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Battery chillers

Control Temperature & Flow & Pressure

Temp range -40℃~150℃ ±0.3℃

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LNEYA Battery chiller characteristics

  • Temperature control range：-40℃~150℃
  • The temperature control accuracy is around 0.3℃
  • Each flow channel can be independently set
  • A variety of safety protection functions

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LNEYA’s KRY automotive chiller is classified into three stages according to its temperature control range. KRY automotive chiller has low-temperature series and normal-temperature series. The temperature control range of low-temperature series is -20℃~100℃ and -40℃~100℃. The temperature control range of normal-temperature series is 0℃~100℃. This equipment supports independent control for multiple flow channels, and each group can be independently set.

LNEYA have many model Automotive chillers

Highly complete multi-functional alarm system；
High-efficiency performance and green environmental protection，industrial-grade reliability；
PLC programmable controller, featuring highly intelligent control functions.

At low temperatures, it does not absorb moisture from the air, and at high temperatures, it does not volatilize the heat-conducting medium. At low temperatures, this system automatically replenishes the heat-conducting medium to enter the circulatory system.

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KRY 0℃~100℃
battery thermal management systems

water-cooling & air-cooling
Heating capacity 2.5kW~38kW
Cooling capacity 1.8kW~60kW
Temp accuracy ±0.3℃

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KRYZ -20℃~100℃
vehicle chiller

water-cooling & air-cooling
Heating capacity 5.5kW~38kW
Cooling capacity 2.8kW~60kW
Temp accuracy ±0.3℃

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KRY -40℃~100℃
ev chiller

water-cooling & air-cooling
Heating capacity 5.5kW~60kW
Cooling capacity 1.2kW~60kW
Temp accuracy ±0.3℃

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Heating and cooling rate KRY-4A38W Battery chillers

The test used heat transfer medium: automotive antifreeze
Heating: starting temperature -40°C,
Target temperature 90°C Heating time 11min
Average heating rate 11.82
Temperature control accuracy: ±0.5°C
Flow rate accuracy: ±0.2L/min

The test used a heat transfer medium: automotive antifreeze
Cooling: Starting temperature 90°C,
Target temperature -40°C
Cooling time 14min
Average cooling rate 9.28
Temperature control accuracy: ±0.5°C
Flow rate accuracy: ±0.2L/min

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LNEYA Automotive ChillersПриложения

suitable for achieving temperature control during the component testing phase of new energy vehicles, especially the temperature control of the battery package.
Adhesive testing
Adhesive testing
Adhesives must maintain the required elasticity and strength functional range throughout the temperature window
Mechanical stress testing
Mechanical stress testing
Environmental simulation using temperature control systems within the test bench
Test bench
Test bench
Highly dynamic temperature control systems for material and component testing
Pumping system testing
Pumping system testing
Temperature simulation keeps gaskets leak-free over a wide dynamic range of pressure and temperature, and pumping systems operate reliably regardless of temperature and viscosity
Battery testing
Battery testing
Simulate external environmental conditions or replace internal systems in a climate chamber.

Why Choose LNEYA ?


Comprehensive after-sales services, including technical training and a one-year free warranty, ensuring that you can skillfully operate and use our equipment for a long time.

Contact LNEYA to customize your temperature flow control system

Глобальный сервис

Обслужил более 30 000 клиентов.
Экспортируется в более чем 20 стран.

Сертификационные патенты

Прошла сертификацию CE, SGS, ISO.

Послепродажное обслуживание

Обеспечьте комплексное техническое обучение.
Круглосуточные решения.

Профессиональная команда

Основана в 2010 году, имеет 15-летний опыт работы в отрасли.
20% сотрудников - это технические специалисты.

Контроль качества

Визуальный осмотр.
Тест на производительность.
Тест на электробезопасность.

Get in touch with our Battery chillers experts

Не можете найти подходящий чиллер? Или не знаете, как выбрать чиллер? Свяжитесь с нами сейчас, чтобы получить подробную информацию о чиллерах и цены

The power battery is the core component of new energy vehicles, providing energy for electric vehicles. During the charging and discharging process, the power battery generates heat, and higher temperatures can affect many operational parameters of the battery. The thermal effect issue of the battery can also impact the safety performance and driving range of the entire vehicle. Lneya’s battery chiller adopts battery thermal management system to provide high and low-temperature test environments for battery packs, modules, and cells of new energy vehicles.

To meet the testing requirements of core components such as battery packs, modules, and cells for new energy vehicles, we provide a specially designed high-low temperature experimental environment. This environment can accurately simulate various extreme climate conditions, including high temperatures, low temperatures, and rapid temperature changes. In this way, the performance and stability of batteries under different temperature conditions can be comprehensively evaluated, ensuring their reliability and safety in actual use. In addition, this experimental environment also supports long-term continuous operation, providing R&D personnel with more flexible and efficient testing solutions. This not only helps optimize the design and manufacturing processes of batteries but also significantly improves the overall quality of the product, thereby promoting the development of the new energy vehicle industry towards higher quality.

In the market, LNEYA’s KRY series automotive chiller can control both flow and pressure. Currently, there are two approaches. One is to adjust the main path and bypass through a proportional valve; the other is to control the variable frequency pump through a frequency converter.

LNEYA’s KRY series automotive chiller uses proportional valve to regulate flow. Generally, it is applied in the low-temperature to high-temperature range, with long response time and low control accuracy requirements. If high-precision control is needed, fast response and low-temperature resistance are required. Ordinary proportional valve cores cannot meet the requirements. Custom-made high-precision proportional valve from abroad are costly, and they are also prone to leakage at low temperature.

Of course, add us on WhatsApp or send us an email and I will send you a product brochure Or send us an email directly to sales@cnzlj.com

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