Articles tagged with "solar-panels"
Solar Power Canopy Over Water Canal Now Generating Electricity - CleanTechnica
A pilot project called “Project Nexus” in Turlock, California, has successfully installed two solar power canopies over irrigation canals, generating enough electricity to power several thousand homes. These solar canopies feed electricity into the grid, benefiting local customers. The initiative, led by the Turlock Irrigation District, leverages the unused space above canals, avoiding the need for additional land—a significant advantage given California’s high land costs. Beyond efficient land use, placing solar panels over canals offers several environmental and operational benefits. The canopies provide shade that reduces water evaporation from the canals, addressing a major issue in California where 4,000 miles of irrigation canals lose approximately 63 billion gallons of water annually to evaporation. Additionally, the water beneath helps keep the panels cooler, improving their electricity production efficiency. Proximity to existing high-voltage power lines near canals also facilitates easier grid connections. If successful, Project Nexus could serve as a model for expanding solar power generation while conserving water resources in California’s
energysolar-powerrenewable-energysolar-panelswater-conservationirrigation-canalsclean-energyScientists 'draw' crystals with gold and laser for better solar panels
Researchers at Michigan State University have developed a groundbreaking technique to precisely control the growth of crystals by using a single laser pulse targeted at gold nanoparticles. This method enables crystals to form at exact locations and times, overcoming the traditional unpredictability of crystal nucleation and growth. The team focused on lead halide perovskites—materials integral to solar cells, LEDs, and medical imaging—and discovered that laser-induced heating of gold nanoparticles initiates crystallization. Their use of high-speed microscopy allowed real-time observation and steering of crystal formation. This innovative approach effectively allows scientists to "draw" crystals with laser precision, potentially revolutionizing the fabrication of high-quality materials for advanced technologies such as clean energy and quantum devices. The technique not only advances material design but also sheds new light on the fundamental chemistry of crystal formation. Future research aims to employ multiple lasers of different colors to create complex crystal patterns and synthesize novel materials unattainable by conventional methods, with plans to integrate these crystals into practical devices. The study was
materialscrystalslaser-technologygold-nanoparticlessolar-panelsperovskitesclean-energyBYD Delivers Its 14 Millionth NEV to Brazilian President Lula da Silva - CleanTechnica
At an event at BYD’s new factory in Bahia, Brazil, BYD Chairman Wang Chuanfu delivered the company’s 14 millionth new energy vehicle (NEV), a special edition Song Pro DM-i plug-in hybrid, to Brazilian President Lula da Silva. The factory, which replaced a former Ford plant, has been praised for revitalizing the local economy by creating direct jobs and boosting surrounding businesses. The Song Pro DM-i model is notable for its flex-fuel capability, able to run on up to 100% ethanol—a significant adaptation given Brazil’s abundant and inexpensive sugar-cane-based ethanol fuel. BYD collaborated with Brazilian engineers to tailor the powertrain for local conditions and announced plans to partner with the Brazilian government to develop educational and research institutions to foster regional talent and technological growth. BYD is ramping up production at the Bahia plant, initially targeting 150,000 vehicles annually, with plans to increase to 300,000 and eventually 600,000 vehicles, making it
energyelectric-vehiclesrenewable-energyenergy-storagesolar-panelsclean-energyelectric-busesBreakthrough solar tech could power next-gen panels to 30% efficiency
Researchers at the University of New South Wales (UNSW) Sydney have developed a breakthrough solar cell technology that could boost silicon photovoltaic panel efficiency to over 30%, surpassing the typical 20-25% range of current commercial panels. This advancement is achieved by adding a singlet fission layer composed of a robust, photostable organic molecule called dipyrrolonaphthyridinedione (DPND) on top of existing silicon cells. Unlike previous attempts using unstable molecules like tetracene, DPND is compatible with crystalline silicon and scalable manufacturing. The singlet fission process captures high-energy photons and splits them into two excitons that match silicon’s bandgap, effectively doubling the electrical output from these photons and reducing heat generation. Beyond efficiency gains, the technology enables solar panels to operate at temperatures up to 2.4°C cooler, potentially extending their lifespan by about 4.5 years and improving real-time performance since silicon cell efficiency typically declines with heat. This
energysolar-energyphotovoltaic-technologysolar-panelsmaterials-sciencerenewable-energysinglet-fissionCambridge discovery helps solar panels capture more sunlight power
Researchers at the University of Cambridge have discovered a groundbreaking organic semiconductor molecule, P3TTM, that enables solar panels to achieve nearly 100% charge collection efficiency. This molecule, featuring a single unpaired electron at its core, exhibits a light-harvesting mechanism previously thought exclusive to inorganic materials like metal oxides. When tightly packed, the unpaired electrons in P3TTM align alternately, triggering a Mott-Hubbard behavior that facilitates immediate generation of positive and negative charges upon light absorption, producing a highly efficient photocurrent without needing multiple materials. This discovery challenges nearly a century of physics by demonstrating that a single organic material can independently generate electrical charges, simplifying solar cell design and potentially lowering manufacturing costs. The research honors physicist Sir Nevill Mott, whose foundational work on electron interactions underpins this new application in organic semiconductors. The findings, published in a scientific journal, open a promising avenue for creating lighter, simpler, and more efficient solar panels, accelerating progress toward
