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  ■ Technology
 - Technical News
   
New Si-Based Photocatalyst Enables Efficient Solar-Driven Hydrogen Production [230921]
  
A New Electrolyte to Make Better Lithium-Ion Batteries [230920]
  
DGIST-ETRI Team Uses Prelithiation of Graphite-Silicon Electrode for High-Performance All-Solid-State Battery [230919]
  
Scientists Design Ultrastable, High-Energy-Density Zn–Mn Battery [230919]
  
Charging Ahead: New Electrolyte Goes Extra Mile for Faster EV Charging [230913]
  
New Ionic Materials Boost Hydrogen Fuel Cell Efficiency [230912]
  
Researchers Develop Efficient and Mild Lithium Extracting Strategy Based on Potential Controllable Redox Couples [230911]
  
Chemists Develop More Efficient Battery Designed for Storing Energy From Wind or Solar Farms [230907]
  
Linking Two Solar Technologies Is a Win-Win for Efficiency and Stability [230906]
  
Flexible Solar Cell Achieves Major Power Conversion Efficiency Gains [230905]
  
A Smart Color-Changing Flexible Battery With Ultra-High Efficiency [230902]
  
Researchers Upcycle Degraded Cathodes to Create High-Performance Lithium-Ion Batteries [230901]
  
An Affordable and Scalable Strategy to Fabricate Efficient Silicon Heterojunction Solar Cells [230901]
  
Researchers Develop Flexible, Multi-Layered Coloring Transparent Electrode [230830]
  
Researchers Improve Performance of All-Solid-State Lithium-Sulfur Batteries [230829]
  
Organic Cell Based on Htl Made of Indium Chloride Layer Achieves 18.92% Efficiency [230825]
  
Scientists Invent Micrometers-Thin Battery Charged by Saline Solution That Could Power Smart Contact Lenses [230825]
  
Monolithic perovskite-PERC tandem solar cell with 23.7% efficiency [230824]
  
Researchers Investigate Effect of Impact on Structurally-Embedded Li-Ion Batteries [230821]
  
Researchers Show Graphyne-Based Membranes as Promising for Li-Metal Battery Electrode Protection [230821]
  
Researchers Fabricate Phase-Heterojunction All-Inorganic Perovskite Solar Cells With an Efficiency Above 21.5% [230817]
  
Two-Terminal Perovskite Silicon Tandem Solar Cell With 25.6% Efficiency [230816]
  
A New Bio-Inspired Solar Leaf Design With Increased Harvesting Efficiency [230816]
  
New Photocatalytic System Converts Carbon Dioxide to Valuable Fuel More Efficiently Than Natural Photosynthesis [230814]
  
The Future of Hydrogen Fuel: Developing a Technique to Analyze Hydrogen Fuel Cell Stability [230814]
  
Stacking Cells in Thin Layers Could Result in Higher-Performance Solid-State Batteries [230810]
  
Chinese Researchers Develop Self-Powered System for Recycling of Lfp Batteries via Triboelectric Nanogenerator [230808]
  
A New LMR Cathode That Minimizes Voltage Decay in Li-Ion Batteries [230808]
  
Transformative Battery Structure Surpasses Fast Charge Goals for LI Cycling [230805]
  
Quantum Computer Helps Find Better Molecular Candidate for Solar Cells [230805]
  
Researchers Identify AsC5 as Promising Anode Material for Sodium-Ion Batteries [230801]
  
US Navy Researchers Demonstrate Synthesis of High-Density Biofuels From Myrtenal Using Cyclopropanation [230801]
  
Target Therapy for Buried Interface Improves Efficiency of Perovskite Solar Cells [230801]
  
Engineers Create an Energy-Storing Supercapacitor From Ancient Materials [230801]
  
Laser Pulses May Help Develop Next-Gen, High-Capacity Batteries [230731]
  
Solar Batteries: A New Material Makes It Possible to Simultaneously Absorb Light and Store Energy [230728]
  
New Carbon-Stabilized Li-Si Anodes for All-Solid-State Li-Ion Batteries [230719]
  
