Temperature Management for Passenger Cars, Trucks, Off-road or Single-track Vehicles
We develop the functionality, simulate the performance and create the optimal temperature management components for comfort and propulsion in a wide range of vehicles: for electric and hybrid vehicles, for conventional combustion engines and for hydrogen propulsion.
Low weight, high performance & best corrosion properties characterise all our temperature management products. We are the specialists for heat exchangers in the mobility industry.
Air Conditioning
Engine Cooling
Battery Cooling
Ohter Units
Temperature management operating mode: Air- or liquid-cooled
For cooling and heat generation in vehicles. For air conditioning, battery cooling or engine cooling. Air flow- or liquid-cooled.
Air-cooled
- Air flows through the heat exchanger via the motion airstream or a fan.
- Heat is released into the ambient air.
- Optimised specific heat output per surface thanks to patented technology.
- Heat exchangers placed in the front of the vehicle or in the wheel wells.
- Simple and robust connection in the cooling circuit.
Liquid-cooled
- A liquid flows through the heat exchanger in the secondary circuit (for example water / glycol).
- Heat is transferred to the secondary circuit and the latter dissipates it.
- High performance due to the thermal conductivity properties of the fluid.
- Positioning not limited to the front of the vehicle.
- Compact design
Our Temperature Management Products
Condensers
Whether air conditioning the interior or increasing the performance of the powertrain cooling: The condenser is an indispensable component in the cooling system.
It transfers the heat to the environment or to a secondary circuit – independent of the refrigerant used (e.g. R1234yf, R744). The physical state of the refrigerant changes from gaseous to liquid.
The rapidly increasing demand in the field of electric mobility and fuel cell propulsion makes more and more powerful thermal systems necessary. By cross-connecting the refrigerant circuit with the coolant circuit, an additional increase in performance is achieved. ➝ For details see Chillers.
Evaporators
For continuous cooling of the interior of a vehicle, a refrigerant must be evaporated in the evaporator. It is the counterpart to the condenser, which brings a refrigerant from a gaseous state into a liquid state.
The surface of the evaporator transfers the heat of the passenger compartment into the refrigerant circuit. This achieves a reduction in the interior temperature.
Radiators
The radiator is an indispensable component in the cooling circuit of every vehicle – whether combustion engine, electric drive or hybrid.
Innerio’s efficient and powerful radiators always keep the temperature of the coolant circuit in the optimal range. This allows the drive system to work highly efficiently. Radiators can be equipped with an individual fan according to requirements.
Chillers
The chiller is a special plate heat exchanger that enables heat transfer between the refrigerant circuit and the coolant circuit.
This allows more efficient cooling of the coolant circuit and significantly higher efficiency to be achieved.
Oil coolers
To maximise the efficiency and service life of the engine, precise temperature control of the engine oil is required.
Innerio’s specific oil coolers prevent overheating of the oil used in the system. The heat exchanger is flowed through by the oil and releases the heat to the ambient air.
Battery cooling plates
Whether summer or winter, fully loaded or charging, the correct temperature control of the vehicle battery is always crucial.
Correct temperature control of the battery not only increases efficiency and range, but also prolongs the life of the cells.
Power steering loop
A motor vehicle without power steering? Unimaginable! However, the hydraulic oil used for this must be cooled because it gets hot due to the continuous circulation.
Heating negatively affects the performance of the power steering. Special power steering loops are used for prevention.
Pipelines
It is only through the specific connection of the individual components that an overall circuit and thus a functioning temperature management system is created.
In addition to the necessary insulation, the specific connection technology and the individual adaptation to the installation space are crucial.
Condensers
Whether air conditioning the interior or increasing the performance of the powertrain cooling: The condenser is an indispensable component in the cooling system.
It transfers the heat to the environment or to a secondary circuit – independent of the refrigerant used (e.g. R1234yf, R744). The physical state of the refrigerant changes from gaseous to liquid.
The rapidly increasing demand in the field of electric mobility and fuel cell propulsion makes more and more powerful thermal systems necessary. By cross-connecting the refrigerant circuit with the coolant circuit, an additional increase in performance is achieved. ➝ For details see Chillers.
Radiators
The radiator is an indispensable component in the cooling circuit of every vehicle – whether combustion engine, electric drive or hybrid.
Innerio’s efficient and powerful radiators always keep the temperature of the coolant circuit in the optimal range. This allows the drive system to work highly efficiently. Radiators can be equipped with an individual fan according to requirements.
Oil coolers
To maximise the efficiency and service life of the engine, precise temperature control of the engine oil is required.
Innerio’s specific oil coolers prevent overheating of the oil used in the system. The heat exchanger is flowed through by the oil and releases the heat to the ambient air.
Power steering loop
A motor vehicle without power steering? Unimaginable! However, the hydraulic oil used for this must be cooled because it gets hot due to the continuous circulation.
Heating negatively affects the performance of the power steering. Special power steering loops are used for prevention.
Evaporators
For continuous cooling of the interior of a vehicle, a refrigerant must be evaporated in the evaporator. It is the counterpart to the condenser, which brings a refrigerant from a gaseous state into a liquid state.
The surface of the evaporator transfers the heat of the passenger compartment into the refrigerant circuit. This achieves a reduction in the interior temperature.
Chillers
The chiller is a special plate heat exchanger that enables heat transfer between the refrigerant circuit and the coolant circuit.
This allows more efficient cooling of the coolant circuit and significantly higher efficiency to be achieved.
Battery cooling plates
Whether summer or winter, fully loaded or charging, the correct temperature control of the vehicle battery is always crucial.
Correct temperature control of the battery not only increases efficiency and range, but also prolongs the life of the cells.
Pipelines
It is only through the specific connection of the individual components that an overall circuit and thus a functioning temperature management system is created.
In addition to the necessary insulation, the specific connection technology and the individual adaptation to the installation space are crucial.
For all types of vehicles such as passenger cars, trucks, off-road or single-track vehicles.
Conventional
Motor Vehicles
Electric Powered
Vehicles
Hybrid Powered
Vehicles
Hydrogen Powered
Vehicles
Technical
Data Sheets
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