népi építészeti füstlyukas tetőforma
a történelmi tetőforma újra értelmezése a füstlyuk mögött a hosszanti szélturbina helyezkedik el
Family houses
Year of design: 2016
Designer: Dániel Bianki DLA
Status: Under construction
I was contacted by a young intellectual couple about the design of their family house.
The site is located in the surroundings of the University City of Miskolc.
A few meters from the Hejő stream, a ground floor plus attic high roof building with ~146 m2 of usable floor area is being built, the structure is unique in the region, Wyw block Löglen structure.
The architectural environment of the building is varied, in the immediate vicinity there are buildings with a Mediterranean appearance, in front of it a family house in the Alpine style fashionable in the 90s, behind it on the other side of the stream, surrounded by multi-storey gable-roofed condominiums. The latter has a lasting value in its appearance, which is matched by the appearance of the proposed building, with modern architectural elements.
Year of design: 2016
Designer: Dániel Bianki DLA
Condition: Not implemented
Year of design: 2018
Designer: Bianki Dániel DLA
Status: Under construction
A medical couple contacted me about the design of their family house.
A 3-storey building on a sloping terrain, with ~ 300 m2 of usable floor area, the structure is unique in the region, Wyw block is made of polystyrene foam concrete technology, it is extremely fast to build and the price is more affordable than conventional construction technologies.
The structure (brick, frame, slab, floor) has very good thermal insulation properties. The building's mechanical system will be based on renewable energy, with heat pump technology for cooling and heating, central heat recovery ventilation, and electricity supplied by solar panels on the roof.
Year of design: 2020
Designer: Bianki Dániel DLA
Status: Under construction
Gross floor area: 404 m2
The house is planned on a plot of land on the outskirts of the village, in the immediate vicinity of the Bükk Mountains. Many plans for the same plot, but in the end this one reflects best the client's taste, the result of a consensus, where rustic forest architectural character meets modern minimalist architecture. The interior design is fully adapted to the client's requirements, but professionally maintaining the separation between communal spaces and internal living areas.
Year of design: 2020
Designer: Bianki Dániel DLA
Status: Under construction
Gross floor area: 215 m2
The terrain and the location make the building special, you will be able to see it from far away and there are no neighbouring buildings nearby. It is built for a family who likes to be close to nature. The appearance of the building combines the character of classic rural architecture with contemporary modern architectural features (use of materials, proportions of windows and roofs). The internal layout is divided into two parts: the family communal areas and the separate internal living zones.
Year of design: 2011
Designer: Bianki Dániel DLA
Tender design for a family house using renewable energy.
The size of the building and its functional connections meet the needs of a family of four.
The building's size and dimensions are such that it can accommodate a family of four people. The private zone, i.e. the bedrooms, is located on the reception level of the building, and the communal spaces below, taking advantage of the slope of the plot, so that the kitchen-dining-living room has direct access to the garden.
A wind generator is hidden in the roof deck to take advantage of the longitudinal and transverse winds running across the roof surfaces. This generator harnesses the wind entering through the two air intakes on the roof ridge and the two shorter vents on the roof of the container roof, and in addition to generating energy, it also cools the attic.
In order to reduce the energy output of the building, the deck has a classic thatched roof, which increases the thermal insulation of the building and is a reference to the use of natural materials in Hungarian vernacular architecture. Also the gable-roofed building form used in historical architecture was adapted to contemporary architecture.
Year of design: 2021
Designer: Bianki Dániel DLA
Status: Under construction
Gross floor area: 385 m2
We were commissioned to convert a residential building that had been vacant for years. A special feature of the project was that the 4-storey building - basement, ground floor, first floor, attic - required an internal central staircase, as the stairs to the upper floors were in different locations. It is surprising that the southernmost side of the building, which is the sunniest, has no windows at all, while several of the main rooms are oriented to the north, which creates unfavourable lighting conditions in the interior.
During the renovation, the interior room connections will be transformed and large glass surfaces will be added to all main rooms, so that the interiors will have sufficient natural lighting at all times of the day.
Of course, to protect against excessive heat in summer, in addition to the thermal insulation, external louvre blinds will be installed in front of all balcony doors and windows, and the west-facing terrace will be fitted with a garden shading structure with movable louvres and sliding shutters.
The building will have a heat recovery ventilation system and will be heated by a conventional gas boiler.
Year of design: 2021
Designer: Bianki Dániel DLA
Status: Under construction
Gross floor area: 278 m2
We planned a family house for a dear friend and his family in Bükkszentkereszt.
The plot has a considerable slope, but has a nice view of the surrounding hills.
When designing the building, cost efficiency was an important consideration, as well as blending into the landscape.
The house was designed to fit the terrain with a staggered layout. This means that the anticipated excavation costs will be lower than for cut and fill.
The simple and narrow building envelope's spatial barriers do not require thick cross-section supports, which also saves costs.
To reduce the heat load on the roof in summer, a pale grey tile roofing was chosen instead of the usual red or the now fashionable anthracite grey.
The building meets current energy standards with heat recovery ventilation and also meets the required 25% renewable energy target with solar panels installed on the roof.