Wanted to go over another concept based On the c1x platform this one's Al Hefe So this is a modern take on a whether it Be a Scrambler or a dual sport uh based Off of you know again that modular Design of the c1x starting on the front We have a 17-in front conversion kit Normally we're running 15in Wheels this One we're running the 17 allows for a Little bit more compliance on Off-road going on moving up on top we Have a uh again a bolt-on high Fender Moving reward we have custom graphics Topography and then we move to again we We have a peg platform change out right There and now we have to go to the Basically customer seat
The Electric City Vehicles Cars Power
The Electric City Vehicles Cars Power talk about Tesla Ford GM Power Manufacturing EVs are transforming the way we travel. While there’s still a lot of work to be done to encourage EV adoption, communities are already starting to make it happen. Two important strategies are encouraging residents and businesses to buy EVs, and transitioning community vehicles to EVs. This blog delves into the economic, environmental, and public health benefits that come with both of these efforts.
EVs use much less energy per mile than their gasoline-powered counterparts. The electric motor in an EV can convert 60-62 percent of the electrical energy from the grid to moving the vehicle, compared to about 17-21 percent in a traditional gas-powered engine (Union of Concerned Scientists, 2022). Plus, regenerative braking on BEVs captures and recharges the battery every time you hit the brakes, so that the EPA’s “miles-per-gallon equivalent” or MPGe ratings are typically higher than for traditional vehicles.
Even more impressive is that EVs can go a long ways on a single charge. However, factors like temperature and accessory use can lower the driving range on any EV. EV owners can reduce the need for pit stops by charging their cars at home, where they’ll benefit from a faster charge and cheaper electricity rates.
In addition, EVs can serve as storage for the grid using “vehicle-to-grid” technology. This enables the vehicles to take on surplus energy from renewables during off-peak hours, and then return it to the grid as demand spikes during the evening. This will help alleviate pressure on aging coal plants and increase the reliability of the electrical grid for all consumers.
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