Today, July 4, 2024, the Energy Efficiency Fund and the Kyiv City State Administration signed a Memorandum of Cooperation within the framework of the EEF’s programs, which will expand the opportunities for Kyiv residents to receive assistance not only from the city but also from the state. The signing took place on the roof of the “Khudozhnyk” HOA, which has already installed a solar power plant on the roof under the city’s “70/30%” Program.
“We hope that joining our efforts will contribute to greater efficiency on the way to energy sustainability of the city and the country in general!” – emphasized Vitaliy Klitschko, the mayor of the city of Kyiv.
“The signing of the Memorandum on cooperation with the Kyiv City State Administration was a significant step on the way to increasing the energy efficiency of residential buildings in the capital,” commented Yehor Fareniuk, CEO of the Energy Efficiency Fund. — Together with the Kyiv City State Administration (KCSA), we will be able to combine efforts and resources to stimulate the implementation of energy-saving measures in the houses of Kyiv residents. It is important to emphasize the synergy of our efforts. The Energy Efficiency Fund has significant experience and expertise in the field of energy efficiency, and KCSA has the leverage to implement large-scale projects at the city level. By combining these possibilities, we will be able to achieve significant results in improving the energy efficiency of Kyiv’s housing stock. I am sure that our cooperation will make it possible to make Kyiv a model city from the point of view of energy efficiency.”
Moreover, Vitaliy Klitschko and Yehor Fareniuk inspected the building which has already undergone complete energy modernization under the city program. In particular, the residents of this building have already participated 5 times in the city’s co-financing program for energy-efficient works “70/30%”. An individual heating plant was repaired here, and energy-saving windows and doors were installed in common areas. The facade was insulated. They also installed 3 hybrid inverters of 10 kW each and a 30 kW battery. And this equipment can be charged either from the network or from solar panels installed on the roof. An individual heating plant can operate completely autonomously from batteries (up to 48 hours). And with the lighting of common areas (in entrances, corridors, on the stairs) and external lighting – on batteries, it can all work 24 hours a day. With connected elevators – 12 hours.