I. Advantages

This unit's core strength lies in its ultra-wide high-temperature range and precise temperature control. It can stably output both a low-temperature cooling source at 0°C and a high-temperature heat source at 160°C, with a temperature control accuracy of ±0.5°C-±2°C. It meets the dual requirements of "low-temperature efficiency and high-temperature processing" in the new energy sector. It also features intelligent load regulation, dynamically matching energy consumption to temperature control targets. Built-in high-temperature overload protection and low-temperature condensation protection ensure safe and reliable operation under extreme conditions.

II. Applications

This unit focuses on "high-temperature processing + full-temperature range testing" scenarios in the new energy industry, including power battery production (cooling of cathode materials after high-temperature sintering and high-temperature cell aging testing), energy storage systems (battery heat dissipation in high-temperature environments/low-temperature start-up insulation), and hydrogen fuel cells (heat management of stacks during high-temperature operation and verification of component high-temperature resistance). It can also be used for high and low-temperature simulation testing of motors and electronic control systems in new energy vehicles, meeting the wide-temperature range temperature control requirements from manufacturing to product verification.