Batteries Will Be Future Energy Source?

I was recently at a meeting hosted by at the Capital Visitors Center titled “Building a Bigger Battery.” The panel presented ideas that get little attention and few people hear about. They discussed the use of DELL XPS M1330 battery being energized through renewable energies to be of prominent use in the future electricity grid across the states. batterystoragehome

Dr. Ali Nourai of American Electric Power has already started this process by building large battery sites across the central and eastern U.S. They have 2MW (Mega Watt) batteries in Bluffon, OH, Balls Gap, WV, E. Busco, IN, and soon to be a 4MW in Presidio Texas. He feels that energy storage can be used as a buffer and shock absorber into a new business opportunity. Building these types of energy storage facilities will further the progress of renewable energies and smart grid technology, ultimately creating a plethora of new business ventures. Dr. Nourai states that widely distributed storage units will benefit security, safety, แทงบอลที่ดีที่สุด reliability, grid constraints, and competitive pricing. In the future he would like to see the implementation of Community Energy Storage (CES). Essentially, they are relatively small Sony VGP-BPS2C Battery about the size of a community transformer, which would be placed appropriately in neighborhoods. These batteries would act as backup power to customers and allow for grid efficiency. The current grid is very old and unresponsive to changes in energy demands. This creates slow reactions and a lot of resources wasted. Having small batteries spread out would allow households to draw excess power from them instead of asking, in most areas, the fossil fuel plant to immediately deliver power.

Wind and solar energy are at the forefront of renewable energy these days but many do not realize the problem as using them as a main source for the grid. These technologies rely on nature and are not a stable resource to have the massive grid be reliant to. This is what Bernard Lee from the Institute of Gas Technology calls the Achilles’ heel of renewable power. For example only 35 percent of a wind turbine’s maximum energy output can be considered as the firm and constant energy level. When a wind turbine is operating at high capacity, a Dell Inspiron 6400 battery can be charged to offset the period of time when it is operating slower. Home-owned turbines can sell their excess energy back to the grid. However, a utility company has no one to sell it to if the energy needs of the grid are already satisfied. Thus the need for battery storage is lucid.

This same kind of technology is already being used in vehicles today. For instance, the Toyota Prius or the Ford Escape have gasoline engines that charges a Sony Vaio VGN-C60 Battery for the driving force of the car. This is nothing new. Now take that same concept and apply it to the grid. Imagine the grid being hybridized, as Yet-Ming Chiang of MIT would put it. Whatever the power source may be (nuclear, e commerce app coal, wind, solar, or compressed air) they would all charge a battery near their location that is hooked into the grid. The implications of this innovation would shave peak energy usage cost and use less energy. The utilities can only produce so much power; just like a hybrid car doesn’t have a large enough engine to run alone, it needs a DELL Studio 1537 battery. Adding a supply of potential energy to balance off the crucial need of the grid when it is being asked to perform at demanding levels would significantly reduce the amount of resources needed to produce the electricity. The power from the grid would be coming from the source as well as a battery or batteries, hence the word hybrid.


Related Posts

Leave a Reply

Your email address will not be published. Required fields are marked *