Grid-Scale Battery Storage: Cost Issues and Deployment Projections. February 27, 2023. Blue Dragon Energy & Environmental Blog 2.0: Grid-Scale Battery Storage: Cost Issues and Deployment Projections
Geologic Energy Storage. March 13, 2023. Blue
Dragon Energy & Environmental Blog 2.0: Geologic Energy Storage
Pumped Storage Hydropower: The Most Common and Lowest
Emissions Intensity Long-Duration Energy Storage Technology. August 31, 2023. Blue
Dragon Energy & Environmental Blog 2.0: Pumped Storage Hydropower: The Most
Common and Lowest Emissions Intensity Long-Duration Energy Storage Technology
Utility-Scale Battery Energy Storage System Degradation:
The Elephant in the Arbitrage Room. October 11, 2023. Blue
Dragon Energy & Environmental Blog 2.0: Utility-Scale Battery Energy
Storage System Degradation: The Elephant in the Arbitrage Room
Thermal Batteries for Decarbonization of Industry:
Flexible and Integratable with Electrification (but new and costly with
operational Issues yet to be determined). November 7, 2023. Blue
Dragon Energy & Environmental Blog 2.0: Thermal Batteries for
Decarbonization of Industry: Flexible and Integratable with Electrification
(but new and costly with operational Issues yet to be determined)
Geological Thermal Energy Storage (GeoTES): Combined with
Concentrated Solar or Heat Pumps: Premier Resource Management’s GeoTES Project
in California and Potentially Other Areas in the Southwest U.S. June 14, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Geological Thermal Energy Storage
(GeoTES): Combined with Concentrated Solar or Heat Pumps: Premier Resource
Management’s GeoTES Project in California and Potentially Other Areas in the
Southwest U.S.
EIA Inquiries Reveal That Arbitrage and Frequency
Regulation Are the Most Common Functions of Batteries on the Power Grid. June
25, 2024. Blue
Dragon Energy & Environmental Blog 2.0: EIA Inquiries Reveal That Arbitrage
and Frequency Regulation Are the Most Common Functions of Batteries on the
Power Grid
Microgrid and Virtual Power Plant Trends and Deployment
Update 2024: Toward a More Resilient Grid. July 23, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Microgrid and Virtual Power Plant
Trends and Deployment Update 2024: Toward a More Resilient Grid
Sodium-Ion Batteries: China is Leading. The U.S. is
Involved. Can Sodium Replace Lithium? Pros and Cons. September 13, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Sodium-Ion Batteries: China is
Leading. The U.S. is Involved. Can Sodium Replace Lithium? Pros and Cons
The Energy Dome CO2 Battery: Closed Loop System Can Last
30+ Years with No Degradation. September 25, 2024. Blue
Dragon Energy & Environmental Blog 2.0: The Energy Dome CO2 Battery: Closed
Loop System Can Last 30+ Years with No Degradation
Swapping EV Batteries: Ample’s New Automated Swap Model
Can Benefit Urban Drivers and Fleets. October 24, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Swapping EV Batteries: Ample’s New
Automated Swap Model Can Benefit Urban Drivers and Fleets
Form Energy’s Long-Duration Iron-Air Battery System:
Planned Deployments and Manufacturing Expansion. October 27, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Form Energy’s Long-Duration
Iron-Air Battery System: Planned Deployments and Manufacturing Expansion
Lithium-Sulfur Battery Advantages, Challenges, and
Breakthroughs: Lyten Plans World’s First Li-S Gigafactory Near Reno, Nevada.
October 28, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Lithium-Sulfur Battery Advantages,
Challenges, and Breakthroughs: Lyten Plans World’s First Li-S Gigafactory Near
Reno, Nevada
Zinc-Ion Batteries: Long Cycle Life, Scalable, Safe,
Suppliable, Low Cost, and Can Replace Lithium in Stationary Storage. October
31, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Zinc-Ion Batteries: Long Cycle
Life, Scalable, Safe, Suppliable, Low Cost, and Can Replace Lithium in
Stationary Storage
Solid-State Batteries Inch Nearer to Mass Production
Stage: CATL, BYD, Toyota, Mercedes, and Samsung are Main Players. November 10,
2024. Blue
Dragon Energy & Environmental Blog 2.0: Solid-State Batteries Inch Nearer
to Mass Production Stage: CATL, BYD, Toyota, Mercedes, and Samsung are Main
Players
Panasonic’s 4680 Cylindrical Lithium-Ion Battery: How
Much Will It Help EVs? November 23, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Panasonic’s 4680 Cylindrical
Lithium-Ion Battery: How Much Will It Help EVs?
