The project's goal is to introduce an innovative and energy-efficient solution for reliable power supply to the Knyahynichi Lyceum (Knyahynichi village, R. Shukhevycha st., 6) by reconstructing the power grid and installing a 12 kW hybrid solar power plant, which will simultaneously improve the state of the institution's infrastructure. The project provides for the development of two start-up complexes. Achieving the goal involves performing a set of turnkey works: development and examination of the power distribution system; replacement/modernization of input and distribution devices, protections, metering unit, grounding and lightning protection; installation of photovoltaic modules and a hybrid inverter with ATS integration for backup power supply of critical consumers (shelter, emergency lighting, server/communications, boiler room); setting up the monitoring and dispatching system; commissioning, design and technical supervision, personnel training and commissioning. The implementation eliminates the problem of frequent power outages and losses in worn-out networks, reduces dependence on external power supply and current expenses of the institution. The goal by 2028: to achieve an annual reduction in electricity consumption by 20% and save budget funds for paying for energy by 20% from the baseline level, ensuring the continuity of the educational process, increasing energy security and compliance with modern energy efficiency standards.

Key problems are the unreliability and deterioration of the lyceum's electrical networks, the lack of backup power for critical consumers (shelter, emergency lighting, server/communications, boiler room), unstable voltage quality, as well as the lack of modern grounding, lightning protection and monitoring systems. This is combined with high dependence on external power and increasing loads due to ICT equipment and the requirements for the continuity of the educational process. The urgency of the problems is now increasing due to frequent and long power outages, increased requirements for the operation of the shelter and digital infrastructure, as well as increasing tariffs for energy carriers. Without upgrading the networks and introducing a local source of generation with a backup mode, the institution faces the risks of accidents and fires, damage to sensitive equipment, interruptions in training and additional budget costs for emergency repairs and "inefficient" electricity. In the long term, this means loss of teaching hours, reduced quality of educational services, non-compliance with modern safety and energy efficiency requirements. The implementation of the project — reconstruction of power grids and installation of a 12 kW hybrid solar power plant with integration of automatic control and monitoring systems — eliminates the listed limitations. Continuity of the educational process and guaranteed operation of critical areas even during outages are expected, reduction of technological losses and improvement of electrical safety, load control and transparent accounting of consumption/generation. The economic effect is expressed in reduced costs for electricity and maintenance, the environmental effect — in reduced CO₂ emissions. By 2028, it is planned to achieve an annual reduction in electricity consumption by 20% and savings of budget funds for paying for energy by 20% compared to the baseline level, which will increase the sustainability and quality of the educational environment and compliance with modern standards.