solar power cars project
The "almost" forgotten Energy
Absoprtion of solar energy by atmospheric convection, evaporation and condensation water vapor powers the water cycle around the world, and determines and drives wind streams. Solar energy converted into chemical energy through photosynthesis produces food, wood and biomass from which the fossil fuels. Solar radiation and sunlight, with the addition of a variety of resources solar accounts for 99.9% of renewable energy on Earth! The shops available solar energy accessible in the natural way beyond enough in comparison to current human energy needs.
Solar energy technologies and other technologies that use sunlight and secondary solar resources are critical to the current green / cleantech revolution.
Using solar energy technologies, such as energy photovoltaics and water heaters to increase the supply of energy while technologies including passive design and shading devices reduce the need of alternate resources and may be characterized as demand. Improve the performance of solar technologies have become major projects for governments and businesses alternative energy that have established niche markets for products, services and knowledge. These solar technologies are currently being developed in conjunction with automakers to revolutionize Resorce available for the transportation of personnel and mass.
Technology
Solar energy technologies convert sunlight into electricity by photovoltaics, solar thermal devices, or a plethora of experimental technologies. A cell solar or photovoltaic cell is a device that converts light into direct current to generate power for small and medium devices. For example, the calculator is powered by a single solar cell, but the massive increase in demand for alternative energy sources are revealing Worldwide trends towards building large power photovoltaic power.
The History
The high cost of solar cells limited development and production in the early stages of this technology pop. Recent applications of solar energy have been very successful. The shortage of energy, such as the oil crisis of 1973 and the current rise in oil prices have shifted government resources to develop solar energy systems as a legitimate alternative energy source. Over the last decade the United States, Japan and Germany have given the infusion of funds and support research and development of solar energy. France, Italy and South Korea have followed with programs and critical funding for solar energy research.
Sunlight against "liquid gold"
A solar vehicle is a vehicle solar-powered electricity from solar cells on the surface of the vehicle. Currently, the solar-powered vehicles are not practical for day to day transportation.The creating viable everyday solar powered automobile has been an engineering challenge for central decades.The more of this development is the World Solar Challenge, a race of solar cars semester in which teams from universities and enterprises compete over 3021 kilometers, OR1, 877 miles, through central Australia.
The research and development of solar cars has resulted in technology and engineering used in the industries, including but not limited to aerospace, bicycle, alternative energy and automotive technology. At present the design of a vehicle solar is limited by accessibility and storage of energy through solar panels and solar energy needed to power vehicle.To that date, cars plots are still in development stages and, although it contains many of the features available to drivers of traditional vehicles often contain an space for only one driver and one passenger.
Systems
In the solar car battery plays an identical role of a tank of gas in a car normal. The battery pack groceries, or fuel, for future use. Solar cars use a range of batteries including lead-acid batteries, nickel-metal hydride (NiMH), nickel-cadmium (NiCd), lithium polymer batteries Lithium ion.
The mechanical systems of a solar car are specially designed and constructed to maintain the friction and the gross weight to a minimum while maximizing strength and durability. The Designers use predominantly of titanium and composite materials to ensure a good strength-to-weight ratio.
The "real" world
The Astrolab Venturi has been considered the world's first commercial hybrid car lot that will premiere in January 2008. In May 2007 a Canadian-based Hymotion altered a Toyota Prius to use solar cells to generate up to 240 watts of electricity in full sun.
Practical applications for powered vehicles solar energy which now includes golf carts and a variety of single passenger vehicles for elderly and disabled. An independent businessman and inventor Michigan has built a street legal, licensed and insured, solar charged electric scooter. The scooter designed for single use has a top speed controlled in just over 30 miles per hour, and uses several times the solar panels to charge the batteries while parked.
A Swiss project called Solartxi, seeks to build a reliable everyday car lot with a trailer carrying an array of size 6 m² site. The Solartaxi is equipped with Zebra batteries, which allows the vehicle with a range of 400 km without recharging. The car is also able to run 200 km without the trailer and the top speed just over 90 km / h. The car weighs 500 kg and the trailer weighs 200 kg. Reportedly, in mass production, the car can be produced for 6000 Euro.
Automakers and leading designers and engineers are perfecting prototypes for road cars as leader worthy 2012.
Green Wheels: solar power