Bifacial Perovskite Solar Cells Point To Higher Efficiency [230719]
  
Researchers Succeed in Producing Highly Efficient, Low-Cost 'Green' Hydrogen [230718]
  
A Strategy to Reduce Defects in Inverted Perovskite Solar Cells and Improve Their Performance [230717]
  
New Oxychloride Solid-State Electrolyte for Lithium Batteries Shows Good Performance, Low Cost [230715]
  
Improving High-Temperature Stability of Perovskite Solar Cells [230714]
  
Researchers Present Two-Step Recycling Approach for All-Solid-State Li-Ion Batteries [230711]
  
Two Methods for Increasing Efficiency of Solar Cells by Making Silicon and Perovskite Work Together Better [230708]
  
New Aluminum Radical Battery Promises More Sustainable Power [230705]
  
Team Seeks to Enhance Production Efficiency of Fuel Cells With Laser Machining Technology [230705]
  
ANL Fluorinated Cation Electrolyte Could Help Enable High-Performance, Long-Lasting Li-Metal Batteries [230630]
  
Scientists Designed 10.83%-Efficient Solar Cell Based on New Unleaded Perovskite Material [230629]
  
New Design for High-Power-Density Fuel Cells Offers Improved Performance and Durability [230628]
  
Towards Efficient Lithium-Air Batteries With Solution Plasma-Based Synthesis of Perovskite Hydroxide Catalysts [230627]
  
Utilizing Electron Spin for Faster Charging, Higher Capacity Batteries [230621]
  
PV-Powered Tech to Convert CO2, Plastics Into Suistanable Fuels [230621]
  
Chinese Scientists Push Lithium Batteries up to a Record 711 Wh/KG [230619]
  
Scientists Develop Aqueous Zinc-Ion Battery With High Energy Density and Ultra-Long Lifetime [230615]
  
Scientists Create Long-Lasting, Cobalt-Free, Lithium-Ion Batteries [230615]
  
Team Develops a Novel, Completely Solid, Rechargeable Air Battery [230613]
  
Research Team Develops Power Prototype to Boost Energy Efficiency [230609]
  
New Study Could Help Unlock Improved Batteries for Electric Vehicles and Aviation [230608]
  
Revolutionizing Hydrogen Transport and Storage: Hydrogen Bar System Solution [230607]
  
Using Heat and Pressure to Improve Battery Manufacture [230607]
  
Novel Solar Desalination System for Remote Areas Developed [230531]
  
Researchers Create Flexible Monocrystalline Silicon Solar Cells [230526]
  
New Efficiency Record Announced for Commercial-Sized Solar Cell [230526]
  
Researchers Develop Calcium Rechargeable Battery With Long Cycle Life [230524]
  
Boosting Solar Cell Energy Capture Efficiency With a Fullerene-Derivative Interlayer [230519]
  
Driving on Sunshine: Clean, Usable Liquid Fuels Made From Solar Power [230519]
  
An Electric Vehicle Battery for All Seasons [230518]
  
New Design Strategies to Improve the Stability and Efficiency of Bifacial Perovskite Solar Cells [230516]
  
New Priming Method Improves Battery Life and Efficiency [230516]
  
Increased Efficiency for Solar Cells With Depth-Based Property Analysis [230515]
  
Enhancing Fuel Cell Lifespan via Catalyst Selection [230515]
  
Boosting the Capacity and Voltage of Zinc-Air Batteries [230510]
  
Silicon Heterojunction Solar Cells With up to 26.81% Efficiency [230510]
  
Researchers Evaluate Energy Conservation and Carbon Reduction Potential for Biomass Energy Conversion [230506]
  
Researchers Develop an Additive to Efficiently Improve the Stability of Perovskite Solar Cells [230505]
  
Perovskite Solar Cell Achieves 24.3% Efficiency, High Stability via Binary Mixed Hole Transport Layer [230503]
  
New Zinc Metal Batteries Can Be Cheap, Efficient, Durable, Safe and Environmentally Friendly [230425]
  
Das Solar Claims Record Open-Circuit Voltage of 730 MV for N-Type Solar Cell [230421]
  
