Due to their high energy density, fast charging, and low self-discharge rate, lithium batteries are employed in numerous industries. Lithium batteries’ wide temperature range is crucial. We’ll discuss the EVE ER14250 lithium battery’s need for a wide operating temperature range in this article.
Performance and Reliability
Lithium batteries need a wide operating temperature range for performance and reliability. If the temperature is too high, lithium batteries can perform poorly. High temperatures can accelerate lithium battery breakdown. Low temperatures diminish battery power production and capacity. In harsh temperatures, the EVE ER14250 3.6V lithium battery performs well.
Operating lithium batteries outside their permitted temperature range is likewise unsafe. Thermal runaway can cause a battery to overheat and explode if exposed to high temperatures. Low temperatures can freeze the battery, causing internal damage and leaks. The EVE ER14250 lithium battery operates safely at severe temperatures.
Wide-temperature lithium batteries can be employed in many applications, including hostile conditions. GPS tracking, medical devices, and industrial automation employ the EVE ER14250 lithium battery’s wide operating temperature range.
Lithium batteries with a wide operational temperature range last longer because they work well in different temperatures. This prolongs battery life, decreasing battery replacements. For long-lasting power, the EVE ER14250 lithium battery is suitable.
Lithium battery operating temperature range is critical. It influences battery performance, reliability, safety, adaptability, and longevity. The EVE ER14250 lithium battery’s wide operating temperature range of -60°C to +85°C provides performance and reliability at harsh temperatures, making it perfect for GPS tracking, medical devices, and industrial automation.