energysolar-panelsorganic-semiconductorphotovoltaic-technologycharge-collection-efficiencyCambridge-Universityrenewable-energy-materialsARKA Energy's Solar Awning Makes It Easy To Add Standalone Solar Anywhere - CleanTechnica
Arka Energy has developed innovative standalone solar solutions designed to expand solar adoption in settings where traditional rooftop installations are restricted, such as in neighborhoods governed by homeowner associations (HOAs). Their flagship product, the Power Gazebo, is a fully detached gazebo topped with solar panels that simultaneously provides shaded outdoor space and generates clean solar power. This design offers a waterproof roof structure that protects users from the elements while producing renewable energy, making it an attractive option for homeowners unable to modify their roofs. In addition to hardware, Arka Energy has created a comprehensive software suite to support both customers and installers. Key features include a quoting tool for installers to efficiently generate customized proposals and an augmented reality app that allows customers to visualize and customize solar shade structures in their own yards using a smartphone. The company is also developing advanced AI-driven design software for their upcoming solar roof tile product, which uses satellite imagery to model roof layouts and optimize tile placement before onsite surveys. With a global network of 1,500 installers and growing,
energysolar-energyrenewable-energysolar-panelssolar-awningclean-energyenergy-technologyBifacial Rooftop Vertical Solar Panels Shine In Norway - CleanTechnica
The article highlights a pioneering solar installation in Tromsø, Norway—located north of the Arctic Circle—where the world’s largest array of vertically mounted bifacial solar panels has been installed on the roof of Tromsøterminalen, a cold storage facility. Installed by Oslo-based Over Easy Solar, this vertical photovoltaic (VPV) system is designed specifically for northern climates, addressing challenges such as low sun angles, high wind exposure, and heavy snow accumulation that typically hinder traditional flat or angled solar panel installations in such regions. Vertical mounting allows the panels to capture more energy from low-angle sunlight, generate electricity during peak demand times in the morning and afternoon, and avoid snow buildup, thus improving year-round performance and ease of maintenance. Over Easy Solar emphasizes that conventional flat roof solar systems, often developed for southern climates, are vulnerable to wind uplift and snow load, which can damage both the panels and the roof. In contrast, the VPV units feature an aerodynamic, low-profile design that reduces wind exposure and distributes
energysolar-panelsbifacial-solarrenewable-energyvertical-photovoltaicscold-climate-solarclean-energyKia PV5 WKNDR Wins Silver Award at 2025 IDEA - CleanTechnica
The Kia PV5 WKNDR Concept has won a Silver Award in the Automotive & Transportation category at the prestigious 2025 International Design Excellence Awards (IDEA). This recognition underscores Kia’s innovative future design vision and its global competitiveness. The PV5 WKNDR is a fully self-sufficient adventure van inspired by Kia’s Purpose Built Vehicles (PBVs) lineup, featuring a highly modular and customizable interior. A notable innovation is the ‘Gear Head,’ an off-board storage solution that provides sheltered space for gear when parked and can transform into a mobile pantry, enhancing both functionality and outdoor lifestyle convenience. Equipped with solar panels and unique hydro turbine wheels, the PV5 WKNDR can recharge its batteries in remote, off-road environments, emphasizing sustainability and self-sufficiency. The interior uses eco-friendly materials such as Nike Grind flooring made from recycled sneakers, combining environmental responsibility with practical design. Kia’s Head of Global Design, Karim Habib, expressed that the IDEA award validates the company’s “
energysustainable-materialssolar-panelselectric-vehiclemodular-interiorautomotive-innovationhydro-turbine-wheelsSolar Power Demonstration Project Completed At Chicago Area Shopping Plaza - CleanTechnica
A solar power demonstration project has been completed at Butterfield Plaza Shopping Center in Olympia Fields, Illinois, located about 34 miles south of Chicago. The installation consists of a 15 kW solar panel system designed to power common-area operations such as exterior lighting and signage, thereby reducing operating expenses and lowering Common Area Maintenance (CAM) charges for the center’s 10 tenants, which include restaurants, healthcare services, and retail shops. The project took approximately 10 days to install and cost over $200,000 in total, including roof replacement and initial assessments, with partial funding from a grant awarded by NICI. This initiative is part of a broader effort led by Chicago TREND and TREND CDC to implement climate-positive improvements across multiple neighborhood retail shopping centers co-owned with community investors, many of whom are first-time commercial property investors. While this phase does not include energy storage, future expansions could increase solar capacity up to approximately 184 kW through additional rooftop arrays and carports. The project also
energysolar-powerrenewable-energysolar-panelsclean-energycommercial-solarenergy-efficiencyCalifornia Completes Solar Canopy Over Irrigation Canal - CleanTechnica