Hoymiles Releases New, Simplified Connectors for Microinverters [230420]
  
New Findings Pave the Way for Stable Organic Solar Cells That May Enable Cheap and Renewable Electricity Generation [230420]
  
A Solar Hydrogen System That Co-generates Heat and Oxygen [230418]
  
33.2%! Kaust Team Sets World Record for Tandem Solar Cell Efficiency [230417]
  
Researchers Claim New World Record for Tandem Solar Cell Efficiency [230414]
  
Chinese and German Milestones in Fusion Research [230414]
  
Scientists Create High-Efficiency Sustainable Solar Cells for Iot Devices With Ai-Powered Energy Management [230414]
  
Researchers Find a More Effective Method to Recycle Thin-Film Cells [230414]
  
A Rechargeable Battery Made From Food [230414]
  
Researchers Create More Efficient Perovskite Solar Cell [230413]
  
Researchers Propose Approach for Recycling All-Solid-State Li-Ion Batteries [230410]
  
Simple, Environmentally Friendly Coating Can Improve Battery Performance [230407]
  
This Dime-Sized Battery Is a Step Toward an EV With a 1,000-Mile Range [230407]
  
A Novel Ultramicro Supercapacitor With Ultrahigh Charge Storage Capability [230403]
  
Inexpensive and Environmentally Friendly Mechanochemical Recycling Process Recovers 70% Of Lithium From Batteries [230331]
  
Use of Layering-Charged Polymers in Battery Technology Could Boost EV Range 10-Fold [230330]
  
Add Nickel to Ceria for Solar Syngas at Just 700°C [230330]
  
Topcon Solar Cells: The New PV Module Technology in the Solar Industry [230330]
  
Probing Where Protons Go to Develop Better Fuel Cells [230329]
  
A New Integrated Solar Battery Based on Carbon Nitride Photoanodes [230329]
  
Using Natural Catalysts to Develop Low-Cost Way of Producing Green Hydrogen [230329]
  
Researchers Develop an Oxygen-Ion Battery [230327]
  
Novel Heat-Transfer Medium and Air Wall Increase Efficiency of Solar Thermal Tower Power Plants [230324]
  
Researchers Present New Theory of Convection for Understanding Fast Charging of Batteries [230322]
  
Carbon Dioxide Electrolysis as an Alternative to Coal [230320]
  
Promising Solar-Energy-Harvesting Technology Emerges [230317]
  
ICS Boosts HJT Module Efficiency With Patented Film [230317]
  
‘Heat Pumps Work’: Study Confirms Air Source Heat Pumps Three Times More Efficient Than Gas Boilers [230317]
  
Crab Shells Could Help Power the Next Generation of Rechargeable Batteries [230314]
  
Record Efficiency in Direct Conversion of Carbon Dioxide and Water Into Sustainable Fuels [230314]
  
Perovskite Solar Cell With 25.3% Efficiency via New Ligand [230313]
  
New Direct Air Capture Device Three Times More Efficient Than Current Approaches [230310]
  
Tuning Thermoelectric Materials for Efficient Power Generation [230310]
  
Topcon Shingle Solar Cell Achieves 22.0% Efficiency via Thermal Laser Separation [230309]
  
Electric Vehicle Batteries Could Get Big Boost With New Polymer Coating [230308]
  
Hydrogen-Boron Fusion Breakthrough [230301]
  
Corralling Ions Improves Viability of Next Generation Solar Cells [230228]
  
Next-Generation Concentrated Solar Power Particle Receivers Enable Inexpensive Electricity Generation With Energy Storage [230227]
  
ORNL Spallation Neutron Source Achieves 1.55MW Record Power to Enable More Discoveries [230227]
  
Encapsulated Perovskite Solar Cells Show Resilience A year-long outdoor field trial demonstrates this new photovoltaic can go the distance [230223]
  
This New Breed of Generator Can Run On Almost Any Fuel [230223]
  
New Hydrogen Production Makes H2 by Copying Plants [230223]
  
New World Record! Risen Energy HJT Hyper-ion Solar Module's Power is 741.456W and the Efficiency is 23.89% [230220]
  
