FOR SALE SINGLE-FAMILY ENERGY-EFFICIENT HOUSE!!!

Ready for interior finishing!!! We are just waiting for the electrical connection (PGE) which will be completed within the next 2 months.

I have contacts to companies that finish houses, so I can help with the contractors for your new home!!!

Offer description:

Ground floor layout

• 1 Hall 5.42m
• 2 Corridor 4.46m
• 3 Kitchen 14.68m
• 4 Living room 17.89m
• 5 Bathroom 8.15m
• 6 Room 15.87m
• 7 Room 15.88m
• 8 Boiler room 4.26m (with additional toilet)

Electrical installation distributed

Underfloor heating

Gas boiler

Possibility to build a detached garage for 1 or 2 cars, sample photos can be sent by email, any garage configuration!!!

Utilities (water, electricity, septic tank, gas)

House in developer condition to finish inside.

Communication: the property is located near the S-7 route, travel time to the airport is about 30 minutes.

Grocery store 500m Biedronka, Rossmann, school, etc. about 5 minutes.

Nowe Racibory is a village in Poland located in Piaseczno County, Mazowieckie Voivodeship. Beautiful forests begin 500m from the property, where you can expect unspoiled relaxation and rest during trips through the mentioned forests. The location of the house is ideal for those who value peace, quiet, and love the forest and surrounding nature.

I invite you to familiarize yourself with the offer.

Below I have included some technical data:

A residential house is a building whose structure and equipment allow for permanent residence of people, providing them with the ability to perform basic life functions. A modern house should additionally be characterized by low construction and subsequent operating costs without reducing the durability and value of the building. Such conditions are met by energy-efficient frame houses with modern technological and media equipment. Since the energy crisis, a very important feature of a residential building is the thermal balance in terms of annual operation, the amount of heat for individual partitions A is the surface area of the partition U the heat transfer coefficient s time in hours Δt the temperature difference. We measure surface areas A from the building or take them from the project. The U coefficient depends on the thickness of the partition and the type of material. S, i.e., time, we assume 5000h which results from the number of heating hours in the year. Δt depends on the average annual temperature for the given region outside the building, taking into account the temperature +20˚C inside +10˚C temperature under the floor. To illustrate the thermal balance, we will use a building in frame technology A98 with external dimensions of 13.35 x 9 m and a height of 2.6, other dimensions of the above building are available on the website. Calculations and results of the balance are presented in table no. 2 Balance for: area Heat transfer coefficient Time in hours Temperature difference Amount of heat loss for individual partitions Ceiling 30 cm wool External walls 15 cm wool + 15 cm graphite polystyrene. Floor 15 cm polystyrene. Windows triple-glazed package. The total annual thermal balance for the above house amounts to 5346 KWh. With the use of a two-function gas boiler with a closed combustion chamber and taking into account the conversion of 11.1 KWh = 1 m3 of high-methane natural gas, we obtain an annual consumption of 500m3 of gas. Heating CWU with a monthly consumption of 2 m3 to a temperature of about 45˚C, after careful calculation, we obtain another consumption of 100m3 of gas. In total, we get 600m3 of gas at a price of 2.39zł per m3 in 2025, the total heating cost is about 2000 zł per year. At the same time, we draw attention to the current EU standards applicable in residential construction. Measurement results show that the technology of frame houses exceeds the required standards while making the house cheap to use.

WHY GAS HEATING IN FRAME HOUSES in frame houses, gas boilers are preferred and used as a heat source for heating CO and CWU. We will try to explain why this solution is economical, rational, and a remedy for all ills in single-family construction in Poland. Combustion of fuel is a chemical process involving the synthesis mainly of carbon and hydrogen contained in the fuel with oxygen. It is an exothermic reaction, from which we obtain thermal energy that we can use directly or to obtain electrical energy. Combustion is a complex process consisting of three stages. The first stage is the evaporation of moisture contained in the fuel. The second stage is heating to the ignition temperature, while the third stage is the actual combustion with the release of heat. The first two stages require heat from outside or from the third stage. The analysis of the suitability of fuels should start from the calorific value of the fuels used in heating and energy. The lowest price is obtained from gas in a two-function boiler with a closed combustion chamber - the average does not exceed 0.20 zł. The analysis of other fuels and boilers used in single-family construction is already far from economical and inadvisable. 1) Low-power coal boilers are inefficient, i.e., they emit more heat into the atmosphere, and the flue gases contain dust and toxic substances. Installations are more expensive and require a larger boiler room and space for fuel. Operation requires ash removal and insulation of the boiler room from the living area. There is no possibility of using full CO automation and difficulties in adjusting in summer when obtaining CWU. They require supervision and a system of CO with an open expansion vessel. If the situation in Poland with CO2 emissions and smog does not improve drastically, being in the EU, one must reckon with penalties and additional fees. 2) Oil boilers can have high efficiency at large sizes and high prices of the boiler itself with installation. Flue gases contain a large amount of nitrogen oxide and carbon dioxide. Boiler rooms require appropriate space for the boiler and fuel tank and maintaining safety in the building related to use. 3) Pellet and eco-coal boilers require larger boiler rooms, a boiler for hot water, and electrical devices to operate the feeder and equipment. The cost of installation and the boiler is higher than gas. An open water circulation system can be used, and full automation for CO and CWU cannot be utilized. They also require periodic inspection and refueling of fuel and storage space for fuel. 4) In wood, chip, and sawdust boilers - flue gases do not contain toxic pollutants, only a large amount of suspended dust. The structure is spacious and expensive and requires a larger boiler room. The problem is also maintaining the fuel moisture at 12%, which requires storage, and the structures additionally require frequent loading of the tank. The installation is expensive and does not allow for automation in CO and CWU. 5) Current gas boilers with a closed combustion chamber do not require additional equipment and are the lowest priced compared to others. One small device provides thermal energy for CO and CWU. They allow for the use of full automation with temperature control in every room. Gas combustion is limited to actual needs at any time. They are quiet in use and clean and hygienic in operation. They can be installed in utility rooms. They only require a service inspection once a year. A closed circulation system can be used, and the boiler has anti-freeze functions. Currently, it is possible to use a gas boiler and installation anywhere in the country, thanks to LPG gas cylinders, where there is no natural gas installation. The lease for the cylinder with service and maintenance costs around 45zł per month. In this material, the analysis is based on calculations of fuel parameters and calorific values and available boilers on the Polish market for residential houses, not on advertising content. Our project and implementation of the house construction take into account the described parameters and EU expectations, which we rationally transfer to the Polish single-family construction market.

Specifications:
Area: 90.0 m²
Bedrooms: 3
Bathrooms: 1
Floor: ground
Built: 2025

Additional Features:
Kitchen Size M2: 14.68

Seller: Katarzyna

Data source: https://www.otodom.pl/pl/oferta/dom-jednorodzinny-90m2-ID4x4JK