California has completed Project Nexus, a 1.6-megawatt solar array installed over irrigation canals in the Central Valley town of Turlock. Funded by a $20 million state investment, this project is the second canal-based solar installation in the U.S., following a similar array on the Gila River Indian Community reservation near Phoenix, Arizona. The solar canopy covers a 130-foot-wide stretch of canal in two phases and aims to generate clean electricity while reducing water evaporation—a significant issue in drought-prone agricultural regions. The water beneath the panels helps cool them, improving efficiency, while the shade reduces evaporation and algae growth in the canals. Supporters highlight multiple benefits of solar canals: they avoid land disruption associated with traditional solar farms, can be connected more easily to local power lines, and face less community opposition. These arrays primarily power canal infrastructure like pumps and gates but can also supply energy to the wider grid. Environmental groups estimate that covering 8,000 miles of federally owned canals
energysolar-energyrenewable-energysolar-panelsirrigation-canalswater-conservationclean-energyGood News For Solar & Virtual Power Plants In Canada - CleanTechnica
The article highlights positive developments for solar energy and virtual power plants (VPPs) in Canada, focusing on a pilot project in Blatchford, a residential community near Edmonton, Alberta. Despite Edmonton’s challenging climate for solar power due to its northern latitude, cold temperatures, and snow, the community has successfully networked 20 homes equipped with rooftop solar panels and battery storage into a VPP. This network, which will eventually expand to 100 homes with a combined storage capacity of 2 megawatt-hours, demonstrates the feasibility of integrating solar energy even in less-than-ideal conditions. The project uses batteries supplied by Germany’s Sonnen, with local utilities EPCOR and Solartility managing the system to stabilize the grid and optimize electricity use. VPPs like the one in Blatchford offer significant benefits by enabling more renewable energy sources, such as wind and solar, to be added to the grid while addressing intermittency issues. They help balance electricity supply and demand, reduce the need for
solar-energyvirtual-power-plantsrenewable-energyenergy-storagesmart-gridsolar-panelsclean-technologyJapan's dual-purpose silver solar panels blend with buildings' aesthetic
Japanese greentech startup Monochrome Company Limited has introduced a new silver-colored building-integrated photovoltaic (BIPV) system designed to blend seamlessly with building exteriors. Unlike traditional solar panels that are mounted separately, these BIPV panels can be integrated into walls, windows, or roofs, serving both as functional building materials and power generators. The silver variant mimics aluminum with a light-dependent appearance, appealing to architects seeking aesthetic flexibility. The panels measure 6.2 feet by 1.25 feet, are lightweight at 2.7 pounds per square foot, and produce about 75 watts each, while the black version generates 110 watts. Although these BIPV panels are less efficient than conventional solar panels (which typically produce 300–400 watts), they offer superior aesthetics and seamless integration, making them ideal for new constructions or major renovations rather than retrofits. Both versions use durable, corrosion-resistant fluorine-coated galvalume steel and feature IP-68 rated junction boxes
energysolar-panelsbuilding-integrated-photovoltaicsBIPVrenewable-energyarchitectural-designsustainable-materialsNew surface treatment takes solar panels beyond 33% efficiency
Researchers have achieved a significant breakthrough in perovskite silicon tandem solar cells, surpassing the long-standing efficiency limit of silicon-based panels. While traditional silicon solar cells convert just under 30% of sunlight into electricity, the new approach combines a perovskite top layer with a textured silicon bottom layer, enabling the capture of a broader spectrum of sunlight. The key advancement lies in successfully applying surface passivation—a technique that reduces energy-wasting defects—on textured silicon surfaces commonly used in mass production. By depositing 1,3-diaminopropane dihydroiodide on the uneven perovskite surface, the team attained a conversion efficiency of 33.1% and an open-circuit voltage of 2.01 volts, marking a crucial step toward scalable, highly efficient solar panels. The study also uncovered that passivation behaves differently in perovskite compared to silicon: whereas in silicon it affects only the surface, in perovskite it influences the entire
energysolar-panelsperovskite-silicon-tandem-cellssurface-passivationsolar-cell-efficiencyrenewable-energyphotovoltaic-materialsNew Solar Panel Hail Resiliency Curve Test - CleanTechnica
The article discusses the introduction of the Hail Resiliency Curve (HRC) Test, a new rigorous protocol developed by VDE Americas and the Renewable Energy Test Center (RETC) to evaluate solar panel durability against real-world hailstorm conditions. Unlike existing hail certification tests, the HRC Test subjects solar panels to multiple impacts from varying hailstone sizes and speeds until glass fracture occurs, providing detailed data on a panel’s breaking point. This approach offers more accurate and statistically representative information on hail damage resistance, enabling manufacturers to optimize hail-hardened designs, project developers to assess cost-benefit trade-offs, and insurers to set coverage and premiums based on empirical evidence rather than estimates. The test results reveal a significant difference in performance between standard bifacial solar panels and hail-hardened panels. Standard panels tend to fail rapidly at impact energies between 40-80 joules, whereas hail-hardened panels maintain low failure rates up to 120+ joules, making them more suitable for installations
energysolar-panelshail-resiliencerenewable-energysolar-technologyimpact-testingpower-infrastructureBill McKibben Is Right - Here Comes The Sun! - CleanTechnica
