Institut Photovoltaïque d’Île-de-France (IPVF) and Orange’s research on the Internet of Things (IoT) are pleased to announce the signing of a co-innovation agreement. This collaboration targets the field of « ambient computing » and more specifically related to « extreme edge computing », which aims to disseminate computing ressources at the extreme edge of telecommunication networks. In this context, ORANGE’s research is working on the development of a battery-free and wireless nanocomputers with sensors, computing, storage and communication capabilities. These new

Flexible, light and efficient photovoltaic panels – the promise of CIGS Register for the next webinar UNITE – https://lnkd.in/dEN7zyAz ☀ CIGS exhibits high conversion efficiencies, both in the laboratory and in production. This high efficiency, coupled with long-term stability, makes it uniquely positioned to play a central role in the global renewable energy sector. CIGS is suitable for the production of lightweight, flexible, semi-transparent, and custom-shaped solar products. Construction materials such as building facade glass

Perovskites solar cells are the rising stars of photovoltaics (PV) with great promises ahead, especially in their association with silicon solar cells to create tandem PV modules exceeding standard PV module existing efficiency limit (~25 %). Nonetheless, perovskites solar cells and modules do not meet yet the stability and reliability requirements, especially when compared and/or associated with silicon solar cells. Researchers are working hard on developing stability and reliability protocols enabling the assessment of perovskite-based devices’ long-term performance. This step is crucial for their