Physicists Solve Durability Issue in Next-Generation Solar Cells [230219]
  
Team Develops New Way to Extract Thermal Energy From Waste Heat Sources and Reuse It via Pressure Control [230219]
  
This ‘Harry Potter’ Light Sensor Achieves Magically High Efficiency of 200% [230219]
  
Harnessing Plant Molecules to Harvest Solar Energy [230219]
  
Larger Sunhydrogen Green Hydrogen Generator Using Nanoparticle Technology Unveiled [230217]
  
Add-on Device Makes Home Furnaces Cleaner, Safer and Longer-Lasting [230216]
  
How to Make Hydrogen Straight From Seawater, With No Desalination Required [230215]
  
By Growing Uniform Lithium Crystals, Engineers Progress Toward Fast-Charging Lithium-Metal Batteries [230210]
  
Biogas produced with waste from apple juice production can minimize use of fossil fuels in industry [230210]
  
New Injector Makes Gas Injection System for Internal Combustion Engines More Efficient [230210]
  
New Superalloy Could Cut Carbon Emissions From Power Plants [230210]
  
University of Surrey Researchers Make ‘Game-Changing’ Findings for Hydrogen Production [230209]
  
New Sodium, Aluminum Battery Aims to Integrate Renewables for Grid Resiliency [230208]
  
Photovoltaic-Thermal System Based on PCM Cooling [230207]
  
New Material Makes Recycling a Wide Range of Batteries Simple and Economical [230203]
  
The Novel Chemistry Behind Ultra-High Power Density Batteries [230203]
  
New Type of Solar Cell Is Being Tested in Space [230201]
  
A Way to Produce Hydrogen Directly From Untreated Sea Water [230201]
  
Stability of Perovskite Solar Cells Reaches Next Milestone [230128]
  
Iron flow, sodium-sulfur battery technologies at airport and space station energy storage projects [230122]
  
Cityu Unravels Interfacial Interactions of the Lead-Free Perovskite for Efficient Hydrogen Production [230116]
  
New Breakthrough in Lithium Battery Studies Finds External Magnetic Field to Inhibit Dendrite Growth [230109]
  
Why Solar Needs to Slim Down On Silver [230108]
  
Cheap, Sustainable Hydrogen: New Catalyst Is 10 Times More Efficient Than Previous Sun-Powered Water-Splitting Devices [230106]
  
A Step Toward Producing Solar Fuels Out of Thin Air [230106]
  
Techniques to Build Thermally Co-evaporated Mini Perovskite Solar Panels [230103]
  
A Closer Look at Potential-Induced Degradation in Solar Cells [230103]
  
U Birmingham Team Demonstrates Direct Reuse of Aluminum and Copper Current Collectors From Spent Li-Ion Batteries [221229]
  
Researchers Develop a New Perovskite Solar Cell Technology [221228]
  
Using an Ethylene Carbonate Solvent With a Sodium Iodide Salt to Create a New Kind of Refrigerator [221228]
  
Paper-Thin Solar Makes Any Surface Photovoltaic Unroll This Solar Carpet Onto A Roof—Or Any Other Surface That Sees Sunlight [221223]
  
Researchers Develop Highly Stable Formamidinium-cesium Perovskite Solar Cells [221222]
  
A Strategy To Boost The Efficiency Of Solar Cells Based On Thin-film Bifacial Cu(In,Ga)Se2 [221222]
  
Consortium To Demonstrate Nitrogen For Fertilizer From Biosolids Using Solar Thermal [221219]
  
Team Overcomes Obstacles To Commercializing Next-generation Batteries By Moving Electrolytes Remotely [221215]
  
U.S. To Reveal Scientific Milestone On Fusion Energy [221213]
  
The Tech Making Lithium-Ion Batteries Safer [221205]
  
Recovering Hydrogen Fuel from Non-Recyclable Waste [221201]
  
Research Team Reports Breakthrough in Metal Gas Batteries [221129]
  
'Simple' Tweak to Perovskite Solar Cells Could Boost Renewable Energy Generation [221128]
  
