Browsing by Author "Matale, Nikhil (21DEE24)"
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Item Value of distribution network of renewable energy sources(AIKTC, 2025-06) Anavade, Shraddha; Yenbhar, Bhavesh (21DEE06); Matale, Nikhil (21DEE24); Yadv, Soham (21DEE53)In today's world of technology, electricity is one of the most important things for daily activities. This is because they do not recognize the fact that renewable energy sources emit renewable energy sources at lightning speeds. So, it's time to move the focus from traditional energy sources to non- traditional energy sources to produce electricity. The electricity output produced by non-traditional sources is lower than its counterpart. Reproducible sources have no harmful effects on the environment. The grid solar wind hybrid system is essentially an integration of the solar system and wind turbine. It helps to provide a power source that is uninterrupted. Like bad weather, production can be migrated from one system to another with the help of a microcontroller. Microcontrollers ensure optimal use of resources and increase the efficiency of combined systems compared to individual types of production. Reduce dependency on a single source and increase system reliability. Hybrid systems can be used for both industrial and domestic applications. This project creates electrical performance from non-traditional and traditional sources. Wind energy, which is the entire source of renewable energy, such as solar energy, is used to produce electricity for the industry. Non-renewable energy sources such as piezoelectric generators are also used to produce electricity within the industry. In this project, all arrangements will be made to create electricity on individual models. H. Why it is called a multi-engine product system or hybrid energy system. The present invention refers to sources of natural types and other types of sources to generate power. Such systems can be successfully implemented in any industry from any research perspective.