The project owner is the Municipality of Vasvár and the consortium of the Vas County Municipality Office. Vasvár town is located in Vas county, the centre of the Vasvár subregion. He regained his city status in 1986. Vasvár is located 30 km from the county seat of Vas County — Szombathely — and 25 km from Zala County county seat — Zalaegerszeg. The village is easily accessible because it is located directly next to main road No 8, and road No 74 crosses the village. Vasvár city in 2016.01.01. According to data from the HCSO, it has a population of 4.229. The Municipality Office of Vas County is set at 272/2014. (XI. 5.) Government Decree will be responsible for project management during the project under the legislation on the rules governing the use of assistance from certain European Union funds in the 2014-2020 programming period. The Municipality of Vasvár owns the building of the Kindergarten in Vasvár and the building of the Youth House, so as owner, the application is submitted. The project aims to renovate the building of the Nursery in Vasvár and the Youth House building. The buildings are located in the village of Vasvár. The kindergarten building in Vasvár, No. 2 Kossuth street, on property 1240, the Youth House on Nagymákfai u. 32. The property is located in 4507. a) Objective of the project: The aim of the project is to modernise the buildings of Vasvár City Nursery and Youth House in order to ensure that the buildings are classified in a state-of-the-art manner, in line with today’s requirements, to reduce CO2 emissions, to reduce the maintenance costs of the buildings, and not least to improve the comfort of users and workers. Direct objectives: • modernisation of the energy indicators of buildings • replacement of doors and windows • implementation of post thermal insulation • adaptation of state-of-the-art heating system Indirect objectives: • reducing harmful emissions • continuously reducing energy dependency and increasing security of supply due to the use of fossil fuels • improving working and housing conditions for the target group (children and workers) • reducing municipal exodus and increasing population retention • enhancing the economic competitiveness of settlements, micro-regions and regions • achieving significant fuel and energy savings • achieving relevant cost savings from the previous one • optimising the maintenance costs of the institution • optimising the operating and maintenance costs due to the incorporation of the new technology and the repair of the building • increasing the lifetime of the property • improving the aesthetic appearance of the property, positive change in the townscape, increasing local government assets b) The technical and technical content of the project, together with a description of the scope of the selected self-eligible and ineligible activities: Self-eligible activities: Energy efficiency-oriented development of a municipal-owned building by modernising their external boundaries? Design of a small power plant (HMKE) with a maximum household size photovoltaic system to meet its own electricity demand? Modernisation of heating systems, Involuntary ineligible activities: Publicity? Accessibility? In the framework of the project, the accessibility of the buildings and the accessibility of the buildings within the building will be solved for both buildings (the exact description of this will be covered by a dedicated rehabilitation engineering plan chapter). One of the steps of the development is the construction of the thermal insulation of buildings, the facade, the floor above the basement and the closing slab. In the case of the Youth House, the doors and windows are replaced with modern, energetic doors and windows. As far as the nursery is concerned, the doors and windows have already been replaced. The heating system will also be upgraded, with the installation of a modern condensation gas boiler in the case of the nursery, and in the case of the Youth House with electrical heating panels. Domestic hot water supplies will also be replaced. For both buildings, solar panels are installed for the production of electricity. Planned energy renovations: — Thermal insulation of external wall structures — thermal insulation of attic floors — thermal insulation of basement floor — boiler replacement — Installation of a solar system with a power of 20.0 kW and 25.0 kW to cover electricity consumption and domestic hot water supply. During the project, the development of the training material and the provision of training: — Informing the permanent users of the buildings affected by the energy investment by the expert about the solutions applied, the rules of proper operation and the environmental benefits of the investment. — The materials of the above-mentioned training will be available to anyone in the relevant buildings, in a form suitable for self-learning