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  ■ Technology
 - Technical News
   
Rio Tinto to Use Biomass in Low-Carbon Ironmaking Process [240606]
  
Neste My Renewable Diesel Helps Valtra Save Over 15,000 Tons of GHG Emissions [240606]
  
China's New Fuxi AI Weather Model Eyes Maritime Transportation, New Energy Sector [240605]
  
World's Largest Compressed Air Energy Storage Project Comes Online in China [240517]
  
MHI Agrees to Collaborate With Chiyoda Corporation for Licensing of CO2 Capture Technologies [240508]
  
Tackling Microplastics in Antarctica Using Nuclear Tech - Chile and Iaea Sign MoU [240504]
  
Making Concrete by Recycling Wind Turbine Blades [240429]
  
Schneider Electric Launches All-In-One Battery Energy Storage System (Bess) for Microgrids [240426]
  
Economy & Technippon Steel Advances Hydrogen Technology to Cut CO2 Emissions [240425]
  
BYD Revolutionizes Battery Production Line With Forwardx Robotics' AMR Solutions [240422]
  
Fusion-Energy Quest Makes Big Advance With EU-Japan Reactor [240420]
  
Framatome, KHNP to Cooperate on Medical Isotope Production [240419]
  
Mitsubishi Heavy Industries and NGK to Jointly Develop Hydrogen Purification System From Ammonia Cracking Gas [240419]
  
JLR, Allye Energy Partner on 2nd Life BESS for EV Charging [240417]
  
CATL Unveils Tesla Megapack Competitor, Claims Zero Degradation and More Capacity [240413]
  
Pilot Carbon Capture Project Stores CO2 in Bricks in E China [240409]
  
Sparc Technologies Advances Green Hydrogen Production [240409]
  
H2, Microgrids and Data Centers: Things2know in Creating Truly Green Hydrogen Power [240408]
  
Revolutionizing Geothermal Energy: Interview With Toshiba America, Inc. [240329]
  
Australian Vanadium Produces First Battery-Ready High-Purity Vanadium Electrolyte [240319]
  
LG Energy Solution Makes Breakthrough in Battery Lifespan [240319]
  
Scientists Achieve Record Efficiency for Next-Generation Roll-To-Roll Printed Solar Cells [240313]
  
Mitsui Performs World-First Hydrogen Test on Adapted Me-Gi Gas Engine [240308]
  
New hydrogen producing method is simpler and safer, researchers say [240307]
  
UT Austin Researchers Advancing Methods to Produce Hydrogen From Rocks [240307]
  
Bekaert & Toshiba Partner on MEA Technology for PEM Electrolyzers to Accelerate Green Hydrogen Production at Scale; Reducing Iridium Usage [240304]
  
Trina Storage Releases 4.07 MWh Energy Storage System [240221]
  
A Geothermal-Powered, Climate-Friendly Way to Capture Carbon Dioxide in the Air [240218]
  
Chinese-Led Team's Carbon Dioxide Conversion System Hailed as 'Milestone' in Harnessing No 1 Greenhouse Gas [240218]
  
Electrolyte Additive Increases Charging Rate of Lithium Metal Batteries [240129]
  
Korea Researchers Develop Ultra-Thin SIO2 Nanoparticle Layered Separators for LI-Metal Batteries [240129]
  
Chinese Energy Giant Takes a Big Step Forward in Capturing Carbon Dioxide [240125]
  
Das Solar claims record open-circuit voltage of 742 mV for n-type solar cell [240116]
  
China-Based Betavolt Develops Nuclear Battery for Commercial Applications [240115]
  
A Perovskite Makeover Could Help Make Green Hydrogen Happen [240103]
  
Hyundai Patents an All-Solid-State EV Battery System in the US [240103]
  
Chinese Scientists Develop High-Performance Hydrogen Fuel Cells [240102]
  
Plastic Waste Finds New Purpose, Fuels Sustainable Chemical Reactions [240101]
  
