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patented transparent batteries that store solar energy and regulate

A working group formed by researchers at the University of Córdoba (UCO) and the University Malaga (UMA) has succeeded in developing a transparent batteries would store and regulate the energy from sunlight falling on the windows or translucent surfaces.

These lithium ion rechargeable batteries, the sandwich could be coupled to a photovoltaic device where the outer solar energy collection transmitted to the inside-inside sandwich-and contains the battery electrodes. "The novelty of this system is that photovoltaic cells could be combined with energy storage in rechargeable batteries, whose energy could be used later by a circuit electric, "explains Professor Luis Sánchez Granados, project manager.

The advantage of these devices is that they could be placed anywhere where it is possible to introduce a module transparent windows, car glass or glass greenhouses ; would capture solar energy during the day making and storing electricity for later use such as lighting in the building.

"Another advantage is that the materials and methodology can create an industrial manner, which would lower production costs for use in large areas of construction, "explains Sánchez Granados. Furthermore, "its transparency to sunlight, which allows vision through them, and the fact that it can be manufactured directly on transparent (glass or polymer) causes can be integrated into glass surfaces of buildings and combined with cells solar systems for use in saving and energy sufficiency in buildings, including lighting, or maybe even develop a system that gradually darken the windows using only the energy stored in these batteries, "he concludes.

To put this device, must be integrated within a transparent photovoltaic cells. This is the field of study by research led by Professor Francis Martin of the University of Malaga.

After the publication of this patent, several companies in the construction and electronics industries have expressed interest in this type of batteries and potential commercialization.

Source: A genciasinc