電気自動車の性能向上のためのバッテリー試験における正確な温度制御
Electric vehicles (EVs) have completely transformed the automotive industry, providing a more sustainable and energy-efficient mode of transportation. One of the basic components of electric vehicles is their rechargeable battery. Electric vehicle battery testing is necessary to ensure the safety, reliability, and performance of electric vehicles under all operating environmental conditions. It involves testing the capacity, energy efficiency, cycle life, and thermal stability of batteries.
Temperature control is a key component of many industrial and scientific processes and a key factor in battery testing, as it directly affects the performance and lifespan of electric vehicle batteries. Accurate temperature control can determine the success or failure of the process, affecting product quality, output, and cost-effectiveness. In addition, temperature fluctuations can affect battery capacity and charging speed. During the charging process, if the battery overheats, it may reduce the charging speed, resulting in longer charging time. Similarly, if the battery is too cold, its capacity may become limited, thereby reducing the vehicle’s range. Therefore, temperature regulation is necessary to ensure consistent and efficient charging of electric vehicle batteries.
One of the key components for battery testing is an industrial refrigerator. We, LNEYA, are a manufacturer of temperature control solutions with a wide range of cooler products. An industrial refrigerator is a cooling device that helps maintain a constant temperature in the battery testing room. The importance of industrial chillers in battery testing for electric vehicles can be summarized in three words: accuracy, reliability, and safety.
As electric vehicles become increasingly common, the use of industrial chillers in battery testing will continue to grow. By investing in high-quality industrial chillers, manufacturers can produce safe, reliable, and efficient electric vehicles, which will help shape the future of transportation.
EVs Testing Chiller
新エネルギー企業向けの冷却水チラーでは、どのようなテストが行われているのか?
In the process of product development, production and quality control, new energy enterprises will use cooling water chillers to perform a variety of tests. Cooling water chillers play an important role in these tests to ensure the perform…
新エネルギー自動車のモーターテストには、チラーやヒーターが必要ですか?
New energy vehicle motor testing requires both a chiller and a heater, as motor testing covers a wide range of temperature conditions to ensure the performance and stability of the motor under different operating conditions. Chiller: In …
自動車用バッテリー試験室の冷却加熱および温度制御装置
車載バッテリー試験室高温・低温一体型機は、高温・低温機能を一体化した試験装置で、特に車載バッテリー(車載バッテリーなど)の性能・耐久性を評価するために設計されています。
Simulation analysis and result analysis of battery pack thermal management
battery pack thermal management simulation analysis
電気自動車用バッテリー試験用チラーの重要性
電気自動車用バッテリー試験用チラーの重要性
直流充電杭冷却システムを設置する際に注意すべき点は?
直流充電杭冷却システムを設置する際の注意点
KRY -40℃~+100℃ (1to1)
冷凍、加熱、温度制御、流量制御被試験体を試験プラットフォームに接続アダプターコンポーネントは、エチレングリコール水溶液を介して内部で冷却および加熱され、試験に使用されます。...
KRY -40℃~+100℃ (1to2)
温度範囲は-40℃~+100℃であり、実際の状況に応じて+135℃まで拡張でき、温度制御精度はプラスマイナス0.5℃である。温度制御精度はプラスマイナス0.5℃である。
KRY -40℃~+100℃ (1~3)
寸法(A) cm 温度範囲は-40℃~+100℃であり、実際の状況に応じて+135℃まで拡張でき、温度制御精度はプラスマイナス0.5℃である。温度制御精度はプラスマイナス0.5℃である。
新エネルギーバッテリーパックチラーKRYシリーズ製造工程
It is suitable for the new generation of energy-based battery packs, which can effectively test the environmental adaptability of the battery packs, improve the safety and reliability of the vehicle, and ensure the good operation of the vehi…
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