Title : Analysis of distributed generation and electric vehicles planning
Abstract:
Given the swift change in popularity of using green technology to promote the development of an environmentally friendly world. The utilization of electric-powered equipment, such as electric cars, is rising. Distributed generation can be used to lessen the strain that such technology places on the existing power networks. This review article discusses how distribution networks should coordinate distributed generation and electric automobiles. In this review study, the most recent advancements will be examined utilizing information from research papers. In addition, an experimental case study of sixteen bus charging and discharging techniques was included, along with information on the market state, future potential, and a comparison of DGs, EVs, and optimization techniques.
Audience Take Away
- The purpose of this study is to distributed generations with electric vehicle planning.
- Importance of distributed generation and electric vehicles.
- To construct distributed generations with electric vehicles' mathematical modeling.
- Mitigation of real power loss caused by distributed generations with electric vehicle interactions using hybrid methodologies in Static and ZIP load modeling.
- To find the best-distributed generations with electric vehicles paired to compensate for power losses in both Static and ZIP load models.
