The main goal of the project is the energy modernization of the kindergarten's hot water supply system by reducing the consumption of traditional energy resources and partially switching to the use of renewable solar energy. The implementation of the project will allow to increase the energy efficiency of the building, reduce electricity costs and ensure a more stable hot water supply. The method of achieving the goal involves the integration of the solar system into the existing hot water supply system of the institution. To this end, 24 vacuum solar collectors will be installed on the roof of block "B", two storage tanks with a capacity of 1000 liters each, pump groups, automation and control systems, pipelines and auxiliary equipment will be installed. During periods of insufficient solar insolation, water heating will be provided by electric heaters with a total capacity of 18 kW. As a result of the project, a significant reduction in electricity costs, a decrease in the load on traditional energy sources and the creation of a modern energy-efficient hot water supply system are expected. An additional goal of the project is to ensure reliable, safe and uninterrupted operation of the hot water supply system, as well as the creation of proper sanitary and hygienic conditions for children and employees of the educational institution. This goal is achieved through the use of certified equipment, automated control systems and comprehensive technical protection of equipment. The project provides for the installation of protective grounding, thermal insulation of pipelines, installation of safety groups, protection systems against overheating of solar collectors, thermal mixing valves and automatic roller shutters to protect equipment from adverse weather conditions. The expected result will be stable operation of the system over a long period of operation, minimizing the risks of emergency situations, protecting users from burns and electrical injuries, as well as increasing the overall level of safety of the operation of the institution's engineering networks.

The existing hot water supply system of the kindergarten is energy-dependent and operates exclusively at the expense of electricity, which leads to high energy costs. The system has significant physical and moral wear and tear, is not equipped with modern means of automation and thermal energy storage. In the event of power outages, there are risks of unstable hot water supply, which negatively affects the sanitary and hygienic conditions of the institution. The implementation of the project will reduce electricity consumption through the use of solar energy, increase energy efficiency and autonomy of the institution. Stable hot water supply will be ensured, the load on the power grid will be reduced, and sanitary and hygienic conditions for children and kindergarten employees will be improved. The project will also contribute to saving budget funds and reducing the impact on the environment.