“Dubai’s Next-Gen Mobility: Solar-Powered Autonomous Car by Student Engineers”
Students from Canadian University Dubai have developed a solar-powered autonomous car prototype for sustainable urban transportation. The car represents a significant step towards sustainable urban transportation solutions in Dubai, as it runs solely on solar power. This project showcases the potential of renewable energy and autonomous technology in revolutionizing the way we travel in cities.
Power humans behind the empowering project
The solar-powered autonomous car prototype was developed by a group of 22 senior undergraduate engineering students from Canadian University Dubai. These students worked together for a year to bring this innovative vehicle to life. The project was a collaborative effort across multiple disciplines, showcasing the diverse skills and expertise of the team. The car represents a significant step towards sustainable urban transportation solutions in Dubai, as it runs solely on solar power.
Goals of the Project
The students’ goal was to create a sustainable mode of urban transportation, and they achieved this by designing a car that runs entirely on solar power. By harnessing the power of renewable energy, the students have demonstrated the potential for reducing emissions and promoting energy efficiency in the transportation sector. This revolutionary prototype represents a significant step towards sustainable transportation solutions in Dubai.
The students’ achievement not only showcases the capabilities of renewable energy and autonomous technology but also serves as an inspiration for future advancements in sustainable urban transportation.
Specifications of the Solar Powered Car
The solar-powered car developed by Dubai students is a revolutionary prototype that represents a significant step towards sustainable urban transportation solutions.
Power Source: The car runs solely on solar energy, making it an emissions-free mode of transportation. It connects the power of the sun to generate the energy needed to operate the vehicle.
- Autonomy: The car is autonomous or self-driving. The students have developed a navigation system that allows the vehicle to operate without the need for a human driver.
- Engineering and Design: The car was developed by a team of undergraduate engineering students from Canadian University Dubai. The students worked on various aspects of the vehicle, including the power capacity, bodywork, and chassis. The car showcases their engineering skills and innovation in creating a sustainable transportation solution.
- Advantages of Solar Powered Cars over Traditional Cars.
- Reduced dependence on fossil fuels: Solar energy is a renewable resource, and using it to power cars reduces our dependence on fossil fuels, which are a limited resource.
- Cost savings: Solar energy is free, and using it to power cars can reduce energy costs.
- Reduced pollution: Solar energy doesn’t produce any harmful emissions, unlike traditional gasoline engines, which produce greenhouse gases and other pollutants.
- Increased energy efficiency: Solar-powered cars can be more energy-efficient than traditional cars, as they can convert sunlight directly into electrical energy.
- Independence from foreign oil: Solar energy is widely available and grants the solar car driver complete independence from foreign oil.
In spite of these plus points, there are also some challenges and drawbacks with respect to the usage of solar energy to these power cars.
- Solar equipment is expensive, and expensive batteries are needed to store solar energy for cars to be able to run at night.
- Solar cells are not very efficient, and the collector areas are too big for consumer cars.
- Solar-powered cars can only get solar power during the day, and there is less on cloudy days. Solar-powered cars are not as fast as traditional gasoline-powered cars.
- Solar-powered cars have to be small and sleek because of inefficiencies in solar panels.
The solar-powered autonomous car established by the Dubai scholars is an innovative vehicle that represents the potential of renewable energy and self-governing technology in revolutionizing the way we travel in cities. While solar-powered cars have some advantages and disadvantages compared to traditional gasoline-powered cars, the development of this solar-powered autonomous car emphasises the dedication, innovation, and commitment of the young minds towards driving the future of transportation in Dubai and beyond. References