Compressors for hybrid and electric vehicles . High quietness and reduced environmental load are achieved by adopting a rolling type that can be compressed efficiently and equipped with a high-performance motor and inverter. It can also be applied to an air conditioning system when the truck is stopped for cooling.

Engine using CO₂ refrigerant compressor for automobiles. CO₂ is one of the natural refrigerants, which has attracted attention because of its ability to reduce environmental impact. In 2017, the world's first mass production began.

Compression method in which rotary motion is changed into reciprocating motion of a piston by a swash plate . The durability of the engine at high speed is also very good, so it is adopted by many customers.

Compression method in which the rotary motion is changed into reciprocating motion of a piston by using a rocking plate . It addresses prolonged driving in harsh environments.

Compression method in which the rotary motion is changed into reciprocating motion of a piston by using a rocking plate . As a high-durability vehicle, it is widely used in large vehicles such as trucks, buses and construction machinery. The company has the world's largest market share in the field of large-scale vehicle compressors (* According to our survey).

A unique mechanism is used to change the rotary motion into a rolling compression mode of the rotary motion. High efficiency, high quietness, and high durability when the engine is rotated at a high speed are achieved. Mass production began for the first time in the world in 1981. Rolling technology is also used in electric compressors.

The core component of the automobile air conditioning system, switching the air inside and outside the car, cooling and heating through the heat exchanger, and adjusting the interior of the car to the most suitable temperature, humidity and air volume. It is an industry advanced offset split heat pump air conditioner.

Lightweight, high-performance multi-flow condenser with thin wall .

Multi-flow heat exchanger realizing miniaturization and high performance . High performance is achieved by equalizing the temperature distribution of the core. In addition, the development of models with cold storage function has effectively improved the efficiency of air conditioning during idling stop.

Weight reduction through thin-walled structure, and high product performance through uniform temperature distribution in the core.

As a new heating source component of electric vehicles, it is widely used in electric vehicles.

ITMS integrated thermal management system The waste heat from power systems such as motors and inverters is recycled and combined with the Company's heat pump technology to effectively utilize the heat of electric vehicles. The generated heat energy is also suitable for cooling and heating the battery, and the performance of the battery is improved by maintaining the temperature at an appropriate temperature. The use of secondary water circuits enables optimal temperature management with the heat pump system and coolant heater, even at extremely low temperatures of-15 °C.