| batScap supercapacitors offer many benefits to various markets by replacing existing solutions (batteries, fly-wheels) or helping the development of new products and applications.
This technology opens new prospects for the design of clean public transportation systems : electric and hybrid buses, tramways without catenary, trolley-buses. Energy efficiency of existing subways and tramway lines may be improved and line traffic can be increased without major capital investment. |
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In automotive supercapacitors are the most efficient energy storage solution to reduce fuel consumption and emissions during starting and acceleration and recover a large part of braking energy. They can also be used as a local power supply.
In the energy market, to secure electrical distribution or telecom networks or to improve attractiveness of remote energy production systems (solar energy, wind-mills …), batScap supercapacitors meet end-user requirements.
In space, aircraft, military, or other industrial markets new power systems are made possible with optimised energy storage.
batScap supercapacitors move traditional design barriers for power applications and make it possible to reach energy storage efficiencies greater than 95% and life times longer than that of systems they are used for. |