Temperature Impact on Performance
Lithium battery performance and longevity depend heavily on operating temperature. Optimal performance occurs between 20-40°C, with capacity and power decreasing at low temperatures while degradation accelerates at high temperatures. Thermal management maintains batteries within optimal ranges.
High-power applications generate substantial internal heat during discharge. Without cooling, cell temperatures rise, accelerating degradation and potentially triggering protective shutdowns. Active cooling systems maintain safe operating temperatures during demanding use.
Heating and Cooling Methods
Liquid cooling circulates coolant through channels within the battery pack, providing efficient heat removal for high-power applications. Air cooling uses fans and ducting for simpler, lower-cost thermal management. Phase-change materials absorb heat during transient peak loads.
Cold climate applications require heating systems to maintain minimum operating temperatures. Battery heaters powered by the pack itself or external sources ensure cold-weather performance and prevent lithium plating during charging at low temperatures.
Thermal Management Design
Fission Lithium incorporates appropriate thermal management into battery system designs. Our engineering team selects cooling and heating methods matched to application requirements. Contact us for thermally-managed battery solutions.
Contact
Contact
浙江非翔科技有限公司
ZHEJIANG FEIXIANG TECHNOLOGY CO., LTD
Mr.Zhong
Tel: +86 18969667183
Email: [email protected]