EUROPE BIPV GLASS MARKET FORECAST 2024-2032

The EU Energy Performance of Buildings Directive (EPBD) requires all new constructions to meet nearly zero-energy standards, making energy-efficient materials like BIPV glass essential. BIPV glass replaces conventional materials while generating electricity. The EU-funded PVSITES project demonstrated the efficiency of these systems with installations in Belgium, Spain, and France, demonstrating their reliability in different climates. 

Thin-film technologies, such as copper-indium-gallium-selenide (CIGS) modules, are increasingly popular for their cost-effectiveness and design flexibility, with over 4,000 monitored MW installations showcasing operational success. Funding initiatives exceeding €5.4 million have been allocated to develop systems aligning with energy and construction regulations, improving integration and overall performance.

In Germany, over 1,000 BIPV installations are in place, focusing on solar-integrated public infrastructure. This development is supported by the German Renewable Energy Sources Act (EEG), which provides subsidies and tax benefits to promote building-level solar adoption. France has shown success in projects like the PVSITES initiative in Bordeaux, where BIPV systems achieved energy yields of up to 80%, proving effective in the Mediterranean climate. French regulations such as RT2012 require energy-efficient designs, further driving demand for BIPV solutions. Italy’s urban redevelopment projects, such as those in Milan, integrate semi-transparent BIPV modules in curtain walls to meet the national goal of reducing building emissions by 30% by 2030. Local tax rebates incentivize adoption, aligning economic and environmental goals.

The Netherlands and Spain are leading with innovative regional applications. Rotterdam’s projects, including solar bike shelters and energy-generating office complexes, align with urban planning mandates for sustainable materials. Catalonia in Spain has become a hub for thin-film BIPV innovation, backed by regional incentives for energy self-sufficiency. The 2019 ‘Self-Consumption Law’ in Spain further promotes renewable integration in residential and commercial sectors. These regional developments, influenced by unique policy frameworks, climate considerations, and economic factors, highlight the diverse approaches across Europe in advancing the BIPV glass market.

The Europe BIPV glass market segmentation includes material, glazing type, component type, and end use. The end use segment is further classified into residential, commercial, industrial, and other end uses.

Industrial and commercial applications of BIPV technology are expanding, as these sectors aim to minimize energy costs and comply with sustainability standards. The implementation of BIPV installations in industrial facilities not only supports the production of renewable energy but also contributes to reducing the carbon footprint of these buildings. However, the high initial investment and integration complexity associated with building-integrated photovoltaic glass modules can be a barrier to broader adoption. 

In particular, retrofitting existing industrial buildings with photovoltaic modules involves technical and financial considerations that may slow down market growth. Additionally, ensuring compatibility between BIPV solar modules and various building types remains a regional concern, as construction standards and practices vary across countries within Europe.

Key players in the Europe BIPV glass market include AGC Inc, Nippon Sheet Glass Co Ltd, Onyx Solar Group LLC, etc.

Nippon Sheet Glass Co Ltd, headquartered in Tokyo, Japan, manufactures and distributes glass and glazing systems for commercial, residential, and automotive applications. The company’s product range includes fire-resistant, solar control, noise control, thermal insulation, and safety glass, along with specialty products. NSG operates production facilities in multiple countries and serves markets in Europe, Asia-Pacific, North America, and South America.