The article highlights Bill McKibben’s new book, "Here Comes the Sun," which chronicles the rapid rise of solar and wind power globally and the resistance from the fossil fuel industry and allied politicians. McKibben emphasizes how solar energy is transforming the energy landscape by enabling everyday citizens and large economies like California to drastically reduce reliance on natural gas. Solar power is portrayed not only as a solution to the climate crisis but also as a means to create a more equitable and humane energy system, since solar energy is abundant and cannot be hoarded. The article also reports a significant surge in solar panel imports across Africa, with a 60% increase from June 2024 to June 2025 compared to the previous year. This growth is widespread, with countries such as Algeria, Zambia, Botswana, and Ethiopia experiencing multi-fold increases in solar imports. The trend reflects a structural shift rather than a temporary spike, indicating a broad adoption of solar energy across the continent. China’s solar capacity milestones are
energysolar-energyrenewable-energysolar-panelsclean-energyenergy-transitionsolar-power-growthGovernment Clown Can't Tell Solar Panels From Buildings
The article criticizes Agriculture Secretary Brooke L. Rollins for blaming solar panels for the rapid loss of U.S. farmland, particularly in Tennessee, where she announced restrictions on USDA loans for solar and wind projects to protect agricultural land. While farmland is indeed disappearing at an alarming rate—Tennessee alone has lost over 1.2 million acres in 30 years—the article argues that the primary cause is urban and suburban sprawl, including real estate development, not solar energy installations. The USDA’s claim that a 50% increase in solar panels on farmland since 2012 justifies these restrictions is challenged as misleading, since the absolute land area occupied by solar arrays remains very small. Research from the University of Tennessee supports this perspective, showing that as of 2023, utility-scale solar projects occupy only about 8,200 to 14,700 acres statewide, producing 1.474 gigawatts of energy. Even with an ambitious goal of adding 10 gigawatts of solar capacity
energysolar-energyrenewable-energyfarmland-conservationUSDA-policiessolar-panelssustainable-agricultureEco-dynamic Solar Awnings Make It Easy For RVs To Capture More Sunshine - CleanTechnica
Eco-dynamic has developed innovative solar awnings for RVs that integrate flexible, roll-up solar panels into traditional motorized awnings. These awnings provide shade and generate electricity simultaneously, with customizable widths achieved by adding more solar panel segments. At the RE+ event, Eco-dynamic showcased an awning featuring three integrated panels producing 800-900 watts under ideal conditions. The awnings include motorized deployment and integrated LED lighting, enhancing convenience for RV users while charging auxiliary house batteries. The flexible solar panels, Eco-dynamic’s core technology, come in various sizes—from portable 40-watt roll-up panels for camping to larger 300-watt panels used in awnings. While primarily designed to charge house batteries, these solar awnings are not currently suitable for directly charging electric vehicle traction batteries due to the absence of a DC-to-DC MPPT charger. However, the company envisions future applications where solar awnings could contribute power directly to electric RV traction batteries. Eco-dynamic sells
energysolar-panelsflexible-solar-technologyRV-accessoriesrenewable-energymotorized-awningsportable-solar-chargersScientists find solar waste could be Australia’s richest silver source
Researchers at Macquarie University have developed a novel precision extraction technology that recovers silver from discarded solar panels with over 77% efficiency, without damaging the silicon wafers or glass components. This method, called Jet Electrochemical Silver Extraction (JESE), uses a fine stream of weak acid to selectively dissolve silver directly from the panel surface, preserving other materials for reuse. The technology complements the team’s patented microwave-powered delamination process, which separates panel components without grinding or high heat, enabling recovery of intact glass sheets and reusable silicon wafers. This innovation is licensed to ASX-listed Lithium Universe, which secured global rights for over A$500,000 for 20 years. The significance of this development lies in the growing volume of solar panel waste in Australia and globally, as many panels installed in the early 2000s reach their end of life. Australia alone may accumulate about one million tonnes of solar panel waste by 2035. Each panel contains approximately 20 grams of silver, a
energysolar-panelssilver-recyclingrenewable-energysustainable-materialswaste-managementclean-technologyHermanus Event Shows Growing Interest In Electric Mobility In South Africa - CleanTechnica
The recent "EVs on Display" event in Hermanus, organized by EVNow, highlighted the growing public interest in electric mobility in South Africa. Unlike previous emobility conferences that targeted industry professionals, this event was designed for the general public, including young people, to bridge the knowledge gap about electric vehicles (EVs) and sustainable transport. EVNow, founded in 2025, aims to advance public understanding of EV technology through educational initiatives and evidence-based information, emphasizing the importance of educating the youth who will influence South Africa’s transportation future. The event showcased a wide range of electric mobility solutions, including experimental EV conversions and robotics from Stellenbosch University, energy storage and solar technologies from companies like RenEnergy and Tesla, and various electric vehicles from brands such as BYD, MINI, Volvo, Mercedes-Benz, Tesla, and Audi. Personal mobility devices like electric scooters, unicycles, and ebikes were also featured, providing hands-on experiences for visitors, including school students. Notably
electric-vehicleselectric-mobilityenergy-storagesolar-panelsEV-charging-systemssustainable-transportrobotics-technologyClean Energy Exports From China Are Lowering Carbon Emissions In Other Countries - CleanTechnica