How NREL Researchers Are Using Gray Boxes and Jellyfish to Advance Wave Energy [231227]
  
Cnew 'n-i-p' Perovskite/Organic Hybrid Tandem Solar Cells With Efficiencies Over 23% [231218]
  
24/7 Solar Towers Could Double Energy Output [231207]
  
Toshiba Develops New LI-Ion Battery With Cobalt-Free 5V Class High-Potential Cathode [231130]
  
Sax Power unveils plug-in 5.8 kWh lithium iron phosphate battery [231123]
  
DESTEN Launches Ultra-Fast Charging LFP Battery [231120]
  
Tunneling Recombination Layer Boosts Efficiency of Tandem Solar Cells [231115]
  
SJTU researchers explore impact of intermittent overcharging on battery capacity and reliability [231113]
  
New Cooling Ceramic Can Enhance Energy Efficiency for the Construction Sector and Help Combat Global Warming [231111]
  
Hydrogen Fuel Cell Efficiency Improves With Ionic Materials [231109]
  
Norwegian Startup Uses Solid Hydrogen for Solar Energy Storage Breakthrough [231102]
  
Space-Based Solar Potential Endorsed by UK Researchers [231101]
  
Developing Batteries With 10 Times the Energy Storage [231101]
  
Study Finds Tiamat Na-Ion Battery Well-Suited for High-Power Energy Storage Applications [231031]
  
Univ of Tokyo Team Designs New Li-Ion Battery With Cobalt-Free Cathode and Silicon Oxide Anode [231030]
  
Australia's Science Agency Reports Breakthrough in Concentrated Solar Thermal Energy Storage [231030]
  
New MIT Design Captures 40 Percent More Solar Energy for Green Hydrogen Production [231027]
  
Sunborne Systems' Ammonia Reactor Breakthrough [231024]
  
Renewsys Unveils 600 W Topcon Solar Module With 23.26% Efficiency [231023]
  
Hong Kong Researchers Develop Inverted Perovskite Solar Cell With 25.6% Efficiency [231023]
  
New Lithium-Based Solid Electrolyte Delivers Dry Air Stability, Efficient Transport and High Compatibility Toward Metallic Lithium [231023]
  
Scientists Design Cobalt-Free Battery for Cleaner, Greener Power [231020]
  
Powerful Storage for Renewables [231019]
  
MIT Engineers Pioneer Solar-Powered Hydrogen Production [231018]
  
Heliogen Achieves Milestones for GEN3 Concentrated Solar Power Project [231018]
  
US-China Research Team Discovers Reaction Mechanism That Can Overcome Rapid Performance Decline in Lithium-Sulfur Batteries [231010]
  
Viscoelastic Inorganic Glass: Pioneering a New Era in Solid-State Battery Revolution [231010]
  
Nickel Foam May Enhance the Performance of Lithium-Sulphur Batteries [231007]
  
Efficient Perovskite Cells With a Structured Anti-reflective Layer [231007]
  
Research Team Develops Highly Efficient Solar Cell That Enables Decentralized Production of Hydrogen [231005]
  
Organic Dyes Accelerate Transport of Buffered Solar Energy for Significantly More Efficient Solar Cells [230927]
  
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]
  
Earlier......
 
 
 
  ■ Solutions
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Micro-Grid Solar Power System
On-Grid Solar Power System
 - Large Ground Station
 - Small Distributed Power Plant
Off-Grid Solar Power System
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 - Solar Greenhouse System
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 - No-Electricity Household System
  
Wind Power
  
Family Power & Heater System
   
 
 - Technical Articles
  
What is a microgrid? [240301]
  
Green Hydrogen: The Evolution of Proton Exchange Membrane Technology [231111]
  
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 
  
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Tandem Solar Cell May Boost Electricity from Sunlight 
  
Perovskite solar cell reaches record efficiency 
 
 
 
 
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