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Biomedical Engineering: Current Research

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Super hybrid power battery (The power of nanotechnology)

Author(s): Ndoh Toochukwu Johnmark

Super hybrid power battery is a smart energy storage device that can deliver huge amount of power for a very longer period of time over a single charge. This battery has the ability to harness electrical energy from heat, visible light even in darker areas, magnetic signals, sounds I vibrations and WiFi signals which are been amplified and used to recharge the battery compensating for energy losses with the power of materials science and nanotechnology. This is made possible by the introduction of activated carbon nanofiber and ultrathin carbon nanotube as electrode materials and, another ultrathin carbon nanotube as a pyroelectric material harvesting waste heat from the system, a NaO nanofiber as a photovoltaic cell converting visible light even in a darker region to electrical signal which is also amplified and used to recharge the battery, a nanomagnetic material from iron lll oxide nanoparticle which can harness electrical energy from magnetic and WiFi signals amplified and used to recharge the battery. This increases the efficiency of the system; a graphene oxide is used as a solid electrolyte. This has the ability to convert heat resulting from the movement of charge into electricity which is picked up by CNT electrode as the anode of the cell. The casing of the battery ismade of plastic material coated with graphene oxide film which harvest heat and vibrations or sound from the outside environment and convert them into usable electrical energy after been amplified by a circuit of MOSFETs. The materials needed for the production are manufactured very cheaply. The activated carbon nanofiber used as the electrode has dimensions 20nm(for fast flow of energy) and 200nm(for the storage of much more energy than the lead oxide nanoparticle for instance). The battery can outperform a conventional solid state battery in longer life span and efficiency as it is designed for smart phone application and any other electronic device, power generators and automobile applications.
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