Ariamis

THERMO MANAGEMENT

 

Thermo-management: target and obtain the correct temperature

 

The purpose of thermo-management is to manage all thermal interactions. All systems need to be balanced in terms of temperature. Technical progress has made it possible to manage hot and cold exchanges increasingly accurately.

 

 

THERMAL MANAGEMENT, HEAT EXCHANGE FULLY TAKEN INTO ACCOUNT

 

All systems, whatever they are, need to be balanced in terms of temperature. In all fields, whether technical or technological, temperature has an effect on energy consumption, emissions and performances. Technological progress makes it possible to have truly sophisticated temperature management in complex systems. In the context of thermo-management design, ARIAMIS’s vocation is to understand, forecast and organise temperature exchanges within all system components.

 

 

From system engineering to
the possibility of live tests, wind tunnels or climatic chambers,
ARIAMIS has a strength of expertise specific
to the increasingly complex field of temperature management.

 

 

 

 

Even though rarely considered to be a primary function, thermo-management
is nevertheless an essential parameter
in terms of emissions, performances
and consumption

 

NEW TECHNOLOGY: MORE TEMPERATURE MANAGEMENT CAPACITIES

 

The purpose of thermo-management is to regulate the exchange of heat and cold between the different components of a system. Today, technology and control software makes it possible to manage this increasingly finely. This complexity implies a level of engineering in the design phase that is also especially advanced. Over time, ARIAMIS has made thermal engineering its core business.

 

FOR THE ROAD, MARITIME OR AVIATION SECTORS... THERMO-MANAGEMENT HAS BECOME A GROWING REQUIREMENT

 

Today, thermo-management is, wrongly, not considered to be a primary function. However, the link between thermal engineering and performance improvements is proven: improvements in emissions, consumption and performances in general.

 

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MODELLING

A set of equations or rules used to describe a phenomenon in a repeatable and simulatable manner

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ENVIRONMENTAL

In combustion engines, the creation of heat naturally has less environmental impact than the creation of cold

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AIR PROCESSING

Improving air quality in the passenger compartment: a health challenge and much more

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