Qcells Enable’s Post

Oxford PV confirms sale of World-First #tandemsolar technology. The new panel design delivers significantly higher module efficiency compared with conventional #silicone based technology. Overall, the Oxford PV 72-cell panels can offer 24.5% efficiency. A recent test achieved a record of 26.9% efficiency, with a theoretical maximum of more than 43%. This equates to around 20% more power generated when gauged against standard equipment. The design is made from the Oxford University spin-off company’s proprietary perovskite-on-silicon #solarcells, with the inaugural customer now confirmed as a #US-based entity. This month the buyer became the first in the world to invest in a commercial application for the technology. ‘The commercialisation… is a breakthrough for the #energy industry. High-efficiency technologies are the future of the solar industry, and that future is starting now,’ said David Ward, CEO of Oxford PV. #Solarpanel #PV #Innovation #solarcell #technology #Greenenergy #Renewablenergy https://lnkd.in/gPBqzMb7

Oxford PV confirms sale of World-First #tandemsolar technology. The new panel design delivers significantly higher module efficiency compared with conventional #silicone based technology. Overall, the Oxford PV 72-cell panels can offer 24.5% efficiency. A recent test achieved a record of 26.9% efficiency, with a theoretical maximum of more than 43%. This equates to around 20% more power generated when gauged against standard equipment. The design is made from the Oxford University spin-off company’s proprietary perovskite-on-silicon #solarcells, with the inaugural customer now confirmed as a #US-based entity. This month the buyer became the first in the world to invest in a commercial application for the technology. ‘The commercialisation… is a breakthrough for the #energy industry. High-efficiency technologies are the future of the solar industry, and that future is starting now,’ said David Ward, CEO of Oxford PV. #Solarpanel #PV #Innovation #solarcell #technology #Greenenergy #Renewablenergy https://lnkd.in/gPBqzMb7

With the increasing popularity of distributed photovoltaic (PV) systems, the demand for photovoltaic microinverters is growing rapidly. Microinverters convert electrical energy independently for each PV module, significantly improving system efficiency and reliability. Additionally, government policies and subsidies supporting renewable energy in many countries further drive the growth of the photovoltaic market. As PV technology advances and the global market expands, along with heightened awareness of electrical safety, environmental protection, and energy transition needs, microinverters, as a key component of PV systems, will benefit from these long-term trends and become an important link in the photovoltaic industry chain. #MicroInverter #Rockcore #RockcoreElectronics #solar #europe #global #tech

The commissioning of a photovoltaic plant is the beginning of commercial operation and the effective use of solar energy as a renewable source. This phase is the result of a detailed process of installation, testing, certification and integration with the electrical grid, which ensures that the system operates efficiently, safely and sustainably, contributing to the generation of clean energy and reducing dependence on fossil fuels. 🌱 #Zircon #Energy #Sustainability

In a significant advancement for solar energy technology, new methods for installing sealing strips on photovoltaic panels have been introduced. These methods aim to enhance durability and efficiency, addressing common issues faced by solar panel installers and users. #sealingstrips #SealingStrips #WeatherStrips #DoorSeals #WindowSeals https://buff.ly/4cFdQQY

As the U.S. Department of Energy (DOE) works toward a decarbonized power sector by 2035, addressing the non-hardware costs—or soft costs—of solar energy is incredibly important. See how the Solar Energy Technologies Office supports research that tackles issues like siting, interconnection, and data accessibility: https://lnkd.in/d_PFfxAu

🌞 Innovating Solar Tech for Better PV Module Efficiency In Solar Tech Lab, one of our primary objectives is to enhance the efficiency of photovoltaic (PV) modules. High temperatures can significantly reduce the efficiency of photovoltaic systems and even cause structural damage. To tackle this issue, one of our research focuses at Solar Tech Lab is to find ways to mitigate the impact of temperature on PV modules. Over the past few months, we have been testing phase-change materials (PCM), which we installed on the back of the modules. These materials have a unique capacity to absorb latent heat, allowing the PV modules to operate at lower temperatures. Check out this video to see the process of this installation and our ongoing efforts to improve solar energy technology. #SolarTechnology #RenewableEnergy #PhaseChangeMaterials #PhotovoltaicModules #Innovation #Sustainability

🌞🔬 Discover the Principles of Solar Concentrators! 💡 I'm excited to share a new video that explains in detail the principles of different types of solar concentrators, as well as their applications. 🎥 Video: Solar Concentrators – Principles and Applications In this video, you will learn about: 🔹 The basics of how solar concentrators work 🔹 The different types of concentrators: cylindrical-parabolic, parabolic, and heliostats 🔹 The applications of solar concentrators, especially in renewable energy and water desalination This video is an excellent resource for anyone interested in solar energy and sustainable technologies. #RenewableEnergy #SolarTechnology #SolarConcentrators #Innovation #Engineering #SustainableTech #SolarEnergy

An important application area for flexible solar energy is BIPV (Building Integrated Photovoltaic), which can be integrated into windows or roofs, exterior or interior walls to fully utilize the abundant solar energy and convert it into electric current. This current can then be stored in batteries to generate power or be used as an energy source. 💚 #bipv #puresolarpanel

As part of the capacity building programme of SOLTRAIN+ Project, a workshop on solar heat for industrial processes holds 29 - 30 April 2024. #Deepening capacity in solar energy technology