Heat Exchangers in Energy Storage
A reliable modern energy supply depends heavily on renewable sources. A critical aspect of integrating renewables is the ability to store intermittently generated energy in decentralized storage systems, providing consistent power availability as required. Battery technologies, particularly vanadium redox flow batteries (VRFB), rely on electrolyte and acid solutions. During battery operation—both charging and discharging—process heat is generated, potentially causing permanent degradation of electrolytes. Due to the corrosive nature of these substances, traditional metallic heat exchangers are unsuitable.
CALORPLAST plastic heat exchangers effectively cool and condition electrolytes, significantly enhancing operational reliability and uptime.
Versatile Solutions for Every Energy Storage Application
CALORPLAST’s modular design makes our heat exchangers adaptable to any energy storage system, from large-scale industrial container setups to compact research environments. In collaboration with numerous project partners, we have successfully utilized our heat exchangers as immersion coolers, liquid-to-liquid systems, and air-electrolyte heat exchangers for many years.
Our heat exchangers are essential components of advanced energy storage solutions like vanadium redox flow batteries. By effectively managing the corrosive electrolyte solutions and preventing heat-induced degradation, they ensure optimal battery performance and longevity. The flexibility and efficiency of CALORPLAST’s modular design accommodate various applications, substantially increasing reliability and efficiency, and reinforcing our pivotal role in the sustainable energy industry.