A recent report analyzed by Carbon Brief reveals that China’s exports of clean energy technologies—including solar panels, batteries, electric vehicles, and wind turbines—are significantly reducing carbon emissions in other countries. In 2024 alone, these exports are estimated to have cut global emissions outside China by 1%, avoiding approximately 4 billion tons of CO2 over the products' lifetimes. The emissions saved from using these technologies in just one year surpass the emissions generated during their manufacturing. While producing these clean energy products in China emitted about 110 million tons of CO2 in 2024, this is outweighed by the emissions reductions achieved abroad. Factoring in China’s overseas manufacturing and clean power projects, the annual CO2 avoidance rises to 350 million tons, equivalent to about 1.5% of global emissions outside China—nearly matching Australia’s total yearly emissions. China’s clean energy impact is global, with exports reaching 191 of 192 UN member states and investments in manufacturing and projects worldwide
clean-energycarbon-emissionssolar-panelsbatterieselectric-vehiclesChina-exportsrenewable-energyThis invisible upgrade could change how solar panels work forever
The article discusses a groundbreaking invisible upgrade for solar panels involving nano coatings that significantly improve panel efficiency and maintenance. Traditional cleaning methods for solar panels are labor-intensive, costly, and often ineffective at removing dirt, dust, bird droppings, and pollution, which can reduce photovoltaic output by up to 30%. Nano coatings, ultra-thin invisible layers that repel water, oil, and dirt at a molecular level, create a self-cleaning effect that keeps panels cleaner for longer periods. This reduces maintenance frequency and costs while maintaining optimal light transmission, ultimately increasing energy yield and return on investment. Turkish company Nasiol Nano Coatings has introduced a comprehensive three-step Solar Panel Care System to enhance solar panel upkeep. The process begins with Nasiol SolarRinse, a specialized detergent that thoroughly cleans panels without streaks or residue. Next, Nasiol SolarClean, an alcohol-based pre-cleaner, removes any remaining oils or detergents to ensure proper bonding of the coating. Finally, the panels
energysolar-panelsnano-coatingsrenewable-energysolar-maintenancephotovoltaicclean-energySolar panels with recycled glass offer high-performance, work like new
A recent study by solar recycling firm SOLARCYCLE in collaboration with Arizona State University (ASU) has demonstrated that solar panels made with a 50/50 mix of recycled and new glass perform just as well as those made entirely from new glass. The prototype "mini modules" showed no statistically significant difference in power-conversion efficiency or overall performance compared to control panels composed solely of virgin materials. This research, led by ASU’s Dr. Zachary Holman and fabricated by researcher Kate Fisher, used recycled glass cullet sourced from end-of-life panels processed through SOLARCYCLE’s proprietary technology, validating the feasibility of sustainable solar panel manufacturing without compromising quality. This breakthrough supports SOLARCYCLE’s mission to establish a closed-loop, domestic supply chain for solar panel production, reducing waste and enhancing industry sustainability. Building on these findings, SOLARCYCLE plans to open a pioneering solar glass factory in Cedartown, Georgia, which will utilize recycled glass cullet as a primary input. The company also aims
energysolar-panelsrecycled-glassrenewable-energysustainabilitypower-conversion-efficiencysolar-recyclingNISSAN ENERGY Marketplace, Powered by Electrum, Launches to Help Customers Install Home Energy Solutions - CleanTechnica
Nissan has partnered with Electrum to launch the NISSAN ENERGY Marketplace, a comprehensive platform designed to help customers research, purchase, and install home energy solutions such as electric vehicle (EV) chargers, solar panels, and battery storage. The marketplace provides access to Electrum’s Energy Advisors, who assist users in comparing bids from a nationwide network of vetted contractors, identifying applicable local, state, and federal incentives, and creating customized energy solutions tailored to each household’s needs and budget. This initiative aims to enhance the EV ownership experience by making home electrification more accessible and convenient. This collaboration aligns with Nissan’s broader commitment to advancing EV adoption and energy innovation. The marketplace supports customers in installing the necessary charging and energy infrastructure to complement their EVs while reducing their carbon footprint. It also complements other NISSAN ENERGY initiatives, including the launch of a public charging network that offers Nissan EV drivers seamless access to charging stations. Overall, the NISSAN ENERGY Marketplace represents a strategic effort to break down barriers
energyelectric-vehicleshome-energy-solutionsEV-chargerssolar-panelsbattery-storageclean-energyHow Ancient Kings & Their False God Screwed Up CleanTech Adoption & Other Climate Efforts Today - CleanTechnica
The article examines how historical religious and cultural dynamics have contributed to the United States' slow adoption of clean technologies, despite political conditions that might favor progress. It highlights that even with Democratic control of the federal government, passing meaningful clean technology funding has been difficult, largely due to cultural and religious opposition to innovations like electric vehicles, solar panels, and electric stoves. This resistance is not merely about fear of new technology but is deeply rooted in longstanding religious and cultural beliefs that shape attitudes toward environmental and technological change. Delving into ancient Near Eastern religious history, the article explains that the transition from polytheism to monotheism—specifically the elevation of Yahweh over other gods—was driven more by political and social power struggles than purely theological reasons. Monarchs and elites used the concept of a single, often violent, god to justify their authority and control, including suppressing female deities like Asherah to reinforce patriarchal structures. This historical consolidation of religious power influenced cultural attitudes that persist today
energyclean-technologyrenewable-energysolar-panelselectric-vehiclesclimate-changeclean-energy-adoptionLargest PV Installation in the Philippines on Top of a Mall - CleanTechnica
