RENEWABLE ELECTRICITY ENERGY STORAGE

In the Modern Landscape, IT has perpetually faced paramount trends as technology continues to boom. Among these rapid transformations are the rapid expansions of storage facilities, the growing need to conserve available energy, electricity backup in case of a blackout. The number of houses and the small business network has magnificently multiplied, prompting the accelerated growth of global IT spending to ensure enough energy for everyone. With these substantial developments in place, both individual small sized businesses and medium –sized businesses {SMB} need to establish IT innovations, challenges and overcome limitations on energy storage performance. This incredible technology is environment-friendly and of course renewable energy. This modern energy storage offers scalable, cost-effective, and manageable opportunities for the evolving energy storage of SMBs, especially in the energy technology transformations.
The storage of electrical energy is an essential dimension of the transition. The storage of electricity is crucial for the development of renewable energies. While all eyes are focused on the electrochemical battery technologies to meet these challenges, Levisys technology has the merit of being original and mature!

Energy Storage
The principle of the flywheel is yet as old as the invention of the wheel! A massive rotating object, like a potter's wheel, accumulates kinetic energy that can be converted into force. The less friction over the provision in force will be significant and lasting.
The two physicists Michel Saint-Pierre and Fessler Mleux, have added their two cents decorated with the latest technology. Their cylindrical wheel of inertia, developed in partnership with Airbus Industries, is carbon fiber held in magnetic levitation, in a vacuum container, minimizing energy loss. It is driven by an electric motor to achieve in a few minutes 14 000 revolutions/minute for a power of ten kilowatts with maximum efficiency of 98%, according to its designers.
The Stored kinetic energy is reversed to electricity breaks the wheel by ensuring wheel braking that results to an electric generator feeding. Thus, in the case of reduction of wind or sunlight due to a cloud, for example, the steering wheel will take almost instantly over wind turbines or solar panels to smooth production and maintain proper tension. A photovoltaic plant and a wind farm controlled by MayaFlowers near Toulouse will be regulated by ten flywheels Levisys (100 kW / h) and lithium-ion batteries that store the surplus production. For Peter Fessler, a former researcher at the CNRS and CERN, the battery is sufficient, but the flywheel is more environmentally friendly and sustainable. He promises his system for 500,000 cycles without maintenance, twenty years of use. Levisys mobilized 14.6 million euros to build a plant of 4000 m² where a hundred flywheels expected annual output production workshops for summer 2016.
In conclusion, all these prospects leave no doubt that 2016 will be marked by a change of the situation in the energy storage industry, and I look forward to watching his progress. The globe is currently on the cusp of paramount technological change and we are beginning to find reliable and profitable solutions for the entire spectrum of global consumers. The challenge of creating these solutions and their deployment in business is far from negligible, but it is not insurmountable.