The world is waking up to the idea of expanding the applications of endless solar power. The rooftop solar power systems to meet the electricity needs of domestic and industrial usage have already gained momentum in recent years and now advanced technologies are being evolved to solar power vehicles.
The battery recharge and expanding range have always been concerns of electric vehicles. Solar power, according to some car engineers, could be the answer. Vehicle-integrated photovoltaics aspire to allow electric vehicles to recharge without having to stop.
Unlike regular electric vehicles, which must stop every few miles to replenish their batteries, solar cars can keep driving. Photovoltaic cells integrated with electric automobiles and trucks may convert sunshine into electricity. Solar energy is stored in batteries, which allows them to work smoothly at night or when there is no direct sunshine.
Numerous companies across the globe are actively developing solar cars or hybrid versions of them. Solar cells are usually being integrated onto rooftops.
Navitas, a Surat-based leading provider of roof-top solar systems is also geared up to drive the future of solar-powered electric vehicles in India. To develop a sustainable means for safe and convenient transportation, the company has developed an Electric Three-Wheeler.
This Electric Three-Wheeler is a significant step toward improving the local transportation sector with environmentally friendly, pollution-free, and noise-free vehicles. Because it uses less fuel and requires less human work than pulled rickshaws, it is becoming more popular as an alternative to auto rickshaws and pulled rickshaws. They are commonly acknowledged as a viable alternative to auto-rickshaws powered by gasoline, diesel, or compressed natural gas.
The Three-Wheeler EV's roof is being utilized to install a specially constructed Solar PV Module that can generate electricity from direct sunlight. During the day, this Solar System will charge the Traction battery of a Three- Wheeler Electric Vehicle.
It is interesting to note that the technology has already been effectively deployed on everything from boats to satellites. Whether the automobile is driving or stationary, the solar roof will capture
sunlight. According to experts, this function will provide enough energy to cover more than 70% of annual mileage.
Solar-powered vehicles have the advantage of not requiring fuel and having a cheap cost of maintenance. Solar automobiles can run for extended periods on the same battery. This necessitates fewer charging stops and allows one to get from point A to point B faster. Solar energy is infinite and completely free.
Solar cars provide the possibility to genuinely scale clean mobility because the grid strain from them is significantly less. From a user standpoint, all you need is a conventional power outlet and the sun; there's no need to wait for charging infrastructure, resulting in a scalable solution.
The most significant advantage of electric automobiles is the contribution they can make to improving air quality in cities. Pure electric automobiles create no carbon dioxide emissions when
driving because they do not have a tailpipe. This significantly minimizes air pollution. Simply put, electric automobiles provide cleaner streets, making our cities and towns safer for walkers and bikers. Experts say that just one electric car on the road for a year can save an average of 1.5 million grammes of CO2.
