Innovation Eco-friendly Battery With A Large Capacity - A group of researchers from Harvard University are working to improve what they refer to as "green battery". What is the green battery? It is a kind of battery that is designed not toxic, can not rust, high-performance, rechargeable, and is also very cheap. What is interesting about these batteries? If you look at the above features impressed the battery is not too special. What's interesting about this battery is its ability to store energy in larger quantities for a variety of daily necessities such as residential and commercial.
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| Innovation Eco-friendly Battery With A Large Capacity |
The main reason underlying this interesting research is by far the mismatch between the availability of solar and wind energy with demand variability. Solar and wind energy is not always available, that at some particular weather conditions we were not able to obtain the supply of solar and wind energy in sufficient quantities, while a battery that is not capable of storing energy in large quantities. That's why so far, the solar panels only serves as a backup device electric energy provider at any time because the sun does not always shine with the blazing. Therefore a new battery that is practical and capable of storing electrical energy in a longer time is needed, namely a battery capable of storing electrical energy gleaned from the sun and wind to collect enough to drive a variety of electric appliance for the period long enough.
Chemical Compounds Green Battery
Electrons as an important component of the process of the battery work, taken from naturally occurring compounds that are dissolved in water. These compounds contain the elements carbon, oxygen, nitrogen, hydrogen, potassium, and iron. Compounds that are required in this process is non-toxic, non-flammable, and most importantly plenty available. Michael J. Aziz, a professor at SEAS (Paulson Harvard School of Engineering and Applied Sciences), said that the evidence that these compounds are safe its elements can be dissolved in water. This battery is a chemical compound discovered by Michael Marshak and Kaixiang Lin, two post-doctoral students and graduate of Harvard University in collaboration with several other scientists. The unique thing is the scientists incorporate the organic dye is common with certain food substances to boost the battery voltage is about 50% larger than the previous battery. To note, this study is a refinement of previous similar studies.
Another difference with Battery Type
Unlike batteries in general, this saves battery green energy in some kind of liquid that is stored in external tanks. External tanks it is tasked to regulate energy capacity as well as the hardware that runs the process of electrochemical batteries. The larger the tank, the greater the capacity of the energy can be saved. Usually the main components of battery electrolyte compounds made from metal ions such as vanadium dissolved in acid. The metal electrolyte components can be harmful to the environment. Well, Aziz and his colleagues proved that the electrolyte component can be made of organic molecules called quinones. This quinone organic compounds described above, and in charge of supplying the negative charge, while the positive charges supplied by a sort of cushion conventional electrolyte commonly used in batteries in general.
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