Scalable Energy Integration with Organic Photovoltaics

OET develops and implements Building Integrated Organic Photovoltaics (BIOPVs), offering a practical and adaptable solution for clean energy generation directly on the built environment. These OPV-based systems combine energy performance with design flexibility, supporting both new constructions and retrofit projects.

BIOPVs contribute to building sustainability by lowering cooling loads, improving indoor comfort conditions, and supporting environmental certifications. With lightweight construction, flexible form factors, and semi-transparency, they can be seamlessly integrated into various architectural elements.

Solar Curtain

Flexible OPV panels function as external or internal shading elements while generating electricity. They contribute to thermal load reduction, glare control, and aesthetic enhancement of facades, especially in commercial buildings or glazed structures.

Solar Window

Semi-transparent OPV modules replace or overlay glass panes to create energy-generating windows. They maintain natural lighting while producing clean energy, offering a passive solution for BIPV-certified designs and urban energy efficiency.

Solar Balcony

OPV films are adapted to balcony railings and parapets, converting previously unused surfaces into vertical energy harvesters. This solution is ideal for multi-unit residential buildings and hotels, enabling decentralized energy generation.

Solar Canopy

Lightweight, durable OPVs are applied to canopies, pergolas, and sunshades in commercial or residential spaces. These systems provide weather protection, shading, and autonomous energy production without structural overloading.

Solar Atrium

In atrium spaces or glazed roofs, OPVs offer uniform light filtering, while generating energy without obstructing transparency. This balances aesthetics, thermal comfort, and electricity generation, making it suitable for office buildings, cultural spaces, and malls. OPET’s BIOPVs offer a reliable pathway for integrating photovoltaics into the urban landscape, contributing to net-zero building goals and enhancing the energy performance αnd market value of architectural assets