JERA, JDSC Develop System for Solar Power Generation Prediction [221127]
  
MIT Advance Paves Way for High-Density Batteries That Handle Stress [221123]
  
Hybrid Ultracap Battery Promises 72-Second City EV Charging [221123]
  
Simpler, Cheaper Electrical Generator Can Be Made With Store-Bought Tape [221123]
  
The Need for Long Duration Energy Storage (LDES) Technologies [221123]
  
Understanding Organic Solar Cell Energy Loss Boosts Technology [221122]
  
Breaking With Convention to Develop More Efficient Solar Cells [221122]
  
New Solar Harvesting System Breaks Records [221121]
  
A Breakthrough for Next-Generation Lithium-Free Energy Storage Systems [221118]
  
JinkoSolar’s n-type TOPCon module sets record 23.86% conversion efficiency [221115]
  
The Move Toward More Sustainable Batteries [221114]
  
New Biofuels can Boost Fuel Economy and Slash Carbon Emissions in Cars and Trucks [221111]
  
New Approaches to Create Hydrogen Energy from Biomass Feedstocks [221110]
  
New Method Helps Make Lithium-Ion Battery Packs Last Longer [221108]
  
Feeding and Growing Microalgae on Leftover Coffee Grounds Produces High-Quality Biodiesel [221102]
  
New Insights into Understanding the HER Mechanism [221028]
  
Innovative Floating Hybrid Renewable Energy System [221028]
  
Tiny Ultrasound Sensors Could Monitor EV Batteries [221025]
  
Iridium Replaced With Ruthenium in Hydrogen Production [221024]
  
Superconductivity Tech to Deliver up to 10X More Renewable Capacity [221019]
  
Fast-Charging EV Batteries With Nickel Foil [221019]
  
Dynamic Computational Tool Enhances User Access to EV Charging [221019]
  
New Electrode Wastes No Space to Offer EV Batteries a 25% Density Boost [221018]
  
Fast-Charging Batteries for Electric Cars [221014]
  
New Electrode Technology Boosts Efficiency of Power-to-Gas Production [221012]
  
Robots and AI Could Optimize Lithium-Ion Batteries [221012]
  
Researchers Develop Lithium Battery with 40% More Energy Density [221012]
  
Enhancing the Energy Efficiency of the Internet [221011]
  
Geothermal May Beat Batteries for Energy Storage [221011]
  
Novel Inexpensive Wind Energy Harvester [221008]
  
Sustainable Energy Storage Derived From Seaweed [221008]
  
Research Black Rotor Blades for Bird Protection [220930]
  
Solar Cell Breakthrough Could Challenge Silicon Dominance [220928]
  
Perovskite-Silicon PV Tandem Devices Hit 30% Efficiency [220928]
  
Thickened Battery Electrodes Hint at Fast-Charging EVs With Doubled Range [220928]
  
Zero-Energy Tech Heats When Cold and Cools When Hot [220924]
  
NREL Granted Patent for Marine Renewable Energy Technology [220923]
  
Organic Solar Cell Breakthrough Improves Performance and Stability [220921]
  
Carbon Nanotubes Boost Efficiency in “Nanobionic” Bacterial Solar Cells [220920]
  
Dutch Students Devise Carbon-Eating Electric Vehicle [220915]
  
Perovskite Solar Cells Became a Reality [220913]
  
Researchers at Sandia Lab Successfully Test New Power Generation Technology [220913]
  
Engineers Make Green Hydrogen From Air [220913]
  
Novel Perovskite Solar Cell Design Yields Both High Efficiency and Stability [220907]
  
Green Material Absorbs Light More Strongly Than Conventional Solar Cell Technologies [220828]
  
Scientists Find Way to Recycle Wind Turbine Blades Into Gummy Bears [220824]
  
MIT Data Modeling Tool Optimises Wind Farm Output [220823]
  
Solar Windows Leap Forward as Supplement to Rooftop Panels [220822]
  
Australian Start-Up’s Hydrogen Find Offers Hope for Coal Plants [220821]
  
