Abstract
AbstractIn recent years, global warming and carbon dioxide (CO2) emission reduction have become important issues in India, as CO2 emission levels are continuing to rise in accordance with the increased volume of Indian national energy consumption under the pressure of global warming, it is crucial for Indian government to impose the effective policy to promote CO2 emission reduction. Challenge of supplying the nation with high-quality and reliable electrical energy at a reasonable cost, converted government policy into deregulation and restructuring environment. This research paper presents aims to presents an effective solution for energy and environmental problems of electric power using an efficient and powerful hybrid optimization algorithm: Hybrid Harmony search-random search algorithm. The proposed algorithm is tested for standard IEEE-14 bus, -30 bus and -56 bus system. The effectiveness of proposed hybrid algorithm is compared with other well-known evolutionary, heuristics and meta-heuristics sear...
Highlights
Today’s power system is characterized by large proportions, high interconnections and high nonlinearities, as the size of the power system is growing exponentially due to heavy demand of powerVikram Kumar Kamboj ABOUT THE AUTHORVikram Kumar Kamboj is presently working as an assistant professor and department coordinator in Electrical Engineering in DAV University, Jalandhar (Punjab), India
In order to stochastic nature of Hybrid Harmony Search (HS)-random Search algorithm, 50 test trials were made for each problem set, with each run starting with different initial populations
The test data for IEEE-14, 30 and 56-bus systems along with load demand of 24-h are shown in Tables 14–17 and Commitment and generation schedule for IEEE-14, 30 and 56bus system for multi-objective optimization are shown in Tables 11–13, respectively, and Figure 9 shows the variation of Cost and Emission w.r.t. weights for IEEE-14, 30 and 56-Bus systems
Summary
Vikram Kumar Kamboj is presently working as an assistant professor and department coordinator in Electrical Engineering in DAV University, Jalandhar (Punjab), India He has completed his BE (Instrumentation & Control) with Honours from Maharishi Deyanand University, Rohtak, and MTech (Power System Engineering) with Honours from Rajasthan Technical University, Kota, and submitted Dissertation of PhD (Electrical Engineering) in Punjab Technical University, Jalandhar. His area of research includes Power System Planning and Optimization, Economic Load Dispatch and Unit Commitment Problem of Electrical Power System. This perspective article describes some of the important aspects for energy planning and their practical utilization to reduce carbon dioxide level in environment for healthy living, which in turns helps in socioeconomic development of the country
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