#: locale=it
## Tour
### Descrizione
### Titolo
tour.name = Casa Spa
## Media
### Titolo
panorama_5D4A04E7_54BF_E439_41B6_8C29AD1F6EBD.label = angolo poster sx
panorama_5D4A2D05_54BF_E5F9_41C7_5F06585CB293.label = laterale solar wall
panorama_5D4A5C9C_54B8_240F_41A6_DA157C07F073.label = centrale posteriore
panorama_5D4A9C22_54B8_643B_41D3_B4FDFB118520.label = angolo dx
panorama_5D4A9CCE_54B8_240B_41CC_42F8EBBC10DA.label = angolo post dx
panorama_5D4AA469_54B8_2409_41D3_160EBEF283B5.label = laterale dx
panorama_5D4AE39A_54B8_1C0A_41BB_1D4B722752F4.label = centrale anteriore
panorama_5D4DDCD3_54B8_2419_419C_EDACBBC83482.label = tetto centrale
panorama_5D4DF4EC_54B8_240F_419F_A174A531EB36.label = angolo anteriore sx
panorama_5D4E058E_54B8_240A_41B3_C9A70ECC3FFD.label = tetto dx
panorama_5EA102E4_54B8_3C3F_41BA_EA59ECC65D1D.label = Drone Laterale DX
panorama_5EA29BBD_54B8_2C09_41B2_552D9754EBAA.label = Drone solar wall
panorama_5EA2C76D_54B8_6409_41CA_C9B86AFB1CE6.label = Drone posteriore centrale
panorama_5FB00E29_54B8_2409_41C0_BF2DDC020DB8.label = Drone Anteriore centrale
## Popup
### Corpo
htmlText_4CF918BD_55C8_2C09_41CD_1AB8BAF976F0.html = The Solar Wall transforms solar energy into hot air which is fed to the central HVAC system. The HVAC system uses a heat-pump to utilize the solar wall energy to both cool down and heat up the building. At the Italian demo site, the package is meant to use the pre-heat air from the SolarWall technology, a transpired solar thermal collector, to improve the NIBE heat pump COP. Ventilation strategies are adopted through a heat recovery ventilation unit integrated in the Solar Window Block to optimize indoor environmental quality and energy consumption.
The HVAC system uses a heat-pump to utilize the solar wall energy to both cool down and heat up the building. At the Italian demo site, the package is meant to use the pre-heat air from the SolarWall technology, a transpired solar thermal collector, to improve the NIBE heat pump COP. Ventilation strategies are adopted through a heat recovery ventilation unit integrated in the Solar Window Block to optimize indoor environmental quality and energy consumption.
The Solar Window Block is an autonomous modular and flexible solution aimed at improving building energy efficiency and increasing indoor comfort, while also generating energy from a renewable source. The window block is a physical framework surrounding the window frame made of insulating materials, composite wood, metal supports and sealing bands. The Solar Window Block features a mechanical ventilation system, integrated shading system and integrated BIPV. Pellini has provided the shading devices together with their actuators and remote control hub. EuroFinestra has manufactured the window and insulating frame, as well as provided and integrated all the rest of required components in the Solar Window Block system
The vertical panels were installed with the TULiPPS Click-&-Go technology for easy, fast and reliable installation. The glass-glass PV panels were provided by ONYX. With the Click-&-Go mounting system, BIPV installers can click modules directly onto a pre-fabricated vertical mounting rails with adjustable axels allowing for the installation of various PV models. The Click-&-Go system is aesthetically appealing and reduces installation time and costs, prevents mistakes, and allows for easy maintenance of the installation.
The EnergyMatching Tool, developed by EURAC, supported the preliminary design of the PV system in the multifamily dwelling unit of Campi Bisenzio. Indicating position and capacity of the PV modules, and also capacity of the electric storage, the tool suggested the optimal solution according to the specificities of the building (geometry and energy demand), the technologies (costs and technical features) and the context (irradiation conditions and electricity cost). The tool provided a set of indicators, as an insight on the PV system expected performance.
The Solar Wall transforms solar energy into hot air which is fed to the central HVAC system. The HVAC system uses a heat-pump to utilize the solar wall energy to both cool down and heat up the building. At the Italian demo site, the package is meant to use the pre-heat air from the SolarWall technology, a transpired solar thermal collector, to improve the NIBE heat pump COP. Ventilation strategies are adopted through a heat recovery ventilation unit integrated in the Solar Window Block to optimize indoor environmental quality and energy consumption.
The solar panels installed utilize the TULiPPS Click-&-Go installation system with composite PV modules from Tecnalia. With the Click-&-Go mounting system, BIPV installers can click modules directly onto a pre-fabricated vertical mounting rails with adjustable axels allowing for the installation of various PV models. The Click-&-Go system is aesthetically appealing and reduces installation time and costs, prevents mistakes, and allows for easy maintenance of the installation.
The HVAC system uses a heat-pump to utilize the solar wall energy to both cool down and heat up the building. At the Italian demo site, the package is meant to use the pre-heat air from the SolarWall technology, a transpired solar thermal collector, to improve the NIBE heat pump COP. Ventilation strategies are adopted through a heat recovery ventilation unit integrated in the Solar Window Block to optimize indoor environmental quality and energy consumption.