SM Supermalls in the Philippines has launched the country’s largest rooftop solar photovoltaic (PV) installation at SM City Fairview, near Manila. The 3.785-megawatt peak (MWp) system, covering 4.3 hectares with 6,882 solar panels, was activated on July 24, 2025, despite ongoing monsoon rains and typhoon-related floods. It is expected to generate about 5,960 megawatt-hours (MWh) annually, supplying roughly 11% of the mall’s energy needs and offsetting approximately 4,133 tons of CO2 emissions each year. This project reflects SM’s strong commitment to sustainability and its goal of achieving Net Zero carbon emissions by 2040. The development took about a year, with panel installation completed in three months, and was done in partnership with renewable energy provider Buskowitz Energy. SM Supermalls has been investing in rooftop solar since 2014, with earlier installations at SM
energysolar-powerrenewable-energyphotovoltaicclean-energysustainabilitysolar-panelsOld solar panels regain 96% power as wind tech wipes off 83% dust
A research team from the Daegu Gyeongbuk Institute of Science & Technology (DGIST) and Samsung Electronics has developed a novel self-powered system that uses wind energy to remove dust from solar panels, significantly improving their efficiency. The core innovation is a wind-powered three-phase rotational triboelectric nanogenerator (RTENG) that supplies high voltage (up to 1,383 volts) to an electrodynamic screen (EDS), which actively sweeps dust off panels in a single direction. This design overcomes limitations of previous single-phase systems that moved dust side to side and relied on gravity, resulting in inconsistent and less efficient cleaning, especially on tilted panels. The new three-phase EDS system demonstrated a dust removal efficiency of 83.48%, about 1.6 times higher than earlier models, and restored solar panels to approximately 96% of their original power output using only wind power. This technology is particularly valuable for remote or harsh environments—such as deserts, mountains, or
energysolar-panelstriboelectric-nanogeneratordust-removalwind-powerrenewable-energyelectrodynamic-screenKia Design Triumphs at Red Dot Award: Design Concept 2025 with 5 Awards & Top Honor for PV5 WKNDR - CleanTechnica
Kia achieved significant recognition at the 2025 Red Dot Design Awards, securing five accolades including the top honor, ‘Best of the Best,’ for its PV5 WKNDR Concept. This electric adventure van stands out with its modular, adaptable platform designed for both urban and off-road use, featuring off-road enhancements, a customizable interior, and self-sufficient energy generation through integrated solar panels and a hydro turbine. The PV5 WKNDR exemplifies Kia’s commitment to innovative, sustainable lifestyle solutions that blend functionality with adventure. In addition to the PV5 WKNDR, four other Kia concepts—the PV1, PV5, PV7, and EV2—were honored for their user-centered and forward-thinking designs in the Cars and Motorcycles category. These models showcase Kia’s focus on versatile, practical mobility: the PV1 targets last-mile urban deliveries with autonomous capabilities; the PV5 offers flexible layouts for logistics and passenger transport; the PV7 provides expansive cargo space and mobile office features;
energyelectric-vehiclessustainable-designmodular-platformsolar-panelselectric-adventure-vanmobility-innovationKia PV5 WKNDR Is A Digital Detox Vehicle - CleanTechnica
The Kia PV5 WKNDR is a concept electric adventure vehicle unveiled at the 125th New York International Auto Show, designed to appeal to overlanders and outdoor enthusiasts seeking a "digital detox" lifestyle. Built on the award-winning Kia EV3 platform, the WKNDR features rugged, versatile amenities such as solar panels, a pullout mobile kitchen, and ample storage, emphasizing practicality for spontaneous escapes into nature. The vehicle reflects Kia’s strategic push into recreational and adventure-focused electric mobility, aiming to combine quiet electric powertrains with camper utility for modern explorers. Feedback from attendees highlighted the WKNDR’s appeal to digital nomads and overlanders alike, with users appreciating its design tailored for adventure and off-grid living. Discussions also touched on practical aspects of overlanding, such as the challenges of sanitation and the desire for hybrid or fully electric setups in mobile homes. While some found the WKNDR compact for full-time living, it was praised as a versatile and innovative concept that aligns with
energyelectric-vehiclesolar-panelselectric-mobilityadventure-vehicleKia-PV5clean-technologyOld solar panels help turn power plant CO2 into valuable chemicals
Japanese researchers from Yokohama National University, Electric Power Development Co., Ltd., and Japan’s National Institute of Advanced Industrial Science and Technology (AIST) have developed a novel method to convert carbon dioxide (CO2) from thermal power plant exhaust directly into valuable organic chemicals using recycled silicon wafers from discarded solar panels. By pretreating crushed solar panel silicon wafers with hydrochloric acid to remove aluminum contaminants, the team enhanced the wafers’ ability to act as reducing agents in the reaction. The process involves combining the untreated exhaust gas (containing about 14% CO2) with water, a catalyst (tetrabutylammonium fluoride), and the recycled silicon powder, resulting in the efficient production of formic acid and formamide without the need for CO2 purification. This breakthrough offers a dual environmental benefit: it repurposes waste silicon from obsolete solar panels—addressing the growing issue of photovoltaic panel disposal predicted to reach tens of millions of metric tons by 2050
energyrenewable-energysolar-panelscarbon-captureCO2-conversiongreen-technologysustainable-materialsIf They Can Put Solar Power Here, They Can Put It Anywhere
