PVT4EU

?? Exciting News: Launching the LinkedIn Page for PVT4EU Research Project! ?? Thrilled to announce the official launch of the LinkedIn page for the groundbreaking PVT4EU research project! ???? ?? About PVT4EU: PVT4EU is on a mission to pioneer cutting-edge hybrid photovoltaic/thermal collectors tailored for low-temperature applications. As the energy landscape evolves, our consortium of 6 partners is committed to advancing sustainable solutions that bridge the gap between photovoltaics and thermal technologies. This project has been granted by the Joint Call 2023 of the Clean Energy Transition Partnership Initiative. ?? Meet the Consortium ???? MG Sustainable Engineering (Sweden) ???? Solarus Renewables (Sweden)? ???? SolarPeak (Sweden) ???? University of G?vle (Sweden) ???? LNEG National Laboratory of Energy and Geology (Portugal)? ???? DTU - Technical University of Denmark (Denmark) ?? Why Follow PVT4EU on LinkedIn? ? Stay updated on groundbreaking research developments. ? Gain insights into the future of hybrid photovoltaic/thermal technology. ? Connect with experts and professionals shaping the renewable energy landscape. ? Be part of future workshops. ?? Save the Date: Join us on this incredible journey towards sustainable energy solutions! Follow our LinkedIn page and mark your calendars for updates, insights, and collaborative opportunities. Let's drive innovation and make a positive impact together! ???? #PVT4EU #RenewableEnergy #Innovation #Sustainability #CleanTech #ResearchProject #SolarEnergy #LinkedInLaunch

?? Within WP4 – PVT4EU technologies conceptualization, testing and validation, DTU - Technical University of Denmark investigates winter operation challenges to optimize system performance and reliability. ? Using PVT collectors as a heat source for heat pumps in space heating systems comes with multiple benefits. These include reduced noise pollution and the synergetic effects of combining electrical and thermal production in a single panel. ?? However, a key challenge in winter operation is that the heat transfer fluid in PVT panels can drop below zero during cold periods. When combined with snowfall, this can lead to snow accumulation on the panels for longer durations, reducing both thermal and electrical performance. ??Stay tuned for more updates as we continue our journey toward innovation and excellence! ??? PVT collectors in winter operation. (Mark Dannemand) #PVT4EU #RenewableEnergy #PVT #SolarEnergy #Innovation #DTU

This #EnergyEfficiencyDay, we spotlight the potential of photovoltaic-thermal (PVT) technology in accelerating Europe’s clean energy transition! ???? The #PVT4EU project is driving innovation by harnessing both solar heat and electricity, maximizing efficiency for buildings and industries. Let’s make every watt count! ??? #PVT4EU #SolarInnovation #EnergyEfficiency #SustainableFuture

?? ?????????????????? ?????? ???????? ?????????????????? ???? ?????????? ????????????! ?? Did you know that ?????????? ?????????? ?????? ???????? ?????????????? ?? ?????????????? ???? ?????? ?????????? ???????????????? ???????? ??????????????????????? Yes, you read that right! Traditional solar cells are sensitive to only certain wavelengths of light, while the unused portion of the spectrum is lost as waste heat. This excess heat raises the operating temperature of the solar cells, leading to a ?????????????? ?????????????? ???? ?????????? ???????????????????? ????????????????????. ?? ?????????? ???????????????? ?????????????????? – ?? ????????-??????????????! First proposed in the 1970s and 1980s, ???????????????? ?????????????????? is a cutting-edge approach to improving the ???????????????????? ???? ????????????????????????-?????????????? (??????) ????????????????????. By selectively directing different parts of the solar spectrum to where they are best utilized, this technique:? ?? Enhances electrical efficiency by optimizing spectral absorption? ?? Reduces thermal stress on PV cells? ?? Improves overall performance of PVT collectors? ? ?? ?????? ???????? ???? ??????? As part of work package 2 (WP2) in PVT4EU, we are conducting a ?????????????????????????? ???????????????????? ???? ?????????????? ???????????????? ?????????????????? ???????????????????????? to identify the most suitable solutions for ?????? ????????????????????.? ?? Our goal? To develop innovative designs that ???????????????? ???????????? ???????????????????? ???????????????????? while minimizing unwanted thermal coupling. ??? Image credits (Huang et al. Light: Science & Applications (2021) 10:28) ?? We’re excited about the possibilities ahead—stay tuned for more updates! #PVT4EU #SolarInnovation #SpectralSplitting #RenewableEnergy #SolarTech #Innovation?#H?gskolaniG?vle

International Energy Agency (IEA) SHC Task 73: Advancing Photovoltaic - Thermal (PVT) Innovation The official kickoff of IEA SHC Task 73 in Berlin marked a significant step forward for the PVT community, bringing together experts to drive the development and market adoption of Photovoltaic-Thermal technology. Key takeaways from the kickoff meeting: ? Stakeholder-driven KPIs: Defining performance indicators that align with the needs of policymakers, investors, and end users is crucial for accelerating adoption. ? Raising awareness: Enhancing visibility and understanding of PVT’s benefits is a central focus, helping to expand market acceptance. ? Collaborative innovation: Task 73 fosters strong partnerships among industry leaders, researchers, and innovators to advance PVT solutions through 2028. With strong synergies between Task 73 and ongoing efforts in PVT4EU, this initiative is set to support the widespread deployment of high-efficiency solar solutions across Europe. ??: Marisol Oropeza Joao Gomes Ivan Acosta Pazmi?o Damu Murali #PVT #IEATask73 #pvtinnovation #PVT4EU #sustainableenergy #solartechnology

