Mars Rover technology can enhance the utilization efficiency of solar panels

According to reports, U.S. scientists at Boston University study argued that NASA designed the Mars Rover technology will be used to improve and enhance the Earth’s solar energy utilization efficiency of energy and deal effectively with issues of global energy. LP150X05 LP150X06 LP150X08

On Mars, where Rover solar panels were covered with dust that is bound to affect the production of energy. However, scientists at NASA for the Mars Rover cleaning system designed to help the Mars Rover from sand and dust interference. Mars has such a system through the vehicle sensors detect a solar panel of dust, clean the battery plates of the electrode surface, thus ensuring the smooth panels still in the state.

A self-cleaning system, sensors detect the rover solar panel through the dust and clean the battery plates by the electrode surface, thus ensuring the smooth panels still in the state. LP150X09 LP150X1 LP154W01

Scientists from Boston University Mallinath - Mazudeer have the technology to assist in the design of NASA. Mazudeer said the technology will be able to significantly improve the efficiency for large-scale solar energy. Today, many large-scale solar power plants are located in all the dust from the arid desert.

Mazudeer, said: “If the range of a square meter, with a thick layer of 4 g of dust, the efficiency of solar energy will decrease by 40%. In Arizona, the dust is deposited each month, four Once the dust volume. In Australia, the Middle East and India, the rate of dust deposition is even higher. ” Dell XPS M2010 battery Dell Latitude E5400 battery

2004 Mars Rover using this technology. The technology includes solar panels covered with a layer of indium oxide and tin transparent electrode sensitive electrical equipment. Sensors to monitor solar surface dust levels. When the thickness of the dust of a certain critical level, the sensor will activate the light sensitive material of this power. Then, the electrodes of the battery will produce a steady pulse wave board static, static pulse to dust, to ensure the battery plate cleaner and more efficient. Mazudeer explained that this process can be removed in 2 minutes, 90% of dust, and only a small amount of electricity consumed.

Research results published in the recent meeting of the American Chemical Society. Dell XPS M1330 battery Dell XPS M1530 battery