needs of the new energy industry, adhere to independent innovation, and develop cutting-edge technologies. By improving production efficiency and reducing operational costs, Lyric aims to contribute to the sustainable growth of enterprises.