Building Integrated Photovoltaic (BIPV) Market Overview:
The global Building Integrated Photovoltaic (BIPV) market is entering a robust growth phase, driven by increasing demand for clean energy solutions and rising interest in integrating solar capabilities directly within building structures. According to Mordor Intelligence, the BIPV market is projected to grow from USD 13.45 billion in 2025 to USD 38.33 billion by 2030, registering a compound annual growth rate (CAGR) of approximately 23.31 % over this period.
This growth reflects stronger regulatory support, falling costs of solar technologies, and greater demand from urban infrastructure and smart cities. The BIPV market offers building developers a way to embed solar modules into façades, walls, windows, and roofs-allowing buildings not only to consume but also to generate electricity. While upfront costs remain a barrier in some regions, scaling demand and maturing manufacturing are expected to improve cost competitiveness over time.
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Key Trends in the BIPV Market
Rapid Uptake in Residential Segment:
The residential segment is expected to register notable growth during the forecast period as more homeowners seek to embed solar in new builds and retrofits. The appeal of combining aesthetics with energy generation is encouraging adoption of BIPV in roofs, façades, and glass elements of homes.
Supportive Government Policies and Incentives:
Many national and regional governments are pushing for net-zero and low-carbon buildings, offering incentives, tax credits, or favorable building codes for green construction. These supportive policies help reduce effective cost and risk for developers and end users, thereby encouraging more BIPV installations.
Cost Pressure from Alternative PV Systems:
Compared to conventional rooftop PV systems, BIPV installations generally incur higher capital and integration costs. This cost differential is a restraint that market players must manage-through design optimization, economies of scale, and improved manufacturing yields.
Asia-Pacific Leading Growth:
The Asia-Pacific region is expected to be the largest and fastest-growing market for BIPV during the forecast period. Declining costs of solar modules in the region, combined with rapid urbanization and strong demand for sustainable buildings, support this trend.
Multi-Story and High-Rise Applications:
As cities densify, vertical surfaces-such as façades and glass walls-are becoming important zones for integrating photovoltaic surfaces. BIPV solutions for high-rise buildings are gaining attention as a way to optimize building envelope use and deliver energy in constrained urban settings.
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Market Segmentation in the BIPV Market
By Technology
- Crystalline Silicon: The dominant technology in BIPV installations, owing to its higher efficiency and familiarity among developers and suppliers.
- Thin Film: Offers greater flexibility and lighter weight; may find use in specialized façade or curved designs.
- Others: Including emerging materials, hybrid or next-generation photovoltaic options.
By Application
- Roof: The largest share within BIPV use cases, as integrating PV into roofing materials remains most straightforward in many structures.
- Glass / Windows: Integrating transparent or semi-transparent PV glass is gaining interest for building façades and atria.
By End-Use Sector
- Residential: Homes, apartment buildings, townhouses
- Commercial: Office buildings, retail centers, hotels
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Key Players in the BIPV Market
Mordor Intelligence identifies a number of leading companies active in the global BIPV space. Some notable ones include:
- Onyx Solar Group
- SUNOVATION GmbH
- Mitrex
- NanoPV Solar
- Polysolar Limited
Additional players listed in the industry include AGC Inc., Issol Switzerland Ltd, Changzhou Almaden Co. Ltd, Solarday SL, and Ertex Solartechnik GmbH. These companies tend to compete on design aesthetics, integration ease, module efficiency, cost, and partnerships with building developers. Some may also enter licensing or joint development agreements to expand reach across geographies.