The purpose of the project is to ensure the proper, safe and energy-efficient functioning of the Storozhynetsky Lyceum by modernizing the heating system infrastructure and insulating the building's facade. The project is aimed at creating comfortable conditions for students and employees, reducing operating costs, increasing energy efficiency and improving the quality of the educational environment, which is necessary in the process of preparing the institution for the transition to the status of a specialized lyceum in accordance with the reform of general secondary education. The specified goal is planned to be achieved through a comprehensive modernization of the internal heating system, replacing outdated heating networks and radiators with modern energy-efficient equipment, installing automated heat supply control systems, carrying out facade insulation work, reducing building heat loss and optimizing the operation of boiler equipment. The planned measures will reduce energy costs, equalize the temperature regime in the premises, ensure the stability of heat supply and increase the efficiency of engineering systems management. The current state of the institution's infrastructure is characterized by significant physical and moral wear and tear of the heating system elements, uneven heating of the premises, high heat loss through the enclosing structures and low energy efficiency. The existing equipment does not meet modern requirements for safe and effective operation, and does not provide comfortable conditions for the educational process, especially in the cold season. This creates risks of violating sanitary standards, increases the burden on the community budget due to excessive consumption of energy resources and complicates the further development of the institution in the format of a specialized lyceum. The target level involves achieving stable, safe and economical functioning of the heating system, compliance of the microclimate of the premises with the requirements of the State Building Code and sanitary standards, as well as reducing energy costs through the introduction of modern energy efficiency technologies. The existing gap between the current and target state is due to the long-term lack of modernization of engineering networks, technical wear and tear of equipment and the inconsistency of the heating system with the modern needs of a large supporting institution. The implementation of the project will allow to eliminate this gap, ensure sustainable and efficient operation of the building, and create proper conditions for the functioning of a specialized lyceum.

The key problem that needs to be solved is the unsatisfactory technical condition of the heating system of the Storozhynetsky Lyceum, the Supporting Institution. Significant physical wear of pipelines, radiators and equipment leads to frequent disruptions in the circulation of the coolant, uneven heating of premises and significant heat losses. Due to the lack of modern automation systems, it is impossible to regulate the heat supply in accordance with actual needs, which causes irrational consumption of energy resources and overspending of budget funds. An additional problem is the uninsulated facade of the building, which increases the load on the heating system and leads to constant heat losses, which makes the operation of the infrastructure energy and financially inefficient. The relevance of these problems is increasing in connection with the school education reform, according to which the institution should transition to the status of a specialized lyceum. The increase in the number of students, increased requirements for the quality and comfort of the educational environment, as well as the need to ensure compliance with sanitary and energy efficiency standards require the modernization of engineering systems. If the existing problems are not resolved, there will be a risk of further degradation of the infrastructure, an increase in the accident rate and unforeseen repair costs, deterioration of the living conditions of students and employees, and violation of temperature requirements. This may negatively affect the quality of the educational process, children's health, and the efficiency of using budget resources. The implementation of the project will eliminate existing shortcomings by modernizing the heating system, insulating the facade, and increasing the energy efficiency of the building. It is expected to provide a stable comfortable temperature regime in all rooms, reduce heat consumption, increase the reliability of the infrastructure, and reduce operating costs. As a result, safe, healthy, and modern learning conditions will be created that meet the requirements of specialized education, improve the quality of educational services, and ensure the long-term effectiveness of the institution.