• Clean, Sustainable Fuels Made 'from Thin Air' And Plastic Waste

• A Baking Soda Solution for Clean Hydrogen Storage

• Proposed Design Could Double the Efficiency of Lightweight Solar Cells for Space-Based Applications

• Record 19.31% Efficiency With Organic Solar Cells

• New Catalyst Lowers Cost for Producing Environmentally Sustainable Hydrogen from Water
• The Next Generation of Solar Energy Collectors Could Be Rocks

• Hydrogen Battery: Storing Hydrogen in Coal May Help Power Clean Energy Economy

• Researchers Examine Cooling Power Plants With Brackish Groundwater

• New Supply Chain Model to Empower Seabound Hydrogen Economy

• Driving on Sunshine: Clean, Usable Liquid Fuels Made from Solar Power

• Unlocking the Power of Photosynthesis for Clean Energy Production

• The Bat's Ability to Convert Energy Into Muscle Power Is Affected by Flight Speed

• Researchers Develop an Additive to Efficiently Improve the Efficiency and Stability of Perovskite Solar Cells

• Artificial Photosynthesis for Environmentally Friendly Food Production

• CO2 Recycling: What Is the Role of the Electrolyte?
• Progress in Alternative Battery Technology

• One-Step Solution-Coating Method to Advance Perovskite Solar Cell Manufacturing and Commercialization

• Next Decade Decisive for PV Growth on the Path to 2050
• Chemists Propose Ultrathin Material for Doubling Solar Cell Efficiency

• A Solar Hydrogen System That Co-Generates Heat and Oxygen

• Microwaves Advance Solar-Cell Production and Recycling

• Scientists Create High-Efficiency Sustainable Solar Cells for IoT Devices With AI-Powered Energy Management

• Shutting Down Nuclear Power Could Increase Air Pollution
• Solar Cells Charging Forward

• Levies on Renewable Energy Profits Could Serve as a Barrier to Achieving Net Zero Targets in the UK
• Underground Water Could Be the Solution to Green Heating and Cooling

• Sailing Cargo Ships Can Benefit from New Aerodynamic Tech

• More Predictable Renewable Energy Could Lower Costs

• Drought, Heat Waves Worsen West Coast Air Pollution Inequality

• 如果留意bal Experts Propose a Path Forward in Generating Clean Power from Waste Energy

• Solar Industry Feeling the Heat Over Disposal of 80 Million Panels

• 'Green' Hydrogen: How Photoelectrochemical Water Splitting May Become Competitive

• Nanoparticles Self-Assemble to Harvest Solar Energy

• How to Make Hydrogen Straight from Seawater -- No Desalination Required

• 'Game-Changing' Findings for Sustainable Hydrogen Production

• New Sodium, Aluminum Battery Aims to Integrate Renewables for Grid Resiliency

• Artificial Photosynthesis Uses Sunlight to Make Biodegradable Plastic

• Collision Risk and Habitat Loss: Wind Turbines in Forests Impair Threatened Bat Species

• Harnessing Solar Energy: New Method Improves Readings of Double-Sided Panels

• Researchers Create Smaller, Cheaper Flow Batteries for Clean Energy
• Interfacial Interactions of the Lead-Free Perovskite for Efficient Hydrogen Production

• Turning Abandoned Mines Into Batteries

• A New Tool Helps Map out Where to Develop Clean Energy Infrastructure

• Solar-Powered System Converts Plastic and Greenhouse Gases Into Sustainable Fuels

• Cheap, Sustainable Hydrogen Through Solar Power
• A Step Towards Solar Fuels out of Thin Air

• Improving the Operational Stability of Perovskite Solar Cells

• Producing Fertilizer Without Carbon Emissions

• Risk of Population Disruption as a Result of Decarbonization

• Producing 'green' Energy -- Literally -- From Living Plant 'bio-Solar Cells'

• Economical Eco-Friendly Fabrication of High Efficiency Chalcopyrite Solar Cells

• Health Benefits of Using Wind Energy Instead of Fossil Fuels

• Cooling Down Solar Cells, Naturally

• New Catalyst Could Be Key for Hydrogen Economy

• Building Green Energy Facilities May Produce Substantial Carbon Emissions, Says Study
• Small Modular Reactor Waste Analysis Report

• New Insights Into Energy Loss Open Doors for One Up-and-Coming Solar Tech

• Offshore Wind Farms May Harm Seabirds, but Scientists See Potential for Net Positive Impact

• How Photoelectrodes Change in Contact With Water

• Ultrathin Solar Cells Promise Improved Satellite Performance

• Shining New Light on Solar Cell Development

• This Simple Material Could Scrub Carbon Dioxide from Power Plant Smokestacks

• 如果留意bal Collaboration Saved Countries $67 Billion in Solar Panel Production Costs

• Green Hydrogen: Faster Progress With Modern X-Ray Sources

• Game Changers in Fighting Climate Change: Refuels Are Suitable for Everyday Use
• Why Some Countries Are Leading the Shift to Green Energy
• On-Site Reactors Could Affordably Turn CO2 Into Valuable Chemicals
• Scientists Develop Inexpensive Device That Can Harvest Energy from a Light Breeze and Store It as Electricity

• Keeping Planes and Wind Turbines Ice-Free

• Solar Harvesting System Has Potential to Generate Solar Power 24/7

• Clean Hydrogen: A Long-Awaited Solution for Hard-to-Abate Sectors?

• More Reasons to Go Solar When Gearing Up for a Greener Drive

• New Research Can Help Electric Utilities Account for Climate Change
• Catalytic Process With Lignin Could Enable 100% Sustainable Aviation Fuel
• Casting Shadows on Solar Cells Connected in Series

• Charging Cars at Home at Night Is Not the Way to Go, Study Finds

• Rooftop Solar Cells Can Be a Boon for Water Conservation Too

• Decarbonizing the Energy System by 2050 Could Save Trillions

• New Study Identifies Main Drivers of Government Investment in Clean Energy Innovation

• A Breakthrough Discovery in Carbon Capture Conversion for Ethylene Production

• Green Hydrogen: Short-Term Scarcity, Long-Term Uncertainty

• Solar Energy Breakthrough: Perovskite Cell With Greater Stability, Efficiency

• Better Metal Oxides to Boost the Green Credentials of Many Energy Applications
• A Sustainable Battery With a Biodegradable Electrolyte Made from Crab Shells

• Preventing Dye Aggregation With Molten Salts to Improve Solar Cell Performance

• Wind Turbine Blades Could Someday Be Recycled Into Sweet Treats

• Floating 'artificial Leaves' Ride the Wave of Clean Fuel Production

• Report Highlights Technology Advancement and Value of Wind Energy

• Colorful Solar Panels Could Make the Technology More Attractive

• New Faster Charging Hydrogen Fuel Cell Developed
• Eco-Friendly Solar Cells Improve Power Generation Efficiency by Resolving Causes of Defects

• A New Method Boosts Wind Farms' Energy Output, Without New Equipment
• Tweaking Turbine Angles Squeezes More Power out of Wind Farms

• Local Renewable Energy Employment Can Fully Replace U.S. Coal Jobs Nationwide, Study Finds

• New Wind Sensor Uses Smart Materials to Improve Drone Performance

• New Way to Calculate Environmental Impact of Ammonia Production

• New Technology Can Help Combat Climate Crisis

• Long-Term Consequences for Europe's Climate Ambitions When the EU Turns Off Russian Gas

• Listening to the People Results in a More Sustainable Future Energy System
• Inefficient Building Electrification Risks Prolonging Fossil Fuels