Distributed Generation describes a new class of technology that makes energy from a remote location, usually near a large central location, where it can then be shared and used by many other nearby systems. The distributed generation system can use any type of energy - fuel cells in cars, solar panels on houses, windmills, and hydroelectric dams. Distributed Generation can serve either a single building similar to a house or business, or can be a micro-grid as a large micro hydropower dam in a rural area. The electricity that is created by distributed generation is usually called "distributed electricity."
There are at least two key benefits of distributed generation. The first is the elimination of the need for large centralized plants to generate electricity; these plants release their harmful emissions into the atmosphere. These emissions harm the environment badly; however, the distributed generation plants alone are not causing this pollution. Many industrial and commercial applications rely on distributed energy storage to meet their applications. Some of the most common uses include air conditioning, heating, ventilation, and cooling, as well as the transportation industry. There are many other applications, although these are among the most popular.
Distributed generation is a clean source of energy, as the energy that it produces is clean and independent of the weather and other natural factors. This is unlike traditional methods, which rely on fossil fuels (oil, gas, and coal) to generate the energy that we need. These fossil fuels are non-renewable, and their usage depletes the earth's natural resources very quickly. As a result, carbon dioxide and other greenhouse gases are released into the atmosphere, polluting it severely. Recently, in March 2021, JinkoSolar Holding Co. Ltd. launched a new series of Tiger Pro modules targeted for the distributed generation market.
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