passive house connected with solar panal and hands with telephone to shwo the house is connected
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\"A connected and eco-friendly house with solar panels, featuring hands holding a phone displaying an application proving the house's connectivity.\"
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house with passive solar architecture, flat and square format, for an urban environment
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house with passive solar architecture, flat and square format, for an urban environment
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house with passive solar architecture, flat and square format, for an urban environment
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A connected and eco-friendly house with solar panels, featuring hands holding a phone displaying an application proving the house's connectivity
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A connected and eco-friendly house with solar panels, featuring hands holding a phone displaying an application proving the house's connectivity
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(kolhaas:1.4)(snohetta:1.2) House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades (hdr:1.24)(wood:0.8)
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modern house, passive solar architecture, plan format, urban environment
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modern house, passive solar architecture, plan format, urban environment
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modern house, passive solar system for air conditioning, architectural plan format, urban environment
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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House in the north of Holland incorporates both integrated sustainable solutions and home automation, whilst enabling a flexible use of space. Located on the outskirts of a Dutch village and close to the sea, the house is backed by a wooded area and fronted by an open expanse of polder landscape. The design of the house responds to both its setting and to the seasons. The more intimate working and sleeping areas are located towards the back, where the enclosure of the woods provides an intimate setting, while the living areas enjoy panoramic views of the polder landscape to the front. The elevated position of the open plan living areas enhances the views to the exterior. Each of the four facades, curve towards the inside to create four distinct petal-like wings. These curving recesses are visually connected to each other through their view lines, which cross at the heart of the building. The vertical organisation of the building follows a centrifugal split-level principle. An open staircase at the centre of the house connects the front and back wings. A comprehensive home automation system enables integrated control of the electrical systems including solar panels and mechanical installations. Complete control of this ‘smart home’ is possible by a central touch-screen in the living area, while decentral devices provide dedicated control per room. Furthermore control is possible remotely by independent devices via LAN-connection. The integrated sustainability concept of the house includes a central airwater heat pump, mechanical ventilation with waste heat recovery and solar panels. Heat gain is reduced through the use of tinted glass on the fully glazed front and back facades.
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realistic house with solar panels, modern architecture, for an urban environment
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house with modern architecture, flat and square format, with solar panels, for an urban environment
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house with solar panels, rectangular modern architecture, urban environment
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concrete building between two normal houses in munic, cool windows
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house with solar panels, modern architecture, straight roof, urban environment
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