The Citroen Mehari is Powered By a Lithium-Metal Battery Pack
Rahul Kalvapalle — December 11, 2015 — Autos
The Citroen Mehari is a vehicle that proves that it is not just possible, but even desirable to take a cute little gas-powered vehicle and convert it into a technologically impressive electric motor-equipped car.
This vehicle is sent motoring along by a 30-kWh lithium-metal polymer battery pack that is capable of offering as much as 200 km of city range. This range is healthy enough to make it possible to use this vehicle for a variety of purposes within the urban commuter space.
This vehicle gets rid of the spacious, wide-open cabin that was one of the highlights of the gas concept car. This design change as well as the introduction of the electric motor is proof that production vehicles don't have to exactly ape concept vehicles, but can take the technology forward.
This vehicle is sent motoring along by a 30-kWh lithium-metal polymer battery pack that is capable of offering as much as 200 km of city range. This range is healthy enough to make it possible to use this vehicle for a variety of purposes within the urban commuter space.
This vehicle gets rid of the spacious, wide-open cabin that was one of the highlights of the gas concept car. This design change as well as the introduction of the electric motor is proof that production vehicles don't have to exactly ape concept vehicles, but can take the technology forward.
Trend Themes
1. Wide-range Electric Vehicles - The ability to significantly increase the city range of electric vehicles presents an opportunity for companies to disrupt the automotive industry and offer more practical and versatile electric vehicles.
2. Lithium-metal Batteries - Developing and implementing lithium-metal batteries in electric vehicles offers companies an opportunity to disrupt the energy storage industry by providing longer-lasting and more efficient battery technology.
3. Electric Vehicle Retrofits - Converting gas-powered vehicles into electric motor-equipped cars presents an opportunity for companies to disrupt the automotive market by providing more sustainable and environmentally friendly transportation solutions.
Industry Implications
1. Automotive Industry - The trend towards wide-range electric cars and lithium-metal batteries presents opportunities for innovation in the automotive industry to produce more practical and sustainable transportation options.
2. Energy Storage Industry - The development and implementation of lithium-metal batteries in electric vehicles presents an opportunity for disruptive innovation in the energy storage industry.
3. Environmental Sector - The trend towards electric vehicle retrofits and the implementation of sustainable transportation solutions presents an opportunity for companies in the environmental sector to lead in reducing carbon emissions and promoting more eco-friendly practices.
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