Building Integrated Photovoltaic (PV) Solar Market Segmented By Utility Grid Interactive BIPV Systems and Stand Alone BIPV Systems installation type with components such as Photovoltaic (PV) modules, Charge Regulator, Power Storage Module, Power Converters, Hardware Mounting System and Support System (safety and wiring disconnects)
Industry: Industrial Automation
Format: PPT*, PDF, EXCEL
Delivery Timelines: Contact Sales
Report Type: Ongoing
Report ID: PMRREP15367
Building Integrated PV Solar is the process of embedding solar photovoltaic modules into building structures as its outer layer. Thus in building integrated PV solar the photovoltaic modules perform multiple functions of generating renewable energy, replacing the traditional construction materials and reducing electricity cost. The other advantages of building integrated PV solar concept is that it makes the building sound proof, does not block the entry of natural light and blocks the entry of harmful radiations.
The energy generated by the integrated photovoltaic module are used within the building or is transferred to the grid. Building integrated PV solar is implemented in many parts of the building like windows, covered walkways, facades, skylights, parking canopies etc., but mostly on roof and facade surfaces are preferred as they are more exposed to solar light. The concept of building integrated PV solar is planned during the initial design and architectural planning stage, and is implemented in the initial construction of the infrastructure.
The increasing use of renewable resources is beneficial for the health and the environment as compared to the use of non-renewable energy resources. These factors drive the growth of global building integrated PV solar market. The PV modules can be installed after the construction of the building (which is called Building Added PV Solar), but it leads to increased construction cost and design issues for mounting separate PV modules on a constructed building, which can bolster the growth of global building integrated PV solar market.
The building integrated PV solar embedded constructions are more pleasing aesthetically, which attracts the builders and architects and will lead to significant growth of global building integrated PV solar market.
The codes and regulations of building integrated PV solar systems are not properly defined as it is the amalgamation of two separate industries i.e. solar electric power generation and construction, which could hamper the growth of global building integrated PV solar market. The PV modules generate less electricity as compared to the conventional PV module due to its internal composition, however with advanced technology, this challenge will be overcomed during the forecast period.
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The global building integrated PV solar market can be divided into seven regions, namely North America, Latin America, Western Europe, Eastern Europe, Asia Pacific Excluding Japan (APEJ), Japan and Middle East & Africa (MEA). Western Europe holds major share in global building integrated PV solar market because of the increasing government grants and investments in the region.
The high feed-in tariff in France, Switzerland and Austria has promoted the implementation of BIPV systems. Eastern Europe and Asia Pacific Excluding Japan (APEJ) are also expected to account for a significant share in the global building integrated PV solar market. The countries located near equatorial belt such as Malaysia and Singapore are expected to register a remarkable growth rate in the global building integrated PV solar market due to the largest solar yield in this region. The growth of building integrated PV solar market in Japan has expanded due to increased commercialization of BPIV systems.
Some of the players in the global Building Integrated PV Solar market are as follows:
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