As a consequence of the wide variety of environmental concerns that the globe has faced over the last several decades, specialists in the automotive industry are continuously searching for new and inventive ways to power their vehicles. Automotive giants like Tesla Motors have introduced all-electric vehicles to the globe and created a competitive industry for such ecologically friendly automobiles. On the other hand, wind powered electric cars are a lesser-known alternative energy source that has yet to gain traction in the automobile sector.
Wind powered electric cars can really achieve exactly that since a vehicle’s weight is the key to minimizing fuel consumption and increasing speed. Only recently, a small, wind-powered car made it all the way across Australia, traveling 3000 miles on three different energy sources, none of which was petrol.
Electric Vehicles and Wind Turbines
Wind energy-enhanced Electric Vehicle (EV) through multiple generators/turbines to give more range and charge the battery simultaneously, allowing the vehicle to go longer distances on the same charge.
There are still certain issues with electric vehicles, such as range limitations, that will persist in the future. The mid-priced electric car class, on the other hand, has fewer amenities and places less emphasis on high-end options like infotainment systems and instrument clusters. When we think about the future and how easy it will be for people to drive electric vehicles, we believe that range expansion is an absolute need for every user. It has a vast potential market and might generate a lot of money in the future.
Current electric vehicles supports this notion. A single charge of an electric car’s battery provides a range of up to 250 kilometers. This approach increases an electric car’s range without breaking the wallet. We propose wind turbine-assisted generators in electric car grilles and bumpers to connect the propeller shaft and generator shaft. Aerodynamics would help the propeller spin, gears would magnify it, and the generator would compensate for real range.
Air Pollution have plagued the developed cities. Vehicle emissions are the primary source of pollution in our atmosphere. There are no emissions with electric vehicles. The use of electric vehicles should not have a negative impact on the economy. On the contrary, the manufacturing of new electric charge stations, batteries, renewable energy, and new automobiles and the development and management of these businesses may create much new employment. Mobile energy storage in a smart grid uses electric automobiles and vehicles with minimal emissions.
Wind power provides unlimited renewable energy. In the automobile business, electric vehicles are the future. All of the advancements in the automotive sector have eventually resulted in higher-quality automobiles. The shorter range is the only remaining issue. The EVs with larger batteries are too pricey for a middle-class customer to purchase. Wind-powered cars would get more miles per charge without breaking the wallet. In addition to enhancing cars, wind energy is also cost-effective. Both mid- and high-priced electric cars cannot function without wind energy turbines. This make up for the additional cost of larger batteries.
Wind Powered Electric Vehicles
Wind power and solar power have become prominent renewable energy sources. Transportation and how it’s powered have always been controversial. Disagreements exist over the optimum fuel and how to power it. Some people believe that an automobile driven by wind might be the solution to transportation issues and the pollution it produces.
Here are some of the inventions in the wind-powered electric cars line.
Ventomobile
German students in 2008 created Ventomobile. To increase its output, it was equipped with a wind turbine measuring two meters in height and featuring two blades at the very top. It resembled a bicycle more than a vehicle because of its three wheels and low center of gravity. While not capable of high speeds, it performed well anyway. According to some, this vehicle is the first of its type that runs entirely on wind power.
Lotus Nemesis
One of the earliest wind-powered cars is really a hybrid that utilizes both electric and a turbine attached to the vehicle’s bodywork. When the car’s battery begins to run low, the turbine will generate wind energy used to power the vehicle. Having the turbine on the vehicles outside is more successful than having it on the vehicles inside.
Lotus uses wind power to power their whole complex, including the car-making equipment. In the last several years, Lotus has shown itself to be a firm that cares about the environment and renewable energy.
After reaching 90, Tang Zhengping set out to design a more ecologically friendly vehicle for his homeland, China, to reduce pollution levels and improve air quality. The automobile can go 90mph and uses a fan to create electricity. Batteries also power it, and the fan’s airflow helps keep them charged so the automobile can keep operating.
Additionally, each car’s wings have two solar panels that create additional electricity and enable the vehicle to go at faster speeds. Recharging the batteries just once every two days means they are very energy-efficient. Nemesis is one of the most advanced wind powered cars.
Formula Zero
Formula Zero is Mercedes’ latest prototype. A wind-powered automobile with four electric motors per hub. In order to win the race, energy efficiency and the use of nature’s resources must be maximized. With a big aero-efficient fin, Mercedes-Benz Advanced Design North America has created a lightweight racer that blends the excitement of Formula One, the track dynamics of bobsled or luge, with the elegance and efficacy of a yacht racing.
Is this our future?
Wind powered automobiles, even if hybrids, are a possibility in the future. There’s no reason why we can’t have wind powered electric cars, considering how rapidly renewable energy sources are improving. The future of transportation powered by renewable energy seems to be bright.