Battolyser: The Hybrid Green Hydrogen Electolyzer and
Battery Utilizing Edison’s Nickel-Iron Prototype. December 3, 2024. Blue
Dragon Energy & Environmental Blog 2.0: Battolyser: The Hybrid Green
Hydrogen Electolyzer and Battery Utilizing Edison’s Nickel-Iron Prototype
Heavy Duty Electrification: Benefits, Risks, Strategies,
Logistics, and Forecasts. January 25, 2025. Blue
Dragon Energy & Environmental Blog 2.0
Big Grid-Scale Battery System Trends: New Data and
Analysis from Bloomberg. January 25, 2025. Blue
Dragon Energy & Environmental Blog 2.0: Big Grid-Scale Battery System
Trends: New Data and Analysis from Bloomberg
Rare Earth Mineral Recycling Harvests Used Batteries and
Decommissioned Hard Drives from Data Centers to Help Offset Tariff-Constrained
Supply from China. April 22, 2025. Blue
Dragon Energy & Environmental Blog 2.0: Rare Earth Mineral Recycling
Harvests Used Batteries and Decommissioned Hard Drives from Data Centers to
Help Offset Tariff-Constrained Supply from China
The Chinese Circular Economy for New-Energy Waste:
Battery and Solar Recycling Systems and Their Optimization. May 12, 2025. Blue
Dragon Energy & Environmental Blog 2.0: The Chinese Circular Economy for
New-Energy Waste: Battery and Solar Recycling Systems and Their Optimization
Advanced Clean Energy Storage Delta Project in Utah Set
to Burn Natural Gas and Hydrogen and Store Them in Salt Dome Caverns Below a
Former Coal-Fired Plant Site. June 5, 2025. Blue
Dragon Energy & Environmental Blog 2.0: Advanced Clean Energy Storage Delta
Project in Utah Set to Burn Natural Gas and Hydrogen and Store Them in Salt
Dome Caverns Below a Former Coal-Fired Plant Site
Hybrid (HEV) vs. Plug-in Hybrid (PHEV) vs. Battery
Electric (BEV): Cost, Incentives, and Emissions Comparisons. June 7, 2025. Blue
Dragon Energy & Environmental Blog 2.0: Hybrid (HEV) vs. Plug-in Hybrid
(PHEV) vs. Battery Electric (BEV): Cost, Incentives, and Emissions Comparisons
AI Modeling Finds Molecules That Can Rejuvenate Dead
Batteries. June 13, 2025. Blue
Dragon Energy & Environmental Blog 2.0: AI Modeling Finds Molecules That
Can Rejuvenate Dead Batteries
Fermi America’s Amarillo Hypergrid: Rick Perry and Texas
Tech Aim to Make the World’s Largest Energy and AI Data Center Campus Using
Nuclear, Solar, Natural Gas, Batteries, and Wind. June 27, 2025. Blue
Dragon Energy & Environmental Blog 2.0: Fermi America’s Amarillo Hypergrid:
Rick Perry and Texas Tech Aim to Make the World’s Largest Energy and AI Data
Center Campus Using Nuclear, Solar, Natural Gas, Batteries, and Wind
Flywheel Battery Hybrids: Pairing High-Speed Flywheels
with Lithium-Iron-Phosphate Batteries for Grid Stability: A Growing Trend.
August 20, 2025. Blue Dragon Energy & Environmental Blog 2.0: Flywheel
Battery Hybrids: Pairing High-Speed Flywheels with Lithium-Iron-Phosphate
Batteries for Grid Stability: A Growing Trend
Geomechanical Energy Storage Via Pressurized Water in Oil
& Gas Wells: Quidnet Energy Gets Good Results. August 28, 2025. Blue Dragon Energy & Environmental Blog 2.0:
Geomechanical Energy Storage Via Pressurized Water in Oil & Gas Wells:
Quidnet Energy Gets Good Results
Redox Flow Batteries: Innovations and Projects: Vanadium
Flow Batteries Show Grid Storage and Overgeneration Management Capabilities:
EV-Powering Other Potential Apps. September 11, 2025. Blue Dragon Energy & Environmental Blog 2.0: Redox Flow
Batteries: Innovations and Projects: Vanadium Flow Batteries Show Grid Storage
and Overgeneration Management Capabilities: EV-Powering Other Potential Apps
Liquid Air Energy Storage, aka. Cryogenic Energy Storage,
aka. Air Liquefaction: Potential for Long Duration Storage and Renewables
Integration, and New Korean Design Innovations. September 20, 2025. Blue Dragon Energy & Environmental Blog 2.0: Liquid Air
Energy Storage, aka. Cryogenic Energy Storage, aka. Air Liquefaction: Potential
for Long Duration Storage and Renewables Integration, and New Korean Design
Innovations
Underground Pumped Hydro Energy Storage: Chinese
Researchers Evaluate Henan Province Coal Mines for Pumped Hydro Potential:
Scientific Paper Review & Summary. September 30, 2025. Blue Dragon Energy & Environmental Blog 2.0: Underground
Pumped Hydro Energy Storage: Chinese Researchers Evaluate Henan Province Coal
Mines for Pumped Hydro Potential: Scientific Paper Review & Summary
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