Bipv
An overview of projects, products and exclusive articles about bipv
Project • By Solartag • Community Centres
Copenhagen health house
With respect for the surrounding area and a strong focus on aesthetics, Dorte Mandrup A/S has designed a building that accommodates the required facilities while offering a remarkable spatial experience. The building makes extensive use of timber and its many architectural possibilities. Through close collaboration with the architects, the main contractor Einar Kornerup A/S has successfully translated the drawings into reality. The building contains many elements and details that required new approaches to construction. High-quality craftsmanship has been present throughout the entire process
Einar Kornerup
Einar Kornerup
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Project • By FACADE DESIGN MANAGER • Airports
Istanbul Airport
Designed as a transportation hub, Istanbul Airport T1 is among the largest construction projects of the world. Custom designed unitized CWS , stick system CWS . dome skylight systems and modular roof steel structure system with a vaulted ceiling , each being large spanning enclosures are developed in collaboration with teams of designers and engineers which was an intricate process due to design-build concept of the construction,
FACADE DESIGN MANAGER
IGAIRPORT
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Product • By SolarLab • Building Integrated Photovoltaic (BIPV) Panels
Building Integrated Photovoltaic (BIPV) Panels
Invisibly integrating high quality PV technology in ventilated solar rain-screens combine architectural, economic and environmental qualities to produce a unique and transformative building material.
The solar facade will pay for itself both financially and environmentally while at the same time providing a highly durable and resilience cladding that will pay for itself many times over its multi generational life.
Ventilated rain-screens are a proven cladding solutions that protects the building against the elements and lower operational costs by simplifying maintenance and lower theremal load of the building. The structure also lends itself easily to reuse in a circular resource economy and when integrating PV it will furthermore produce... More
Project • By SunStyle • Housing
Single-family house in Bern
The roof of a house is not only a durable protection against wind and weather. As part of the dream home, it also acts as an eye-catcher and rounds off the architectural design of the entire property. This is what the owners of this home thought, too, who took the opportunity to upgrade their house aesthetically and in terms of energy technology as part of a roof extension to gain living space. Conventional solar panels were out of the question for them. The visual appearance of the house and the most ecological building style possible were the top priorities for the owners. At the same time, optimal energy generation was to be achieved by covering as much of the roof surface as possible with solar tiles. A clear case for the products from... More
Project • By SunStyle • Residential Landscape
LAKE HOUSE -SWEDEN
SunStyle has installed its first solar roof in Sweden together with its partner Ecosol. This spectacular house has the first SunStyle solar tile installation in Sweden on its roof. The solar tiles fit perfectly into the appearance of this wonderful building and are another step towards a sustainable future.
Ecosol
Ecosol
Ecosol
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Project • By BIPV.world • Distribution Centres
Willems Logistics / van Caem Transporten
The largest Dutch BIPV facade installation on an industrial building. Covering 540 square meter, the installation utilizes TULiPPS innovative Click&Go installation system. The solar faccade consists of 240 frameless solar panels and 256 aluminium composite cassettes from Plastica. The estimated annual energy (kWh) production of the Van Caem BIPV faccade is 62.000 kWh per year, equal to the average annual energy consumption of 18 households. Within the EnergyMatching project, TULiPPS, Onyx, FerroAmp, and Plastica cooperated to realize the installation.
Caption
BIPV Click&Go System
The Click&Go BIPV facade is prefabricated and delivered with solar panels as a complete package. The Click&Go mounting system is designed to... More
Product • By Elemex • Solstex® BIPV Solar Facade System
Solstex® BIPV Solar Facade System
The Solstex® Solar Facade System by Elemex® is made from high-efficiency photovoltaic (PV) panels that are engineered to be weather-resistant and lightweight. Each large-format, code-compliant panel generates up to 16.5 W/sq.ft, reducing your building's dependence on fossil fuels, earning LEED credits, and generating savings that can cover installation costs within 10-12 years. Designed to seamlessly integrate with other Elemex® products — including Ceramitex®, Stonitex®, and Alumitex® facade systems — Solstex® provides an unlimited range of design possibilities. More
Product • By Heliartec Solutions Corporation, Ltd. (Taiwan) • Aesthetic Energy Panel
Aesthetic Energy Panel
Aesthetic Energy Panel - Innovative integration of aesthetics and functionality to enable generation of solar PV energy from building envelops
Functioning as colored laminated safety glass, AEP can replace traditional cladding in the ventilated façade structure and further turn the building envelops into generators of clean energy.
Appealing graphical patterns:
High-resolution digital printing technology enables AEP to mimic the patterns of traditional building materials or to realize any designer/architect’s creations. Special treatment on the glass surface creates a silky texture, enhances the vividness and reduces reflected glare.
Superior build quality:
Stability and durability are strengthened by utilizi... More
Project • By ArchitectureLIVE • Private Houses
New build eco family home, Surrey
ArchitectureLIVE were appointed to provide a redesign for a new-build family home replacing existing WW2 structures in rolling Surrey countryside.
Our proposal is for the construction of a partially pre-fabricated 2-storey single family home with an attached double garage, outbuildings and an outdoor swimming pool. The new design seeks to blend in with its natural surroundings through the use of a combination of locally sourced natural materials such as stone and timber cladding. The planned orientation of the dwelling responds sympathetically to it's setting by framing the mature trees and is optimal for the use of renewables. Building integrated photovoltaics (BIPV) and a ground-source heat pump combined with a high performance bu... More