TRONICO, electronic supplier to the energy sector
The energy sector is being impacted by technology, climate change and the increasing scarcity of resources.
Concerns about global warming are leading all players in the community to identify new energies that are less polluting, more economical and more economical. The transition to a sustainable future is possible. However, to achieve it, a number of steps are essential:
- Reduce global energy consumption
- Develop renewable energies
- Promoting electric power
- Maximise energy conversion
- Favouring technologies that will provide systems with greater energy efficiency
TRONICO is fully aware of energy and environmental issues. It is contributing to this by reducing its carbon footprint and supplying its customers with predominantly electronic systems. These improve energy management.
TRONICO's expertise in the energy marke
For more than fifty years, TRONICO has been developing complex, predominantly electronic systems for the most demanding markets. These systems are applicable to different types of energy:
- Renewable – hydro, solar, geothermal, wind, biomass respectively from water, wind, sun, biomass or the earth
- Fossils – coal, oil, gas, i.e. limited and non-renewable fuels
- Nuclear power depends on uranium, a fissile fuel
Expertise in electronics specific to the energy market
TRONICO designs and manufactures electronic products, prototypes electronic boards and assembles and integrates the product into your internal systems.
TRONICO has expertise specific to the energy market in the following technical areas:
- Power electronics
- Electromagnetism
- Optoelectronics
- Energy storage and conversion
- Digital electronics
- On-board electronics
- Radio frequency
- Mechanical
A strong commitment
Consistent with the high level of guarantees and requirements of the energy sector, TRONICO offers future-proof electronic systems. Its priority is to provide solutions that enable energy markets to be efficient, reliable and sustainable. Engineers alone account for almost a third of TRONICO’s payroll. They contribute to innovation and the preservation of the environment and energy.
TRONICO forges strong links with the various players in the energy sector. It is a member of several clusters, associations and business groups, including :
- Pôle AVENIA, a competitiveness cluster for underground industries
- AFHYPAC, French association for hydrogen and fuel cells
- EHD2020, Energie Hydro-Data 2020 association
- GEP AFTP, association of companies and professionals in the hydrocarbons and related energies sector
- SE2E, a competitiveness cluster specialising in energy management
- TENERRDIS, competitiveness cluster for energy transition
Optimum product and service quality
TRONICO is both a partner and a promoter of innovative collaborative projects in France, Europe and internationally.
In particular, it has worked with French specialists in hydrogen technologies to put together a complete electro-hydrogen offering. This involved working together to define the green energy contract, the local production of hydrogen by electrolysis and the components for the vehicles. TRONICO dealt more specifically with the ‘energy conversion’ part of the HyTrac project. The aim of this project is to develop a high-power (100-300 kW) hydrogen powertrain for heavy-duty vehicles.
The company has also taken part in the ROAD collaborative project. The aim of this project is to make multi-domain improvements to refrigerated trailers. TRONICO’s mission was to develop the functions linked to on-board energy autonomy.
TRONICO's certifications in the energy marke
ISO 9001
The ISO 9001 standard is based on a number of quality management principles, including a strong customer focus, management motivation and commitment, the process approach and continuous improvement.
TRONICO has been ISO 9001 certified since 2004.
COFRAC
Issued in France by Cofrac, accreditation is both the keystone and the first link in the chain of trust. TRONICO’s accreditation covers tests on electronic components.
IATF 16949
Standard on the quality approach to the production of DC-DC converters for the automotive industry