
E-Mobility
Tailor-made solutions for the clean mobility market

The Tame-Power E-Mobility line of DC-DC converters is designed for stationary or on-board applications for the ground mobility markets. Tame-Power products are designed for both on-board energy supply chains and vehicle chargers.
Thanks to the wide range of voltages offered and the possibility of using DC-DC converters in parallel, Tame-Power products can be integrated into cars, trucks, buses, trains, agricultural or industrial machines, chargers, etc.
Due to the development of new modes of transport and the desire to move towards greener mobility, Tame-Power caters to the E-Mobility market with isolated and non-isolated DC-DC converters, from 1kW to 350kW of power.
E-Mobility standard applications
DC DC converters for Symbio
Symbio chose Tame-Power to develop a specific DCDC module to equip its hydrogen range extender. This DCDC module is leaned against the fuel cell and shares the cooling circuit. It responds to very strong specific integration constraints and has been the subject of co-design work between the engineering teams of the two companies.
The Symbio range extender installed on the KANGOO ZE-H2 makes it possible to add an additional 150 km of range, several hundred vehicles of this type already circulating today.
DC DC converters for Plug Power
Plug Power, a leader in hydrogen solutions in the USA, has chosen DC / DC converters from the Tame-Power brand.
With a power of 15kW, these products from Tame-Power's "COMET" range are part of Plug Power's Range Extenders H2. This equipment aims to increase the autonomy of the electric vans already in circulation on behalf of the carrier FedEx.
DC DC converters for Engie Solutions
Engie Solutions innovates and develops Charge&go to offer the world of tomorrow smarter, greener and safer mobility. A turnkey, integrated and flexible solution that supports cities in their energy transition to electric vehicle fleets.
Charge&go solution uses multiple Tame-Power DC-DC converters of more than 40 kW each, coupled together through a proprietary interconnection system to charge one or several buses at the same time.
Engie Solutions selected Tame-Power as internal DC-DC converters for the flexibility of their control modes, their power capability and air cooling. Tame-Power DC-DC converters are ideally suitable for Charge&go solutions.
DC DC converters for ECA Group
ECA Group develops and provides innovative robotics and autonomous systems, simulators, and industrial equipment for defence, maritime, aerospace, simulation, energy and industrial equipment sectors.
In partnership with ALVANCE Aluminium Dunkerque and Rio Tinto, ECA GROUP recently developed an Automated Guided Vehicle (AGV) technology dedicated for industry logistics applications in order to make processes more cost efficient and safer. This solution is dedicated to autonomous management of heavy loads in industrial environment.
ECA Group has selected Tame-Power for internal DCDC conversion as Tame-Power DCDC converter manages the transfer of energy between the main DC bus and a bank of supercaps allowing energy recovery during the mission of the vehicle.
The compact and flat form factor, power capability and flexibility of control modes have been key factors for ECA Group to choose Tame-Power solution.
With 160 kWh of battery capacity and 120 kW output, ECA Group's technology is ready for current and next robotics' generation.
DC DC converters for Chereau
As the first European company to specialise entirely in the design and manufacture of refrigerated bodies for heavy goods vehicles - for more than 66 years - and recognised throughout the industry for the high quality, longevity and first-rate performances of its products, CHEREAU is esteemed thanks to a policy of continuous innovation and its tailor-made, sustainable vehicles - for the benefit of the most exacting carriers.In line with its innovation strategy, CHEREAU is developing a new generation of refrigerated semi-trailer that is even more efficient and more environmentally friendly thanks to new technologies.
This project has a dual objective: to reduce the environmental impact and improve operating conditions in terms of ergonomics and safety.
The new features include:
- Lightening of the chassis
- Aerodynamics
- Insulation
- Clean energy production
- Management’s optimization of the various electrical equipment