The project is aimed at implementing innovative and energy-efficient solutions in the municipal institution "Dergachiv Lyceum No. 3" of the Dergachiv City Council by modernizing the engineering infrastructure of the institution, implementing alternative energy systems and increasing the level of energy sustainability of the building. The implementation of the project will ensure a reduction in electricity consumption from traditional sources, increasing the level of energy independence of the educational institution, uninterrupted operation of the shelter and the creation of safe and modern conditions for participants in the educational process. The project will also contribute to achieving climate and environmental goals by reducing greenhouse gas emissions and increasing the efficiency of energy resources. The project goal is expected to be achieved by: - installing a photovoltaic system of solar modules with a total capacity of over 60 kW to generate electricity from renewable sources; - implementing a hybrid power supply system with an inverter and batteries to accumulate electricity and ensure uninterrupted power supply to the facility; - ensuring autonomous power supply of the shelter by installing a separate backup power supply system; - modernization of the building's electrical infrastructure with the introduction of modern protection, grounding and lightning protection systems; - increasing the level of energy efficiency and reliability of operation of the educational institution building; - creating conditions for the stable functioning of the educational institution in conditions of emergency and planned power outages. Currently, the Dergachiv Lyceum No. 3 depends on centralized power supply, which in conditions of martial law, damage to the energy infrastructure and periodic emergency outages creates risks for the continuous functioning of the educational institution and the shelter. The existing power supply system does not provide a sufficient level of energy stability, autonomy and energy efficiency, and also leads to significant costs for paying for energy resources. The target level involves the creation of a modern energy-efficient system using alternative energy sources and electricity storage, which will ensure partial energy independence of the institution, stable power supply to critical consumers, improved quality and safety of educational services, as well as compliance with modern energy efficiency standards and sustainable development requirements.

The key problems that the project aims to address are the low level of energy sustainability and energy efficiency of the municipal institution "Dergachiv Lyceum No. 3" of the Dergachiv City Council, the high dependence of the institution on centralized power supply, as well as the lack of sufficient autonomous backup power sources to ensure the uninterrupted functioning of the building and shelter. In conditions of martial law and regular threats of damage to the energy infrastructure, the problem of stable power supply to educational institutions is particularly relevant. Periodic emergency and planned power outages create risks of disrupting the educational process, stopping the operation of life support systems, restricting access to safe conditions for students and employees of the institution, and also complicate the functioning of the shelter during air raids. The existing engineering infrastructure of the institution does not provide a sufficient level of autonomy and continuity of power supply to critical consumers. The lack of alternative generation and storage systems for electricity leads to complete dependence on external sources of electricity supply and increases the risks of complete cessation of the institution's functioning in the event of prolonged power outages. An additional problem is the insufficient level of implementation of modern energy-efficient technologies, which causes significant energy costs and does not meet modern requirements for sustainable development, energy conservation and reduction of greenhouse gas emissions. If these problems are not resolved, there is a risk of: - disruption of the continuity of the educational process; - restriction of access of participants in the educational process to safe conditions of stay; - inability to ensure proper functioning of shelter during emergencies; - increase in energy costs; - decrease in the level of energy security and sustainability of the institution; - deterioration of the quality of educational services in conditions of unstable power supply. The implementation of the project will ensure partial energy independence of the educational institution by implementing alternative energy systems and electricity storage, increase the level of energy efficiency and energy sustainability of the building, ensure uninterrupted operation of the shelter and critical systems in the event of power outages, reduce the consumption of traditional energy resources and the cost of paying for electricity. The expected positive changes as a result of the project are: - ensuring stable and uninterrupted power supply to the educational institution; - increasing the safety and comfort of students, employees and the population in the shelter; - improving the quality and continuity of educational services; - reducing energy costs; - increasing the level of implementation of modern energy-efficient technologies; - contributing to the achievement of climate and environmental goals through the use of renewable energy sources.