01-09-2015, 09:24 AM
Building Integrated Photovoltaic (BIPV)
Photovoltaic power systems integrated with building design allow for the possibility of combining energy production with other
functions of the building envelope, including structural support, weatherproofing, shading etc. Cost savings through these combined
functions can be substantial. Building Integrated Photovoltaic modules allow the designer to create environmentally benign and
energy efficient buildings without sacrificing comfort, aesthetics, or economy. Cost of BIPV systems is site and location specific and
would be higher than the normal solar PV system of same capacity. However, as BIPV systems are installed either on the roof or
sidewalls of a building, the structural cost would be substantially reduced.
Source: CII–Godrej (2004). ‘Solar Photovoltaic–Potential and Prospects’, RES: Fact Sheet No.3, CII–Godrej GBC Publication, June.
Photovoltaic power systems integrated with building design allow for the possibility of combining energy production with other
functions of the building envelope, including structural support, weatherproofing, shading etc. Cost savings through these combined
functions can be substantial. Building Integrated Photovoltaic modules allow the designer to create environmentally benign and
energy efficient buildings without sacrificing comfort, aesthetics, or economy. Cost of BIPV systems is site and location specific and
would be higher than the normal solar PV system of same capacity. However, as BIPV systems are installed either on the roof or
sidewalls of a building, the structural cost would be substantially reduced.
Source: CII–Godrej (2004). ‘Solar Photovoltaic–Potential and Prospects’, RES: Fact Sheet No.3, CII–Godrej GBC Publication, June.