Sectors

At the Energy Technological Institute (ITE) we have the objective of facilitating companies and society in the process of sustainable and efficient energy transition.

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Sectores

Sustainable mobility and automotive

Moving towards green mobility

The transition from the combustion engine to more environmentally friendly models is the key to achieving decarbonization. At ITE, we have been working for 30 years on research into the electrification of automobiles, a field in which the batteries of electric vehicles, their second life and the recharging infrastructure are of particular relevance.

The awareness of connectivity and sustainability to reduce atmospheric emissions is the basis on which ITE operates, thus witnessing a new green and ecological mentality in which the mobility sector changes its roadmap.

For a sustainable future

Our goal is to contribute to a viable and efficient recharging network for automobiles, as well as to develop a more sustainable vehicle structure in order to dispense with combustion engines.

At ITE, we provide cutting-edge technologies that are essential for the development of electric vehicles in perfect conditions of use.

Strategic lines

Sustainable Mobility

Sustainability and decarbonization

Networks of the future

H2 Renewable

Energy communities

Biotechnologies

Batteries

related laboratories

Climate and environment

Environmental testing

Environmental tests are used to verify and analyse the behavior of equipment, devices and/or materials...

Energy Storage

Battery testing

The battery testing laboratory is focused on the testing of lithium batteries from cell to pack level.

Electrical

Electrical Safety

From the Electrical Safety laboratory, we carry out the evaluation of the conformity of electrical and electronic equipment...

Chemicals

Characterization of materials

Materials play a major role in the final properties of devices.

Energy Storage

H2 batteries

The hydrogen battery has always been present in the conversation about renewables and ecological transition.

Energy Storage

Electric Vehicle Charging Management

So-called internal combustion engines, which rely on polluting energies, will be left behind by the new electric age.

Pilots plants

Battery pilot plant

The battery pilot plant focuses its capacities on the collection, storage and accumulation of renewable...

Hydrogen pilot plant

The H2 pilot plant has been developed in order to offer companies an innovative technological ecosystem where equipment and components...

Related projects

There are no related projects

Our R+D+i Lines

Recent Projects

Successful cases

R+D+i

Training

Product certification

Technological consulting

Product Control Bodies

Battery pilot plant

Gamma pilot plant

Circular carbon pilot plant

Hydrogen pilot plant

Sustainable mobility and automotive

Energy storage and batteries

Chemistry and materials

Sustainable Habitat and Smartcities

Biotechnology

Capital equipment and advanced electronics

University Masters

SpecialisedCourses

TechnologicalWebinars

Sectors

Sustainable mobility and automotive

For a sustainable future

Strategic lines

related laboratories

Environmental testing

Battery testing

Electrical Safety

Characterization of materials

H2 batteries

Electric Vehicle Charging Management

Pilots plants

Battery pilot plant

Hydrogen pilot plant

Related projects

Instituto Tecnológico de la Energía

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