?? Exciting progress on WP2! ?? We’re happy to share a key milestone from our work on PVT4EU! Within work package (WP) 2, we have successfully delivered D2.1: Report on PV cell technologies assessment for PVT4EU concentrating technologies. ??What’s inside?? This report provides a comprehensive evaluation of photovoltaic (PV) cell technologies to identify the most suitable options for concentrating photovoltaic-thermal (C-PVT) applications. Our focus has been on the Double MaReCo (DM) collector, which represents the first version (V1) of PVT-MG. ??Key highlights:? ?In-depth assessment of various PV cell technologies for C-PVT integration? ?Analysis of the evolution of PV cell technologies across different generations? ?Establishing a foundation for further optimization and modeling This work directly contributes to our next step: D2.2a: Optimized PV cells/modules (c-Si) for PVT prototypes fabrication. Looking forward to the exciting developments ahead! #PVT4EU #RenewableEnergy #SolarTech #PVTechnology #Innovation?#H?gskolanIG?vle

On World Energy Day, we reaffirm our commitment to a sustainable future. ??? Through innovation and energy efficiency, we can power a greener tomorrow. Let’s make every watt count! #WorldEnergyDay #Sustainability #RenewableEnergy #EnergyEfficiency #GreenFuture

?? Excited to announce PVT4EU project representatives,?will participate in the events within SHC TCP - IEA Technology Cooperation Programme on Solar Heating and Cooling ???????? ????:?????? ?????????????? ??????????????: ? ???????????????? ???????????????? ???? ??????'?? ?????????????????????????????? - ?????????????????? ?????? ???????????? ???? ?????? ?????????????? ?????????????? ? ????????-?????? ?????? ?????? ???????? ???? ?? Events will take place in Berlin on 12-13th February 2025, organised by Fraunhofer-Institut für Solare Energiesysteme ISE. The purpose of this IEA SHC Task 73?is: ? To create factful awareness about PVT Heating Systems ? Identify and tackle hurdles in the innovation systems around PVT heating systems ? Foster and activate the industry and research community on PVT heating systems ? Initiate and multiply PVT heating installations These events mark the beginning of a collaborative journey to advance PVT technologies for heating systems. It's a fantastic opportunity to connect with leading experts, share knowledge and insights on cutting-edge research and innovative solutions. ?? Stay tuned for updates from the PVT4EU team as we highlight the importance of photovoltaics and thermal hybrid technology in creating a more sustainable future! ?? Find out more about IEA SHC Task 73: https://lnkd.in/dwWch2ia ?? Image source: https://www.iea-shc.org #PVT4EU #Task73 Ivan Acosta Pazmi?o Damu Murali Joao Gomes

?? Thrilled to share that our colleague Damu Murali recently concluded a two-month association with the Solar Group at the DTU - Technical University of Denmark as a Guest Researcher. ?? Within the #PVT4EU project, Damu collaborated with Simon Furbo and Mark Dannemand on the experimental testing of SolarPeak collectors (PVT-SP), focusing on low-temperature performance analysis in challenging conditions like condensation and frost. This work is key to optimising Photovoltaic-thermal (PVT) technologies for Nordic climates, enabling efficient use of solar energy. ?? During his stay, Damu also explored DTU’s cutting-edge facilities, contributing to advanced PVT research and strengthening the collaboration between the University of G?vle and DTU - Technical University of Denmark. He was also able to initiate collaboration with other groups working on thermal energy storage and concentrated solar power—addressing shared Nordic energy challenges. Reflecting on his experience, Damu shared: ?? “?? ???????????? ?????????????????????? ?????????????????? ?????? ?????????? ???????????????????? ??????’?? ???????????????? ?????? ?????????????????????????? ????????????. ???????????? ???? ?????? Nordic Energy Research ???????????????????? ?????? ???????????? ???????? ?????????????????? ?????????????????????? ????????????????!??? ???????? ???????????? ???????? ???? ???????? ???? ??????." ? We’re proud of Damu’s contributions to advancing renewable energy research! ?? Image 1: PVT-SP collector on the DTU test bed Image 2 & 3: Damu with his colleagues at DTU #PVT4EU #RenewableEnergy #SolarEnergy #Innovation #Sustainability

?? ???????? ?????? ???????????? – ?????????????? ?????????? ???? ???????????????? ?????????????? ?? Are you conducting innovative research in ?????? ?????????? ????????????????????????? This is your opportunity to showcase your work and contribute to advancing sustainable energy solutions! ?? Researchers, academics, and professionals are invited to submit their manuscripts to the special issue titled: "????????????????????????-?????????????? (??????) ?????? ???????????????????????? ????????????????????????-?????????????? (????????) ?????????? ????????????????????" ?? Find all the details and submit your paper here: https://lnkd.in/dFxAF3-e ?? Submission Deadline: ???? ???????????????? ???????? ? Why submit? Share advancements in PVT and CPVT systems to enhance the global energy transition. Contributions to theoretical, experimental, and applied aspects of PVT and CPVT technologies, as well as innovations in design, performance optimization, and their integration into energy systems are welcome. ??Let’s drive innovation and create a sustainable future together! Please share this post with your network to spread the word. #CallForPapers #EnergiesJournal #PVT #CPVT #SolarEnergy #Sustainability