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ClearVue technology is embedded in a double-glazed insulating glass unit (IGU) that enables efficient use of solar energy enables. Micro- and nanoparticles within the IGU interact with ultraviolet and infrared radiation, sending them to the edges of the IGU for power generation by photovoltaic (PV) cells. glass. Despite this redirection, light transmission remains high, with up to 70% (VLT), which means that visible light continues to pass through the glass. The collected Electricity can either be fed into a battery solution or used directly on site, providing flexibility in energy use. ClearVue units generate up to 30 Wp/m² of electricity at high thermal envelope performance. This technology operates at a 90-degree angle, making it ideal for various applications such as facades, greenhouses, and curtain walls. Stick to it the glass panes are perfectly clear and do not impair the view or cause annoying tints.

A case study of the use of ClearVue technology is a two-year study at Murdoch University in Perth, Australia. In In this study, the ClearVue windows in a greenhouse generated 19 kWh per day, which covered almost 40% of the energy demand during the growing season. ClearVue sees tremendous potential for the European market, where building energy efficiency is a high priority. With rising energy prices and an increasing demand for sustainable construction methods, ClearVue windows could be a cost-effective solution for builders and real estate developers. ClearVue PV has demonstrated that its second generation of BIPV windows can be produced on mass production lines, without glass manufacturers having to change their standard lines. This ensures a more cost-effective product for end customers and allows the company to scale quickly. ClearVue is currently in negotiations with several potential manufacturing partners worldwide to make its technology globally available.

Another advantage of ClearVue PV technology is its safety certification. The second generation of ClearVue PV windows has successfully passed fire resistance tests that qualify them for use in buildings over 18 meters and in high-risk environments such as hospitals and schools. These certifications are crucial for acceptance and integration into the European construction sector, where strict safety regulations apply.

As part of the European Green Deal, the REPowerEU plan was launched in May 2022. This plan builds on the proposals of Fit for 55 and aims to achieve a net reduction in greenhouse gas emissions of at least 55% by 2030. An essential part of the REPowerEU objective is the use of Solar energy. The investment scale is considerable, with up to €20 billion in new grants and up to €225 billion in loans.

The EU has committed to accelerating the deployment of solar technologies to generate more than 320 GW of solar PV and almost 320 GW by 2025. 600 GW by 2030. This creates numerous opportunities for companies like ClearVue to participate and contribute.

ClearVue's technology can turn a glass building into a massive solar PV panel that generates electricity exactly where it needs it reducing the requirements for long-distance power transmission. Under the company's vision, glass will no longer only be used as a building element, but also as a renewable energy source.

ClearVue has already demonstrated the commercial availability of its technology in Luxembourg, which provides energy from a clear window. . Among the participants were a group of CEOs of major construction companies as well as Luxembourg's Minister of Economy Franz Fayot and Energy Minister Claude Tower.

ClearVue PV is currently in negotiations with several potential manufacturing partners worldwide to promote this technology globally available. The future of ClearVue PV technology in Europe looks promising, and its integration into the construction sector could make a significant contribution to the global transformation of the world. sustainability.