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@article{196961,
        author = {Kavita Parmeshwar Kashyap and Mr. Dhananjay G. Pardhi},
        title = {A review on Integration of Renewable Energy - Based Distributed Generation in Deregulated Power Systems},
        journal = {International Journal of Innovative Research in Technology},
        year = {2026},
        volume = {12},
        number = {11},
        pages = {5490-5499},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=196961},
        abstract = {For developing as well as under developed countries, the deregulation of power sector becomes a new and prosperous challenge. As in developed countries utility market makes for the use of distributed generators (DG) a viable solution for managing energy cost. Earlier stand by generators installed only to handle outages, but now a days due to power shortage, power cut, slower restructuring process DG’s can serve as a means of shaving load peaks. Recent development in DG technology brings extra flexibility into existing demand management system.
This gives the utility a generation resources close to their loads that can be dissipated during peak time. Many utilities have implemented various demand management programs to help them in problematic times of power system.
Use of renewable source on distributed generators, which are rated at around 1-2 MW is getting popular. Electrical generation from renewable energy sources considered as a solution for environmental pollution, global warming and rapid depletion of fossil fuels. Government thorough the world has generated number of incentives to motivate development of renewable energy source. Generation units such as hydro-turbine, gas-turbine, micro-turbine, solar PV, fuel cell and wind generation and last but not the least micro-turbine will be part of this mix.
It is an increasing acceptance for the use of renewable energy source to attain a sustainable power supply. This paper discusses a new structure which addresses the integration of renewable energy source (REs) and distributed generators (DGs) into electricity grid. A simple scheme is also suggested for the connection of the distributed generators to the power distribution network.
An example is given using averaged load curve data. The major simplifying assumption is that load curve is known. This is appropriate for planning purpose, but extension will be necessary for operation.},
        keywords = {Deregulated Power, Distributed Generators, Distributed Generators Resources, Load Management.},
        month = {April},
        }