The use of renewable energy (EBT) is increasing to achieve the target of 23% by 2025. There needs to be a variety of preparations in welcoming the transition of fossil-based energy to renewable energy. One of them is by improving the quality of human resources that excel in developing the use of renewable energy in Indonesia. Through the Electrical Engineering PkM Team IT-PLN had the opportunity to provide counseling or education to the academic community of MA Al-Khairiyah Rancaranji. The activity is in the form of learning the installation of solar power plant components and the utilization of solar energy in the form of prototype portable plts. The learning improved students' understanding of renewable energy and was able to assemble photovoltaic system components into prototype portable plts with a capacity of 100 WP. Then the tool is tested using a lamp load of 9 watts to find out the amount of current and voltage produced. From this activity, it can be known that the students of MA Al-Khairiyah Rancaranji are very enthusiastic in knowing about renewable energy and can apply it in the surrounding environment.

<p>The fossil energy utilization for electricity<br />generation is currently starting to be limited because it is predicted<br />that the availability of fossil energy for the next few decades will<br />run out. Renewable energy is an alternative energy that can be<br />used to generate electricity. Solar power plant is one of the<br />electrical energy generators with renewable energy sources that<br />have been widely used. Solar power plant is a Distributed<br />Generator that can be applied directly to consumers and it is very<br />suitable for use in remote areas which currently still use diesel as<br />a fuel for power generation. In this research, the design of a hybrid<br />power generation system between Soalr Energy and Wind will be<br />carried out to replace the use of diesel as a source of electricity<br />generation. After the generator design is done, then the<br />performance test of the hybrid system will be carried out in order<br />to see the feasibility of the design that has been made. From the<br />test results, the results of the Hybrid Energy Generator have<br />efficiencies ranging from 10-12% where this shows that the power<br />plant system is still said to be unable to work efficiently. The<br />average amount of energy produced from this Hybrid PLT system<br />is 1,304 kWh per day. Based on the results of the economic<br />feasibility analysis, that the use of the hybrid system is able to<br />produce savings of Rp. 1,700 – Rp. 2,100/kWh per day</p>