The Port Newark Container Terminal in New Jersey has successfully integrated a 7.2 megawatt solar power plant within its busy 320-acre shipping hub without disrupting operations or occupying valuable space. This was achieved through innovative engineering by Standard Solar, which installed elevated solar canopies over active roadways and parking lots, along with rooftop panels, to maximize energy generation while preserving critical logistics functions. The solar installation now supplies about half of the terminal’s annual electricity demand, reducing emissions by 50% and contributing to cleaner air for workers and surrounding communities. This project exemplifies how solar power can be adapted to complex, space-constrained industrial environments, particularly ports that face challenges such as soft soil, high water tables, and flooding. Funded through a power purchase agreement, the system required no upfront costs for the port and includes ongoing maintenance by Standard Solar. The initiative aligns with broader efforts led by the US Environmental Protection Agency’s Clean Ports Program, supported by the Inflation Reduction Act, aimed at reducing pollution at
energysolar-powerrenewable-energyclean-energysolar-panelssustainabilityport-operations10x efficient solar robot to build farms faster in Australia
Luminous Robotics Inc., a Boston-based company, has developed an AI-powered robot named LUMI designed to automate and significantly speed up solar panel installation. Backed by $4.9 million in funding from the Australian government’s $100 million Solar Scaleup Challenge, the LUMI robot will be deployed at two large-scale Australian solar farms: the 440MW Neoen Culcairn Solar Farm in New South Wales and the 250MW Engie Goorambat East Solar Farm in Victoria. The robot autonomously picks up and places 80-lb solar panels onto racks, enabling onsite workers to complete the securing process more quickly and safely. This technology aims to reduce manual labor, improve installation speed by up to 3.5 times, and lower costs. The deployment of a full fleet of five LUMI robots in Australia marks the first global large-scale use of this technology, with potential cost reductions on solar farm construction estimated at up to 6.2%. ARE
robotsolar-energyautomationrenewable-energyAIsolar-panelsconstruction-technologyUS Space Force gives retractable Light Wing solar panels funding boost
The US Space Force has awarded $2 million in funding to Atomic-6, a Marietta, Georgia-based startup, to develop its innovative “Light Wing” retractable solar arrays for military satellite applications. These solar panels can fold and unfold repeatedly, enabling satellites to adapt their configurations during different mission phases. A key feature of the Light Wing technology is its patented “space mast” and “space hinge” mechanism, which allows rapid stowing and redeployment of solar panels. This capability is especially valuable in crowded orbital environments, as satellites can retract their arrays to avoid collisions with debris or other spacecraft and then redeploy them once in safer orbits. Atomic-6, founded in 2018 and advised by notable figures such as astronaut Chris Hadfield, specializes in high-performance composite materials designed for extreme space conditions. The company has previously received multiple Department of Defense and NASA Small Business Innovation Research (SBIR) awards, including a $3.8 million contract to develop “Space Armor” tiles that
energysolar-panelsspace-technologycomposite-materialssatellite-technologyUS-Space-Forceorbital-debris-mitigationSierra Space's new tech center to produce solar panels for satellites and defense
Sierra Space has inaugurated a $45 million Power Station facility in Broomfield, Colorado, to scale up manufacturing of its Surface Mount Technology (SMT) solar arrays designed for satellites and defense applications. The 70,000-square-foot center uses commercial pick-and-place electronics technology to produce compact, resilient solar panels that range in power from 10 watts to 10 kilowatts. Equipped with integrated testing capabilities such as thermal vacuum chambers and dynamics labs, the facility can build one solar panel per day and one satellite wing per week, aiming to deliver 40 satellite wings initially and ramp up to 100 annually. The new Power Station supports Sierra Space’s Defense division, which focuses on supplying power systems for government satellites, including those manufactured at its Victory Works facility. The company emphasizes that its solar arrays are more durable due to their unique architecture and are tailored to meet the demands of increasingly crowded and complex space missions requiring efficient, lightweight power solutions. With about 100 employees currently and plans for expansion
energysolar-panelssatellite-technologyspace-defensemanufacturingscalable-power-systemsprinted-circuit-boardsSingapore's Rooftop Solar Ambitions Are Expanding - CleanTechnica
Singapore is aggressively expanding its rooftop solar capacity through the SolarNova program, launched in 2014 by the Housing and Development Board (HDB) and the Economic Development Board (EDB). Due to limited land availability, the initiative focuses on installing solar panels on public housing rooftops and government buildings. Singapore receives about 2,064 hours of sunlight annually, enabling effective solar energy capture. SolarNova aims to significantly boost the nation’s solar capacity, feeding clean energy directly into the national grid to diversify energy sources, reduce reliance on imported natural gas, and enhance energy security. The program collaborates with research institutions like the Solar Energy Research Institute of Singapore (SERIS) and private companies such as EDP Renewables (EDPR), which acquired local solar startup Sunseap. In February 2024, EDPR took over Phase 8 of SolarNova, targeting the installation of solar panels on 1,075 public housing blocks and 101 government buildings by 2027, producing 200
energysolar-energyrenewable-energysolar-panelsclean-energyenergy-securitysustainabilityEcoFlow’s Early Prime Day Sale Is Live: Huge Deals On Portable Power Stations - CleanTechnica
