subject: Storage, Dispersion of Energy [print this page] Storage, Dispersion of Energy Storage, Dispersion of Energy
Welcome to a Laptop Battery specialist of the Asus Laptop Battery First post by: www.laptops-battery-online.comIn typical wind energy capture mode, a battery array is sized according to the capacity of the wind energy generating system, and then meets the requirements to deliver a constant supply of energy. It can also be used to supply additional capacity to the electrical grid during assigned periods at high demand times of the day. Because the battery system is able to quickly charge and discharge due to its BMS and low array impedance, it is possible to account for variances in wind speed to perform peak shaving capabilities.In past instances, wind turbine controls adjusted the pitch of the turbine blades to minimize the effects of wind gusts on grid delivery. Previously, this type of adjustment accounted for increased mechanical equipment failures from continuous readjustment of the turbine blades, which meant decreased potential power production. A Corvus solution mitigates this situation by dumping the excess energy into the batteries such as Asus A42-A4 Battery, providing peak shaving capacity by supplying stored energy back to the grid, which, in turn, allows for increased wind farm delivery and increased profit return.It is feasible to store the energy in Corvus batteries for on-grid applications over time from either micro-hydro, wind generators, or other renewable sources, and then to apply this energy during peak demand times of the day, typically in the morning or evening periods."For the owners of these installations, it means the ability to generate electricity during any period of the day," Perry states.In off-grid applications, it is possible to utilize a micro-grid control system that can monitor and determine the energy input from multiple sources, whether it is coming from small wind generators, micro-hydro, solar PV, geothermal, tidal, or a diesel generator. The solution, in this type of application, is able to store and deliver the green renewable generated electricity on a continual basis. It can also perform an additional function by supplanting normal capacity delivery during peak periods and stabilize the entire system. Due to the nature of generating sources, it is imperative to utilize an energy storage system to compensate for renewable intermittency.In a Solar Photovoltaic (PV) application, the battery system is an efficient blend due to the DC-to-AC commonality. The DC voltage bus is tied to an inverter that changes the PV system DC electricity to usable AC electricity for distribution to the utility grid. The Corvus system DC-to-AC conversion efficiency losses are less than typical inverter systems due to the limited electrical conversion equipment requirement. A DC-AC inverter will provide low-voltage AC and then increase the voltage through a step-up transformer to utility grid level. The batteries can be configured in a variety of DC-sized voltage requirements by a combination of series and parallel array configurations to match the customer's application.The Corvus Energy system is configurable to any size for individual applications and can be either scaled to meet the requirements for small applications, such as a few houses running off a local renewable energy supply, or for larger applications of residential and industrial loads. The batteries can be engineered to meet the system specifications regardless of the quantity or size of the generating sources. http://www.articlesbase.com/laptops-articles/storage-dispersion-of-energy-4487205.html
