Thermal Management & Air-conditioning Systems

The refrigeration cycle contributes to improvement of comfort while reducing energy consumption by producing cooling air, warm water and cold water.
Through precise refrigerant and water control, the heat pump is converted into a simple receiver cycle, with significantly reducing the number of components while improving cooling performance.
Extends cruising range of vehicles by utilizing heat from the atmosphere as thermal energy for heating.
By the world's first defrosting function while driving, significantly improves electricity consumption efficiency in frosty environments.
By controlling the battery to the optimum temperature, contributes to longer battery life and shorter charging time.

Increases energy efficiency using heat from ambient air, thus extending the driving range of Battery Electric Vehicles and Plug-in Hybrid Electric Vehicles.

Adjusts air temperature, humidity, air flow volume, and air flow outlet mode to provide a comfortable cabin environment in a light weight and compact package.

Contributes to the creation of a safe and comfortable interior space by controlling air quality devices automatically.

By heating and cooling the occupants effectively providing thermal comfort feeling with less energy

This package unit allows to be mounted on bus roof and provide wider and more comfortable cabin space for passengers.

Truck Freezer maintains the cargo temperature at certain level as corresponding to a wide range of temperature and vehicle size.

Consists of the sensors and ECU to control the air-conditioner, realizing a fuel-efficient, safe, and comfortable system.

Used for air conditioning in various vehicles and temperature control of electrified products with contributing to energy saving. Compact, lightweight and easy to mount.

Refrigerant subsystem devices which improve fuel efficiency through high efficiency system components.

These parts are designed to effectively use thermal energy accumulated in cooling water, thereby reducing fuel consumption.