EcoFlow has launched its Early Prime Day Sale from June 23 to July 7 on its website, with deals continuing through July 18 on Amazon. The sale features significant discounts on a range of portable power stations and accessories, ideal for emergency backup, off-grid living, camping, and home use. Key products on sale include the DELTA 2 ($599, down from $999), DELTA 2 Max ($999 standalone or $1,349 with a solar panel), and the high-capacity DELTA Pro series, with prices starting at $1,799 for the standalone DELTA Pro and bundled options including solar panels and Smart Home Panels. The compact RIVER series also sees discounts starting at $349, while the WAVE 3 portable air conditioner and related accessories are available at reduced prices. Shoppers are advised to act early to secure the best deals, especially on popular models that may sell out quickly. Bundled packages often provide better value, including solar panels, chargers,
energyportable-power-stationssolar-panelsbackup-poweroff-grid-energyclean-energyEcoFlowAptera Banks On Solar Panels For Free EV Battery Charging
Aptera Motors, a US startup, is advancing the integration of body-embedded solar panels into electric vehicles (EVs) with the goal of enabling free battery charging through solar energy. Unlike many automakers that limit solar panels to roofs, Aptera aims to cover the entire vehicle with flexible, lightweight solar cells that extend battery range significantly. This approach could allow drivers to complete daily errands without needing to plug in, potentially offsetting the rising costs of electricity and justifying the upfront expense of the solar technology. Aptera’s design focuses on a highly aerodynamic, fully enclosed three-wheeled vehicle that combines efficiency with practicality for commuting and errands. The company, which rebooted in 2020 after initial struggles since its 2006 founding, is preparing to unveil its Launch Edition model on June 27. This production-ready EV will feature all expected systems, including climate control, infotainment, vision systems, and full solar integration. Aptera has partnered with Tianma, a leading automotive display supplier
energysolar-panelselectric-vehiclesbattery-chargingAptera-Motorsrenewable-energyautomotive-technology140 Homes In South LA Will Receive Free Solar Power & Energy Upgrades - CleanTechnica
GRID Alternatives, a renewable energy nonprofit, is providing free solar power systems and energy upgrades to 140 homeowners in South Los Angeles as part of the South LA Eco-lab program. Eligible households—those living in specified zip codes (90037, 90044, 90062, 90043, 90002, 90047, 90011) with up to four members earning no more than $120,000 annually—can receive solar panel installations sized up to 5 kW based on their energy usage and roof size. Additional free upgrades include cool roofs (available for 84 projects) and service panel upgrades for all participants. Community interest in solar power and energy efficiency is high, with residents eager to learn about how the systems work, their funding, and the associated cost savings. Recipients of the free solar installations often become advocates for clean energy, spreading awareness and encouraging neighbors and family members to consider solar power. The program also includes community engagement efforts such as fruit tree giveaways
energysolar-powerrenewable-energyhome-energy-upgradessolar-panelsclean-energyGRID-AlternativesSolar Panels Give Edge to Tomatoes Grown Underneath - CleanTechnica
Researchers at the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) conducted experiments to determine if tomatoes grown under specially designed light filters would perform better than those grown under full sunlight. These filters, based on organic photovoltaic (OPV) technology, selectively transmit only the light spectrum most beneficial to the plants while potentially converting unused light into electricity. In a controlled study, tomato plants grown under these purplish BioMatched panels grew faster and larger than those exposed to the full solar spectrum, demonstrating that tailoring light exposure to a plant’s physiological needs can enhance growth. This project, part of the multi-disciplinary “No Photon Left Behind” initiative, builds on earlier successful experiments with algae, where BioMatched filters also increased growth rates despite reducing overall light exposure. The algae research showed higher efficiency in converting photons to biomass, encouraging researchers to test similar approaches with crops. While the current OPV filters used in the experiments do not generate electricity, the ultimate aim is to integrate BioMatched materials into
energysolar-panelsphotovoltaic-cellsorganic-semiconductorsplant-growthbioenergyrenewable-energyThis Chinese Spacecraft Is Traveling to One of Earth’s Quasi-Moons
The China National Space Administration (CNSA) has released the first image from its Tianwen-2 probe, currently over 3 million kilometers from Earth and en route to Kamo’oalewa, a near-Earth quasi-moon asteroid. Launched on May 29, 2023, Tianwen-2 aims to study Kamo’oalewa from a distance before landing on its surface in July 2026 to collect samples. After returning these samples to Earth, the spacecraft plans to use Earth’s gravity to slingshot toward another asteroid, 311P/PanSTARRS. The mission faces challenges such as landing on the asteroid’s low-gravity surface and will provide valuable data on the composition of rocky celestial bodies. Kamo’oalewa is one of seven known quasi-moons of Earth—asteroids that orbit the sun in a path similar to Earth’s but are not gravitationally bound to our planet. Discovered in 2016 near Hawaii, it is about
energyspace-explorationsolar-panelsspacecraftasteroid-samplingTianwen-2quasi-moonTexas Welcomes More Solar Factories Despite Anti-Solar Bills
solarenergysolar-factoriesrenewable-energyTexassolar-panelsenergy-storageIs Xi Jinping Controlling Chinese Made Solar Panels In The US?
solar-panelsrenewable-energyIoTcommunication-deviceselectric-vehiclesover-the-air-updatesclean-technologyRooftop Solar Is Winning (Trump Is Losing)
rooftop-solarclean-energysolar-panelsenergy-storagesolar-as-a-serviceenergy-incentivesrenewable-energy31 đội tranh tài tại chung kết Sáng kiến Khoa học 2025
energyrecyclingsolar-panelsinnovationsustainabilityenvironmental-protectionbiomassWhy Balcony Solar Panels Haven’t Taken Off in the US
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