LONGi Solar’s Post

🌞 We're excited to share the spotlight with our latest innovation—the "MoNo 2" series n-type solar cells here. 🌟 Following the success of the "MoNo 1" series launched last year, "MoNo 2" incorporates cutting-edge technologies like Half-cut Edge Passivation (J-HEP) and Wave Back Surface Field (J-WBSF), enhancing cell passivation and bifaciality. ⚡ These improvements increase module power by over 6W and bifaciality to 90%. The half-cell design reduces fragmentation and EL defects, improving overall efficiency. For standard 72-cell 182-format modules, power output can reach 585-600 W. 🔎 Find more details: https://lnkd.in/gBuQJ_vz #JTPV #MONO2 #Sustainability #SolarEnergy #SolarInnovation #Solarenergy

🌞 We're excited to share the spotlight with our latest innovation—the "MoNo 2" series n-type solar cells here. 🌟 Following the success of the "MoNo 1" series launched last year, "MoNo 2" incorporates cutting-edge technologies like Half-cut Edge Passivation (J-HEP) and Wave Back Surface Field (J-WBSF), enhancing cell passivation and bifaciality. ⚡ These improvements increase module power by over 6W and bifaciality to 90%. The half-cell design reduces fragmentation and EL defects, improving overall efficiency. For standard 72-cell 182-format modules, power output can reach 585-600 W. 🔎 Find more details: https://lnkd.in/gNv-KdpR #JTPV #MONO2 #Sustainability #SolarEnergy #SolarInnovation #Solarenergy

ARTICLE OF THE WEEK 💡New Tera-Wafers offer a considerable increase in efficiency ☀️LONGi Solar introduces innovative Tera-Wafers tailored for Topcon, Heterojunction (HJT) and Back Contact (BC) #celltechnologies, boasting platform #compatibility, #resistanceconsistency and #impurityabsorption. These wafers offer uniform axial resistance distribution, enhancing #cellefficiency and reducing module-side deviations. Internal tests show a 16% increase in bending strength, enabling thinner, more durable products. 🚀LONGi aims to improve efficiency by 0.1% across cell platforms without added costs, with mass production slated for September after verification and certification in June. Collaboration with customers is key to maximizing Tera-Wafer benefits.   🔗🇩🇪 Check out the original article on pv-magazine.de: https://lnkd.in/e7gFC8K8 to gather more information about this new wafer technology. #PVIndustryInsights #ArticleoftheWeek #CellTechnology #BackContact   LONGi Solar Europe, pv magazine Global, pv magazine Deutschland ,Timo Helmke Grace/Yang Gao

Flexible nanogenerator with enhanced power density could one day rival the power of solar panels. Surrey's Advanced Technology Institute (ATI) has developed highly energy-efficient, flexible nanogenerators, which demonstrate a 140-fold increase in power density when compared to conventional nanogenerators. ATI researchers believe that this development could pave the way for nano-devices that are as efficient as today's solar cells - https://lnkd.in/gdCX48kJ #energyharvesting

“It's interesting to see LONGi launching their new TaiRay wafers […] Ultimately, you're going to be able to extract the full electronic performance from the wafers." Professor Martin Green explains the technological hurdles currently facing the photovoltaic technology landscape, and emphasized LONGi's enduring ability to overcome them. Check out his recent interview with PV Tech to find out more! #LONGi #PVTechMagazine #HPBC #ModernPhotovoltaics #PVTechnology https://lnkd.in/gN_jVdSR

‘World Record’ Efficiency For New Triple-Junction Tandem Cells NUS Team Reports 27.1 Percent Efficiency With New Cyanate-Integrated Perovskite Solar Cell https://lnkd.in/e2U2r6Vk * NUS has developed a new triple-junction perovskite solar cell, claiming a record 27.1% efficiency   * The team swapped bromide for cyanate to integrate with the perovskite solar cell  * When used as a middle layer with perovskite and silicon solar cells on either side, the triple-junction cell generated higher efficiency  * It remained stable and functioned at over 96% capacity after running at maximum power for 300 hours #NationalUniversityofSingapore(NUS) #PerovskiteSiliconTandemCellEfficiency #SolarCellEfficiency #technology #TripleJunctionSolarCells

‘Shallow defects’ key to high efficiency of perovskite solar cells, say researchers #Energy #GreenTech #Power #CleanEnergy #EnergyTransition #Renewables #RenewableEnergy #GreenEnergy #SolarEnergy #SolarPower #SolarPV #SolarPanels #SolarCells #SolarModules #SolarTech via pv magazine Global

Solar more and better continues to accelerate! By 2030, PV technology is expected to significantly impact the U.S. through enhanced solar manufacturing capabilities, technology differentiation, and the onshoring of key technologies. This aligns with broader goals for clean energy and economic growth. When considered with bigger onshore wind progress Radia.com, geothermal, really unnecessary but coming anyway small nuclear and other more sophisticated and profitable nature energies it is obvious combustion of fossil fuels has little, all be it obscenely profitable, lifecycle left. #energytransition #energyindependence #peaceandprosperity

Light, flexible, efficient: Perovskite-based tandem solar cells. Roof tiles are becoming a thing of the past: Today, more and more Swiss roofs boast large black and blue rectangles that convert sunlight into electricity. The blueish color comes from silicon crystals, as the majority of solar cells available today are based on this semiconductor material. But silicon is not the only way to make a solar cell—and possibly not even the best. Silicon-based photovoltaic cells have been perfected so far that they are reaching the limits of their efficiency. Read more here: https://buff.ly/4b2l0hL #energy #greentech #solarcell #innovation

Nice overview of the progress of the PV community in several areas of solar cell research