As a heat transfer and storage medium in CSP field, heat transfer fluid has been widely used in parabolic trough solar power system to implement the super long stable power generation. SCHULTZ® fluids are also used in industrial heat supply by absorbing the solar power and directly heating thermal consumers.
Compatible with common solar thermal equipment materials, exhibits low coking tendency, reduces system maintenance frequency and operating costs, and enhances full-lifecycle economics.
Adaptable to diverse temperature requirements such as solar industrial heating, it delivers stable thermal energy across various scenarios, enabling efficient utilization of clean thermal energy.
Featuring high specific heat capacity and excellent thermal conductivity, it significantly enhances solar-to-thermal conversion and heat storage efficiency, enabling power plants to deliver continuous day-and-night electricity supply and stable energy output.
It can operate stably for extended periods under high-temperature conditions, demonstrating strong resistance to aging and decomposition. This effectively ensures continuous and efficient power generation for solar thermal systems while extending the service life of the medium.
