Komplett Renovierte 3+Kt Wohnung In Hanspaulka

We are offering for sale a spacious 3+kt apartment with a usable area of 81 m², located on the ground floor of a beautifully renovated apartment villa from 1919. The apartment combines the atmosphere of inter-war-period architecture with the comfort of modern technology and offers pleasant living in a quiet environment.

The interior features three bedrooms, one of which is accessible via a hallway with space for a kitchen unit. The apartment also has a generous practical storage room, one bathroom, and two toilets. There are two entrances to the apartment – one from the building and the other directly from the covered parking space, which increases the comfort and practicality of everyday use. Stylish details such as wooden floors, refurbished double wooden windows, and an original wooden staircase underline the unique character of the entire space.

Modern technology ensures low operating costs and high comfort. Underfloor heating is installed throughout the apartment, the entire building is heated by a heat pump, and there are solar panels with their own energy storage on the roof. The energy efficiency of the building is therefore rated B.

It is possible to purchase a covered parking space directly on the property, and a basement storage unit with the apartment.
This apartment is the ideal choice for those looking for a combination of elegant architecture, high-quality renovation, and modern, energy-efficient living.

The house is equipped with a modern energy system featuring a 28 kWp photovoltaic power plant, which generates approximately 30,000 kWh of electricity annually. The system also includes a high-capacity battery storage unit with a capacity of 241 kWh, which enables the efficient storage and use of the generated energy.

Thanks to this solution, both the heat pump and the home’s regular energy consumption are powered primarily by self-generated energy. Overall, approximately 90% of the home’s annual energy consumption is covered by its own energy system, which significantly contributes to very low operating costs.