The Zayed Sustainability Prize announced the winners for 2026, awarding US$5.9M to 11 organizations and high schools from various countries. The winners presented innovative solutions in sustainability categories such as AI-enabled diagnostics, Cooling-as-a-Service, biodegradable antimicrobial packaging, water leak detection technology, eco-bricks production, and resilient homes. The Prize, established in 2008, has positively impacted over 411 million lives globally through scalable innovations in health, food, energy, water, climate action, and global high schools. The winners were praised for their contributions to advancing sustainable development and improving social and environmental benefits, encouraging practical solutions that uplift communities and drive inclusive progress worldwide. The Zayed Sustainability Prize continues to support groundbreaking solutions to global challenges in areas such as health, food, energy, water, climate action, and global high schools, driving sustainable development and inspiring innovators to work towards a sustainable future.
Author: Cleantechnica
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BLUETTI Targets Circular Economy & High-Speed Mobile Charging — CES 2026 Launch
BLUETTI is making strides in hardware decarbonization and slow-charging issues for road trips through material science and deep vehicle integration. The Charger 2, powered by alternator and solar energy, offers universal compatibility and bi-directional utility. The Bio-Based Elite 100 V2 power station reduces CO2 emissions with bio-circular plastics, while the Elite 300 and Elite 320 models provide high energy density and home resilience capabilities. With a focus on sustainable material sourcing and efficiency, BLUETTI is leading a positive shift towards clean energy solutions in the industry.
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Ford’s $30,000 Midsize Electric Pickup Truck Will Offer Level 3 Autonomy
Ford is working on developing electric vehicles in Southern California with a team led by Doug Field, aiming to design vehicles that outperform Chinese offerings and are price competitive. The Universal EV Platform will be used for a new midsize electric pickup truck, offering impressive range and the ability to power a home during a grid outage. Ford is focusing on efficiency, fewer components, and democratizing technology to make it accessible to a wider audience. The company is prioritizing technology that solves real problems and is attainable for more customers, aiming for a more capable and affordable EV future.
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Common Charge and Advancing Distributed Energy
Common Charge, a new energy coalition launched in September, is advocating for distributed energy resources in the United States to address energy challenges. Focused on delivering affordable energy and strengthening grid resilience, the organization aims to protect ratepayers from price hikes and provide energy security against blackouts or outages. With the increasing electrification, data centers, and AI, Common Charge sees distributed assets as a key solution for the future. Learn more about their goals and initiatives in a podcast discussion available on various platforms.
https://cleantechnica.com/2026/01/11/common-charge-and-advancing-distributed-energy/
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Perovskite-Silicon Solar Cells Are Heading For The Mass Market
The article discusses the potential impact of perovskite solar cells on the global decarbonization movement, with utility-scale perovskites already achieving high efficiency levels. Tandem PV technology is also on the rise, with efforts to mass produce tandem solar panels and improve durability and efficiency in outdoor conditions. The increasing activity in perovskite solar cell technology poses a threat to the global oil industry, highlighting the shift towards renewable energy sources like solar power. Urgent action is needed to address climate change and reduce greenhouse gas emissions, with a focus on innovative solutions to drive down costs and increase efficiency in the renewable energy sector.
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88 New Fast EV Charger Ports Coming To Brooklyn
A new EV charging hub with 88 fast charging ports backed by energy storage in the form of batteries is being launched in Williamsburg, Brooklyn, allowing for electricity to be stored during off-peak times and used to charge EVs during peak times. The chargers can deliver electricity at up to 300 kW and each charger has two ports. The comparison between the cost of EV charging and filling up a gas vehicle at a gas station is misleading, as it does not account for the full cost of fossil fuels, which includes health, environmental, and geopolitical costs. The article also discusses the social costs of road accidents and congestion, highlighting that the true cost of gasoline or diesel is higher than what is reflected in market prices. Tesla has also opened an EV charging hub powered by solar power and battery storage, with 164 charging stalls, showcasing the potential for clean energy solutions in the transportation sector.
https://cleantechnica.com/2026/01/10/88-new-fast-ev-charger-ports-coming-to-brooklyn/
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2025 Ends with an Uptick in Australian Plugin Vehicle Sales
In December 2025, Australia experienced a record high EV penetration rate, with electric vehicles (EVs) accounting for 8.3% of the total car market. The market share of battery electric vehicles (BEVs) and plug-in hybrid electric vehicles (PHEVs) has been steadily increasing, with BEVs reaching 9% and PHEVs reaching 4.6% in 2025. Chinese brands like BYD and Zeekr are dominating the market, with more models expected to be launched in 2026. The increasing adoption of EVs is expected to bring significant changes to the petrol car ecosystem and have an impact on the national Balance of Payments. The future looks promising for electric vehicles in Australia as we move into 2026.
https://cleantechnica.com/2026/01/10/2025-ends-with-an-uptick-in-australian-plugin-vehicle-sales/
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US Startup Envisions Hassle-Free EV Charging At Gas Stations
The challenges facing the vehicle electrification movement, such as high costs of fast-charging stations and grid limitations, are being addressed by innovative solutions like ElectricFish's AI-assisted charging-plus-storage system. Their modular "350Squared" and new "400Squared" charging stations offer quick top-offs for EV drivers and can strengthen the grid with fast charging capabilities. ElectricEra is also entering the market with customizable EV charge kiosks and a quick installation timeline for their 400-kilowatt charging stations. These advancements in fast-charging technology are crucial for the continued growth and adoption of electric vehicles in the US.
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Panasonic’s AI Strategy Enters the Implementation Phase: Real-World Impact for Better Future Showcased at CES 2026
At CES 2026, the Panasonic Group showcased a range of AI and advanced technology solutions, focusing on workplace, wellness, and environmental solutions. These included innovations such as a smart aging-care solution, RizMo biorhythm monitoring device, and perovskite solar cells for renewable energy generation. The company also introduced an automatic home appliance disassembly system to improve recycling efficiency, demonstrating their commitment to building a sustainable future through innovative technology solutions. Panasonic's comprehensive manufacturing capabilities are being leveraged to support the evolving needs of AI infrastructure, with a focus on improving operational efficiency and reducing environmental impact in data centers.
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Orbiting Data Centers To Deploy Solar Power 24/7
Orbit AI, in collaboration with PowerBank Corporation, is entering the space data center market with a project aimed at competing with Elon Musk's Starlink venture. They are launching a satellite network called "DeStarlink" and have deployed their first satellite, Genesis-1, equipped with AI technology for real-time data analysis in space. PowerBank, a Canadian solar and energy storage developer, is partnering with Orbit AI to create a next-generation digital infrastructure in orbit, utilizing solar power and AI technology. This collaboration aims to establish a decentralized low-Earth-orbit network for global connectivity and AI data centers powered by solar arrays in space. PowerBank is focusing on data center energy management and in-orbit compute services in high-growth AI markets, with a goal of achieving global coverage by 2027 and becoming a "self-learning orbital swarm" by 2028-2030. This aligns with the race to launch AI-powered satellites for climate solutions.