Optimizing the Energy Output of Wind Farms [220816]
  
Technology Trending: Mg-Ion Batteries, Hydrogen Innovation Lab, Landfill Methane for Bitcoin Mining [220815]
  
Smart Grids Are Spurring Demand for BESS – Study [220815]
  
Magnesium Conductor Developed for Energy Storage [220809]
  
Decades in the Making – New Catalyst Could Make Hydrogen Fuel Cells Affordable [220808]
  
Quantum Computing to Advance Solar PV Materials [220805]
  
Energy Efficiency, Not an Odd-Fish Anymore! [220803]
  
New Heat Pump Design Claims Efficiency Gains [220802]
  
Northvolt Turns to Trees With Wood-Based Batteries [220728]
  
Sand Batteries: The Next Green Energy Revolution? [220728]
  
Will Semi-solid Battery Technology Render Solid-State Batteries Redundant? [220728]
  
Surging Temperatures Are Good for Solar Panels, Right? The Answer Is: It’s Complicated [220726]
  
The Key Technology Behind the Green Hydrogen Economy [220725]
  
All-In-One Solar Tower Produces Jet Fuel From CO2, Water and Sunlight [220721]
  
Toyota Plans to Roll Out Hydrogen Fuel-Cell Trucks for the Japanese Market Next Year [220721]
  
EPRO Advance Technology Claims Green Hydrogen Breakthrough [220718]
  
Sulzer Schmid Takes Data Driven Rotor Blade Maintenance to the Next Level With New 3DX(TM) Damage Progression Module [220713]
  
Can Sand Batteries Be Scaled Commercially? [220713]
  
Solar-Powered Chemistry Could Recycle Carbon Dioxide Into Fuels and Chemicals [220708]
  
Solar Blanket: Sustainable, Self-Sufficient Renewable Energy [220708]
  
A Lithium Battery That Goes to Extremes [220708]
  
New Energy-Dense Lithium-Sulfur Battery Works at Extreme Temperatures [220706]
  
Recent Developments in Solar Energy Technology [220701]
Earlier......
 
 
 
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Micro-Grid Solar Power System
On-Grid Solar Power System
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Family Power & Heater System
   
 
 - Technical Articles
  
How Recycling Wind Turbine Blades Makes a Difference [230806]
  
"Limitless" Energy: How Offshore Floating Solar Could Power Population Hotspots [230804]
  
What Happens to the Unused Electricity Produced by Solar Panels? [230719]
  
Fuel Cells vs. Batteries: What’s the Difference? [221223]
  
Producing Green Hydrogen from Air [220930]
  
Solar Energy – Harnessing the Power of the Sun [220914]
  
What Is Green Hydrogen Used For? [220901]
  
Can Salt Water Help Produce Green Hydrogen? [220728]
  
Green Hydrogen for Steel Production [220728]
  
Will Hydrogen Cars Replace Electric Cars? [220728]
  
Can Green Hydrogen Replace Natural Gas? [220721]
  
Decoding the Hydrogen Rainbow [220705]
  
‘Floatovoltaics’: Are They the Future of Renewable Energy? [220629]
  
Developments in Airborne Wind Energy Systems
  
Solar Batteries: How Renewable Battery Backups Work 
 
Solar redox flow cell for residential energy storage 
 
Solar Panel Pros and Cons 
 
Carbon Fiber Paper Cathode for Rechargeable Flexible Zinc-Air Battery 
 
How do solar cells work 
 
Concentrating solar power plants 
 
Solar power plants: Large-scale PV 
 
Rooftop solar panels: Benefits,costs,and smart policies 
 
How solar panels work 
 
The solar resource 
 
How Solar Energy Works 
 
How Solar Works 
 
Why Go Solar 
 
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20 energy storage disruptors 
  
This fully transparent solar cell could make every window and screen a power source 
  
New Solar Cell Breaks Efficiency Ceiling, Theory Goes Out Window 
  
Graphene Could Help Generate Power From Rain 
  
Tandem Solar Cell May Boost Electricity from Sunlight 
  
Perovskite solar cell reaches record efficiency 
 
 
 
 
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