Serbest Amedie’s Post

Patented Innovation. Trusted German Research. 🇩🇪 AESOLAR SHADESTAR™ combines AESOLAR's patented segmented cell technology with the scientific expertise of Fraunhofer CSP—developed through a research project supported by Germany Federal Ministry for Economic Affairs and Energy. Built for real-world rooftops rather than ideal laboratory conditions, SHADESTAR™ delivers outstanding performance where partial shading cannot be avoided. Compared with conventional BC architectures, it can achieve up to 70% higher energy recovery under partial shading, while significantly reducing hot-spot risk and improving long-term energy yield. Innovation earns trust when it is backed by research, engineering, and proven performance. Discover the technology behind SHADESTAR™: 🔗 https://lnkd.in/geak9EXY #SHADESTAR #SegmentPV #FraunhoferCSP #GermanEngineering #SolarInnovation #Photovoltaics #EnergyYield #EPC

Smart anti-shading technology for rooftop PV applications. ☀️ Proud to share AE Solar's latest SHADESTAR™ PV module innovation, developed in collaboration with Fraunhofer CSP to improve energy recovery under partial shading while reducing hot-spot risks. #AESolar #SHADESTAR #SolarEnergy #PV #Fraunhofer #RenewableEnergy

𝗠𝗲𝗲𝘁 𝘁𝗵𝗲 #EUPVSECauthors 👨🔬👩🔬 Lightweight glass-free photovoltaic modules could unlock new possibilities for flexible and resource-efficient solar applications; but long-term durability remains a critical challenge. At the #EUPVSEC2026, Dr Dr. Anton Mordvinkin from the Fraunhofer Center for Silicon Photovoltaics CSP will present advanced research on durable PMMA frontsheets designed for next-generation lightweight PV modules. Register now: https://lnkd.in/dZ2WyTqj #EUPVSEC #MeettheAuthors #SolarEnergy #Photovoltaics #Conference

🎥 Enverus RatedPower highlights how solar and storage development is becoming increasingly complex, especially in early-stage design. Developers now face tougher site conditions and limited grid access from the very beginning. Technical, environmental, and financial constraints must be assessed in parallel under tighter timelines. ♻️ These challenges are driving the evolution of the platform towards greater optimisation and automation. A key highlight is the new Power Analyst feature 🔝, an AI agent for early-stage decision-making. It generates optimised PV and battery layouts based on project parameters, improving speed and accuracy. 👉 This is what they shared during their participation in #IntersolarEurope2026 ☀️ 📲 Watch the full interview here: https://lnkd.in/e6uxZfbg Rocio Otero de Lucas Julian Scheer Marián Aúz Villaverde

A solar module can pass visual inspection and thermography — and still be losing power. Micro-cracks, inactive cells, edge damage, dark spots: some of the most common causes of underperformance never show up on a thermal camera or to the naked eye. Electroluminescence (EL) testing works like an X-ray for PV modules — making every cell reveal exactly where it's degraded. It's why drone-based EL imaging is emerging as the next layer of solar diagnostics across the industry. The EL testing platform from Hornbill Technologies identifies these hidden defects and feeds them into GAIA's asset intelligence layer — so the faults thermography can't see still make it onto your action list. What's hiding in your modules that your last inspection couldn't show? #SolarEnergy #ELTesting #SolarPV #DroneInspection #AssetIntelligence #RenewableEnergy #AssetManagement

Proud to see our concept of ultra-compact & safe transportable energy for remote sites be taken one major step further by ZemQuest b.v. through their 5MWh/day reactivation prototype.

Innovation grows through collaboration. We are proud to have supported ZemQuest b.v. in advancing its patent-protected aluminium battery reactivation system from concept to prototype. Congratulations on achieving this key milestone toward affordable, sustainable off-grid energy storage!

With support of NL Space Campus and Stellar Space Industries, following concept work at Leidse instrumentmakers School, we were able to prototype our patent-protected aluminium battery reactivation system. This compact low-cost technology lies at the heart of ZemQuest's innovation that shall make #clean #energy #affordable #offgrid. It will semi-automatically reactivate a #ZemBox 10-ft container for #5MWh #energy #storage on-site every day. Read more about the project and NL Space Campus voucher that made this possible here: https://lnkd.in/epi8S_uB Jerre Sweers Michiel Kruijff Gian Mario Rossi Digott Designs

Energy generation is a core element of future energy systems. But these system won't be secured by generation alone. They will be secured by systems that can stabilize, support, and restart the grid when it matters. The paper by the FAU (*) authors Julian Richter, Christian Wiesnet, Gert Mehlmann, and Matthias Luther highlights black start capability and system services in sector-coupled hybrid power plants, implemented on SICAM A8000. https://sie.ag/FVGaZ It connects advanced research with implementation in a real control environment — which is where technical concepts have to prove themselves. 🔧 Worth reading for everyone working on microgrids, hybrid systems, and modern power system control. (* FAU - Friedrich-Alexander-University, Erlangen-Nuremberg) #EnergyTransition #BlackStart #Microgrids #HybridSystems #GridResilience

Who will dominate the next era of the multi-billion-dollar solar market? ☀️⚡ As the race to commercialize perovskite PV accelerates toward gigawatt scale, the industry is moving rapidly past the laboratory phase—and the winners will be decided by those who can scale production while slashing Levelized Cost of Energy (LCOE). For PV commercializers, forward-looking investors, and technology partners, the key to unlocking massive market share lies in mastering high-volume, cost-effective manufacturing pathways that guarantee long-term device stability. 🔬 Spatial ALD: Bridging High Performance & Industrial Economics Transitioning to continuous roll-to-roll (R2R) Spatial Atomic Layer Deposition (S-ALD) solves the core industrial bottlenecks of traditional vacuum ALD and physical vapor deposition (PVD): 📐 Pinhole-Free Conformality: Deposits dense, pinhole-free functional layers (such as $\text{NiO}_x$ charge transport layers and encapsulation barriers) with atomic precision to shield perovskites from moisture and oxygen degradation. ⚡ Atmospheric Pressure & Low Temperature: Operates at low thermal budgets without vacuum requirements, ensuring full compatibility with temperature-sensitive flexible substrates and perovskite absorber layers. ♻️ Ultra-Low Precursor Waste: Achieves high precursor utilization, cutting chemical costs and environmental footprint compared to traditional ALD. 🚀 High-Throughput Roll-to-Roll Integration: Delivers the speed and continuous uptime required to slash LCOE and enable commercial-scale module manufacturing. 📍 Catch the Live Presentation at Perovskite Connect! Join us at Perovskite Connect (co-located with Electronics RESHAPED) at the Estrel in Berlin (Germany) on 21 and 22 Oct 2026 to see how Spatial ALD is reshaping the perovskite solar landscape: 👤 Who is presenting: Sandra Wiegman 🏢 Company: Kalpana Systems 🎤 Title of the talk: How Spatial ALD Shapes Perovskite Performance, Stability, and Cost at Scale 📍 Where: Estrel, Berlin (Germany) 🗓️ Event & Dates: Perovskite Connect (co-located with Electronics RESHAPED) — October 21 & 22, 2026 🌐 Full Program: https://lnkd.in/eZGrt-vW