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Why Solar-Powered Electric Vehicles Are the Future of Transport

The future of global transportation is undergoing a profound shift, and at the heart of this change lies electric vehicles (EVs) powered by renewable energy sources. According to industry forecasts, by 2030, nearly 60% of the world’s vehicle population is expected to be electric, and a large portion of this transition will be driven by solar-powered EVs. As nations push for sustainable solutions, the focus has shifted to harnessing the power of renewable energy—specifically solar energy—to drive the next generation of transportation systems.

Electric vehicles, once a niche market, have now emerged as a viable and necessary alternative to fossil-fuel-powered cars. One of the most promising trends within this space is the integration of solar technology with EVs. Solar energy, an inexhaustible and clean resource, offers unparalleled advantages in reducing dependence on non-renewable fossil fuels like crude oil and coal, which have been the backbone of the global energy supply for over a century. By leveraging the sun’s energy, EVs can tap into one of the most abundant resources on the planet while reducing harmful carbon emissions.

Solar Energy: A Clean and Cost-Effective Power Source

( Jhumarmal Tunwal is the Chairman and Managing Director of Tunwal E Motors Ltd.)

Solar energy stands out not only for its renewability but also for its environmental and economic benefits. It is both clean and affordable, making it one of the most attractive energy sources for the future.

Unlike fossil fuels, which release harmful greenhouse gases when burned, solar energy generates electricity without polluting the atmosphere.

From an economic perspective, solar power is one of the cheapest forms of energy available today. The cost of solar panels and installation has significantly dropped over the past decade, making it increasingly accessible for individual homes and industries alike. When applied to transportation, solar-powered EVs can significantly reduce the running costs of vehicles, as they no longer rely on expensive and environmentally damaging fuels.

EVs and Solar Power: Transforming Transportation

As the world increasingly turns to electric vehicles, solar energy is expected to play a vital role in powering these vehicles sustainably. Solar-powered EVs are designed to capture sunlight and convert it into electricity, which can be stored in batteries to power the vehicle’s motor. This approach offers the promise of long-term efficiency, as vehicles can recharge using a free, natural resource while minimizing environmental impact.

Beyond personal transportation, the shift toward renewable energy also has the potential to transform other sectors. Agricultural machinery, public transportation, and shipping fleets are all likely to benefit from the adoption of EV technology powered by solar energy. Farming, for instance, can utilize solar-powered equipment for irrigation, harvesting, and transportation, drastically reducing the industry’s reliance on fossil fuels and enhancing sustainability.

Raising Awareness: Paving the Way for a Cleaner Future

While the potential for solar-powered EVs is clear, awareness and education are crucial for driving mass adoption. Governments, environmental organizations, and manufacturers must work together to promote the benefits of renewable energy and its applications in transportation.

To promote awareness about sustainable energy, it’s essential to reflect on the journey of India’s agricultural practices over the past five decades. In many villages, camels and oxen were traditionally used to plough the fields. This changed with the introduction of tractors, which, while increasing efficiency, also brought a new challenge—the reliance on fossil fuels. As tractors became widespread, Indian agriculture grew increasingly dependent on imported oil, particularly from the oil-rich Arab nations. This shift not only led to a surge in the demand for fossil fuels but also tied the agricultural sector to global energy markets, making it vulnerable to fluctuations in oil supply and prices. Around 40 per cent of the agricultural revenue started going to the Arab countries from where we had to export crude oil to run the tractors.

Need to Stop the Politics of Freebies

The government of India needs to shift its focus from the politics of freebies to long-term, sustainable solutions that promote growth and development. The culture of distributing freebies, or rewadi culture, has become central to political discourse in India. While such policies may temporarily attract voters and help leaders build vote banks, they are counterproductive in the long run. Freebies often come at the cost of crucial investments in healthcare, education, infrastructure, and research and development. These areas are critical for ensuring a high quality of life and fostering future prosperity, yet they are neglected when governments prioritize short-term political gains over long-term development.

One glaring example is the practice of selling rice worth ₹100 for just ₹2 in certain states. While this may seem like a relief for the poor, it has unintended consequences. It discourages hard work and skill development, as people come to rely on such handouts rather than seeking employment or learning new skills. Over time, this erodes the motivation to work, particularly in rural areas where the demand for labor is high. As a result, people remain in their villages, passing up opportunities in other states that could offer better prospects and improve their livelihoods.

Instead of promoting a culture of dependency, the government should focus on empowering people by providing tools, equipment, and training programs that help them build skills and contribute to the economy. This approach would ensure that citizens understand the value of labor and are capable of sustaining themselves and their families through meaningful work. Solar energy, for instance, could be a major area of focus, as it offers a clean, renewable source of power while simultaneously creating jobs and fostering innovation.

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