In recent years, the demand for the installation of Distributed generation (DG), cogeneration, solar energy panels, combined heat and power, and micro grids is growing in the market. Due to the low natural gas prices in today’s market and the increasing costs associated with environmental compliance, some customers of running companies are considering installing local energy generation assets. In addition to this system, customers desire greenhouse gas reductions, environmental certifications, and increased reliability and efficiency. With the recent exemptions from the air permitting rules for many DG projects, geração distribuida may become the next great thing to build.
Distributed generation system is considered by depending upon the needs like the balance of electricity, heating and cooling needs. Distribution systems typically include combustion turbines, gas-fired reciprocating engines, or microturbines that utilize waste heat to generate hot water, steam, chilled water, or a combination of all three. Compared with average utility market heat rates (35-45) and state-of-the-art combined-cycle plants (45-55%), these 2-50 MW systems perform significantly better inefficiency (60-80%).
There are also differences in ownership and execution strategies for distributed generation. Most large electric utility customers, such as college campuses, hospitals, business parks, and manufacturing plants, have centralized heating and cooling systems. As a result, adding electric generating assets to existing or planned power plants to improve efficiency, reduce emissions, and increase resiliency is not a large departure from their current operating profile. Current trends, however, indicate that some of these traditional clients are looking to outsource ownership, operations, and maintenance of these facilities to concentrate on their core business.
In recent years, despite a large number of companies still running geração distribuida de energia assets, several companies have stepped into the outsourcing market, including investment banks, independent power producers, big company utilities, and public utilities. Many customers are requesting these companies to design-build, own, operate, and maintain these facilities. Using this strategy, you create an energy partnership with the utility, your customers, and the designers and builders. For customers and utilities, this type of ownership and operating structure has several advantages.
The Distributed generation system (DG) is mainly constructed for outsourcing power to facilities under 25 Mega watts. That they transfer the power to the grid without making any air pollution and affection environmental combined cycle. It is one of the beneficial factors for the construction distributed generation system for the company utility.
Many businesses, manufacturing industries, corporate offices, hospitals, and colleges are looking for a distributed generation system to improve productivity, reduce costs on energy, and get good quality energy resources. It is importantly considered as the new generation of energy distribution.