Rather of sending energy across the electric grid from a big, centralized facility, distributed generation (also known as on-site generation or decentralized generation) describes the generation of electricity for usage on-site (such as a coal-fired power plant). As economic development outpaces the expansion of energy supply in some areas of the country, and other regions face challenges in delivering power where and when it is required, it is critical to promote local electricity transmission choices.
Distributed Generation refers to the Distributed Generation of energy utilizing small-scale technology closer to the end-users. These generations rely on technology that is mostly renewable, such as wind turbines, solar cells, geothermal energy, and micro hydropower plants, among others. On-site power generating provides several advantages over centralized power generation systems, as it removes the costs of long-distance power transmission and distribution. These small-scale devices can provide power ranging from 1 KW to 100 MW.
When electricity is created from sources near the point of use, such as renewable energy sources, rather than centralized generating sources from power plants, it is referred to as a distributed generation. To help overcome commercial and regulatory challenges to adoption, state and municipal governments can implement policies and initiatives related to Distributed Generation and its use. The following resources are dedicated to various forms of distributed generation renewable energy policies and programs.
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