Best Electric Vehicle (EV) Battery Cooling System Chiller

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The heat dissipation system in the Electric Vehicle (EV) power battery is particularly important, and the new energy battery chiller can cool down the power battery pack. Currently, there are three battery cooling methods: air cooling, water cooling and direct cooling. In the air-cooling mode, the heat dissipation system uses natural wind or fans, and cooperates with the car’s own evaporator to cool the battery; in the water-cooling mode, the radiator is generally coupled to the refrigeration cycle system, and the heat of the battery is taken away through the refrigerant. ; In direct cooling mode, the cooling system uses the principle of latent heat of refrigerant evaporation to establish an air conditioning system in the vehicle or battery system. The evaporator of the air conditioning system is installed in the battery system. The refrigerant evaporates in the evaporator and quickly and effectively Take away the heat from the battery system to achieve cooling.

The object tested by Electric Vehicle (EV) Battery Cooling System Chiller is connected to a test platform adapter. The interior of the component is cooled and heated using an ethylene glycol aqueous solution. The test component needs to undergo a specific temperature change curve and the temperature change is recorded.

The temperature change range is usually from -40 to 100°C (can be extended to 150°C). While controlling the temperature, you can also choose to control the flow or pressure; it is equipped with a powerful circulation pump to ensure the delivery of high-viscosity liquids; Frequency conversion adjustment or proportional adjustment valve is used to control the flow output to achieve high-precision control of the total range adjustment.

Our Electric Vehicle (EV) Battery Cooling System Chiller is suitable for the new generation of energy battery packs. It can effectively test the strong environmental adaptability of the battery pack, improve the safety and reliability of the vehicle, and ensure the vehicle’s performance in a variety of complex environments. of good operation. It is widely used in performance testing of motors and battery packs, rapid temperature rise and cooling thermal shock tests, and various environmental adaptability evaluation tests.

New energy battery companies pay more attention to battery arrangement, thermal management system, and battery management system performance to ensure that each battery unit is under supervision and its status data can be fed back and processed at any time. For a single small battery unit, the liquid cooling system can specifically cool each battery unit, reducing the temperature difference between each other, and also relatively reducing the risk of battery self-ignition.

The new energy battery chiller controls the temperature of the battery pack between 10-35°C. Even in an ultra-low temperature environment of minus 30°C, it can be charged normally without affecting the cruising range. The new generation of battery pack water-cooling technology realizes rapid low-temperature heating of the battery. Under the conditions of ambient -30℃ and battery cell -15℃, the battery can be heated to above 10℃ within 40 minutes. At the same time, its excellent battery cooling performance meets the requirements of high-speed Accelerate charging and continue driving, and the maximum battery temperature should be controlled below 35°C.

The use of new energy battery chiller water cooling technology can better solve the problems that new energy vehicles currently face, such as reduced cruising range at low temperatures and the inability to charge at low temperatures, improve users’ car experience, and promote the popularity of new energy vehicles.

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Sistemas de control de temperatura y caudal de calor/frío

(Diseños a medida)

Simulación de temperatura para pruebas de calidad de vehículos: prueba de duración de baterías, banco de pruebas de inyectores/motores de combustible, prueba de airbags, banco de pruebas de componentes, etc.

Temperatura / Presión / Caudal controlables independientemente

1&2: una máquina para el control de dos grupos

La temperatura permanece constante, la presión y el caudal pueden controlarse independientemente

1&3: una máquina para el control de tres grupos

1&6: una máquina para seis grupos de control

Enfriadoras de aceite

(Diseños a medida)

Simulación de temperatura para pruebas de calidad de vehículos: prueba de duración de baterías, banco de pruebas de inyectores/motores de combustible, prueba de airbags, banco de pruebas de componentes, etc.

Sistemas de refrigeración y calefacción para bomba electrónica

(Diseños a medida)

Cámara de prueba de baterías a alta y baja temperatura

(Diseños a medida)

Sistemas de refrigeración o calefacción directa para automóviles

(Diseños a medida)

Refrigeración líquida para sistemas de almacenamiento de energía en baterías

(Diseños a medida)