Metered Valve with Thermal Stability for New Energy Storage Battery Cooling Systems with Anti-Leakage

Our precision Metered Valve is specifically engineered for new energy storage battery cooling systems (lithium-ion, sodium-ion), addressing the critical need for stable coolant flow during battery charge-discharge cycles. This advanced metering valve features exceptional thermal stability (operating temperature: -30℃ to 140℃) achieved through a ceramic core and heat-resistant fluoroelastomer seals, preventing deformation under battery heat generation (up to 60℃ during fast charging).

The anti-leakage double-seal structure (PTFE + nitrile rubber) passes rigorous 72-hour pressure tests (1.2MPa) without seepage, effectively preventing coolant damage to battery cells. With precise flow control (error ≤±0.4%), it adjusts coolant supply (20-200L/h) based on battery capacity (100kWh-1MWh), ensuring uniform temperature distribution (temperature difference ≤3℃). Compatible with common cooling media (ethylene glycol, mineral oil), it supports IoT monitoring for real-time flow tracking. For energy storage system manufacturers, this metered valve guarantees battery safety and extends operational lifespan.