Temperature Control Units for New Energy

Temperature Control Units for New Energy Industries

Industrial temperature control units providing cooling and heating from -40°C to 160°C for battery, photovoltaic, energy storage, and semiconductor sectors

The temperature control unit is specially designed for emerging industries such as lithium batteries, photovoltaics, energy storage, and semiconductors. It features precise temperature regulation (±0.1 °C), corrosion resistance, and rapid heating/cooling capability with integrated heating and cooling functions. The unit ensures optimal thermal management for demanding processes such as coating, calendering, and testing. It serves as a core intelligent temperature control solution that enhances product yield, safety, and production efficiency in the new energy sector.

Industrial Cooling Solutions for a Wide Range of Industries

KANSA delivers reliable and energy-efficient industrial chillers, temperature control units, cutting fluid coolers, hydraulic oil chillers, cabinet air conditioners, shell-and-tube evaporators and condensers for diverse industrial sectors, aiming at ensuring stable temperature control, and long-term equipment performance.

Our Industries

If your industry is not listed, we can also provide a custom industrial cooling solution engineered for your specific process, equipment and working requirements.

Capabilities

With over 20 years of experience in the industrial cooling industry, KANSA designs and manufactures a variety of industrial chillers and process temperature control equipment in-house to ensure consistent quality, reliable operation and high temperature control accuracy of ±0.05°C. The company holds CE, ISO9001-2016, ISO45001 and other international certifications, serving more than 70,000 customers worldwide.

Which chiller model is suitable for food processing equipment that operates continuously?

A water-cooled low-temperature chiller is recommended, as it can run continuously around the clock while maintaining stable cooling performance.

How can a plastic injection molding plant ensure simultaneous cooling for multiple machines in a high-temperature workshop?

A 9.9–240kW water-cooled chiller is ideal for this setup. It provides sufficient cooling capacity, high energy efficiency, and reliable operation under heavy production loads.

What solution is available for chemical workshops where reactors require cooling water below -15 °C?

A low-temperature water-cooled chiller is recommended, customizable for -35 °C operation and equipped with corrosion-resistant materials to ensure safe, long-term use.

What are the main advantages of a scroll chiller?

Its key strengths lie in energy efficiency (the scroll compressor operates without suction or discharge valves, offering 10–15% higher efficiency than other types), stability (fewer moving parts, minimal vibration, low failure rate), and quiet operation (a smooth compression process typically reduces noise by 5–10 dB compared to screw chillers).

How should I choose the right scroll chiller model?

First, calculate the actual cooling load (adding a 10–20% safety margin). Then select between air-cooled or water-cooled systems based on the site, and determine parameters according to outlet temperature, ambient conditions, power supply, and installation space.