Climatic environment testing for combustion engines

Guarantee the performance and reliability of your engines in all weather conditions

The Emitech Group offers climatic environment testing specially designed to test and validate the performance of your internal combustion engines (ICE) under extreme conditions. Thanks to our cutting-edge technological infrastructure and the in-depth expertise of our engineers, we can provide precise and rigorous validation to optimise the robustness and reliability of your engines in the face of the most severe climatic variations.
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Climatic tests on combustion engines

Why carry out climate tests on your engines?

Testing in a climatic environment is essential for :

Compatible with all types of engines and fuels

Our facilities can accommodate and efficiently test a wide variety of combustion engines running on different fuels: petrol, diesel, ethanol, methanol, LPG, CNG, kerosene, ammonia and hydrogen. This versatility guarantees exhaustive and relevant validation for each specific application.

Our specialist facilities for climatic testing of combustion engines

The Emitech Group has advanced facilities that enable full simulation of climatic conditions.

Dedicated climate units

We have climatic chambers capable of reproducing temperatures ranging from -30°C to +50°C, with precise humidity control. These chambers faithfully simulate the most severe weather conditions to guarantee the continued performance of your engines.

Dynamic simulation of real-life conditions

Our facilities include climatic chassis dynamometers that enable us to carry out engine tests under operating conditions that are very close to the real thing:

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Detailed and in-depth measurements

Each climate test includes a complete analysis of engine performance and pollutant emissions under rigorous conditions:

Additional altimeter tests

In addition to climatic tests, the Emitech Group also offers altimeter tests to validate engine performance at simulated altitudes of up to 100 mbar. This is particularly crucial for engines designed for high-altitude environments or for aeronautical applications. The performance of a combustion engine is highly dependent on atmospheric pressure. At altitude, the increasing scarcity of air affects : These tests are used to simulate, analyse and optimise these behaviours before commissioning.

Our technical expertise and support solutions

Our specialist engineers will support you throughout the climatic testing process:

Why choose the Emitech Group for your climate tests?

Needs

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Do you want to validate and optimise the thermal reliability of your combustion engines in all climatic conditions? Contact our experts now to organise your climatic tests and enhance the robustness of your engines. Contact our team of experts
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Expertise in climatic testing of combustion engines