#batteries — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #batteries, aggregated by home.social.
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Iran War: How Hormuz Closure Threatens Global Commodity Supply Chains
The closure of the Strait of Hormuz has laid bare the world’s economic dependence on the narrow waterway…
#Conflict #Conflicts #War #África #agriculture #AI #Asia #batteries #Europe #health #iranu.s. #middleeastandnorthafrica #naturalgas #northamerica #SouthAmerica #supplychain #war #Weapons
https://www.europesays.com/3023701/ -
https://www.europesays.com/iran/135441/ Iran War: How Hormuz Closure Threatens Global Commodity Supply Chains #Africa #agriculture #AI #Asia #Batteries #Europe #Health #Iran #IranUS #MiddleEastAndNorthAfrica #NaturalGas #NorthAmerica #SouthAmerica #SupplyChain #War #Weapons
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Flexibility is a cornerstone of power system resilience as they become more dynamic.
🔋 Battery energy storage systems (#BESS): #Batteries provide short-term balancing, frequency regulation, energy shifting and capacity support. By storing excess renewable power and releasing it when needed, they smooth variability, reduce curtailment, enhance system stability and can defer costly grid upgrades. 3/x
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Europe's energy problem isn't green power — it's storage
https://www.dw.com/en/europes-energy-problem-isnt-green-power-its-storage/a-77302218
#Europe #EU #UE #EUPol #Renewables #Energy #Batteries #Climate
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Europe's energy problem isn't green power — it's storage
https://www.dw.com/en/europes-energy-problem-isnt-green-power-its-storage/a-77302218
#Europe #EU #UE #EUPol #Renewables #Energy #Batteries #Climate
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Europe's energy problem isn't green power — it's storage
https://www.dw.com/en/europes-energy-problem-isnt-green-power-its-storage/a-77302218
#Europe #EU #UE #EUPol #Renewables #Energy #Batteries #Climate
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Europe's energy problem isn't green power — it's storage
https://www.dw.com/en/europes-energy-problem-isnt-green-power-its-storage/a-77302218
#Europe #EU #UE #EUPol #Renewables #Energy #Batteries #Climate
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Europe's energy problem isn't green power — it's storage
https://www.dw.com/en/europes-energy-problem-isnt-green-power-its-storage/a-77302218
#Europe #EU #UE #EUPol #Renewables #Energy #Batteries #Climate
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A global battery boom is underway and Australia is charging ahead.
Western Australia is adding battery capacity at breathtaking speed — soon ~14,000 MWh online, enough to meet ~75% of typical demand at any one time.
In late 2025, renewables + storage hit >52% of generation in WA’s main grid. Result? Prices fell for industry.
Batteries make solar more valuable by day, tame price spikes at night.
The old Liddell coal plant site (East Coast) is now being demolished as batteries surge. Australia is the 3rd biggest battery market in the world.
Benchmark power prices are set to drop from July.Lessons from WA? The world will learn them.
#ABCBusiness #EnergyStorage #Batteries #Renewables #Australia #Renewableenergy
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A global battery boom is underway and Australia is charging ahead.
Western Australia is adding battery capacity at breathtaking speed — soon ~14,000 MWh online, enough to meet ~75% of typical demand at any one time.
In late 2025, renewables + storage hit >52% of generation in WA’s main grid. Result? Prices fell for industry.
Batteries make solar more valuable by day, tame price spikes at night.
The old Liddell coal plant site (East Coast) is now being demolished as batteries surge. Australia is the 3rd biggest battery market in the world.
Benchmark power prices are set to drop from July.Lessons from WA? The world will learn them.
#ABCBusiness #EnergyStorage #Batteries #Renewables #Australia #Renewableenergy
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A global battery boom is underway and Australia is charging ahead.
Western Australia is adding battery capacity at breathtaking speed — soon ~14,000 MWh online, enough to meet ~75% of typical demand at any one time.
In late 2025, renewables + storage hit >52% of generation in WA’s main grid. Result? Prices fell for industry.
Batteries make solar more valuable by day, tame price spikes at night.
The old Liddell coal plant site (East Coast) is now being demolished as batteries surge. Australia is the 3rd biggest battery market in the world.
Benchmark power prices are set to drop from July.Lessons from WA? The world will learn them.
#ABCBusiness #EnergyStorage #Batteries #Renewables #Australia #Renewableenergy
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A global battery boom is underway and Australia is charging ahead.
Western Australia is adding battery capacity at breathtaking speed — soon ~14,000 MWh online, enough to meet ~75% of typical demand at any one time.
In late 2025, renewables + storage hit >52% of generation in WA’s main grid. Result? Prices fell for industry.
Batteries make solar more valuable by day, tame price spikes at night.
The old Liddell coal plant site (East Coast) is now being demolished as batteries surge. Australia is the 3rd biggest battery market in the world.
Benchmark power prices are set to drop from July.Lessons from WA? The world will learn them.
#ABCBusiness #EnergyStorage #Batteries #Renewables #Australia #Renewableenergy
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A global battery boom is underway and Australia is charging ahead.
Western Australia is adding battery capacity at breathtaking speed — soon ~14,000 MWh online, enough to meet ~75% of typical demand at any one time.
In late 2025, renewables + storage hit >52% of generation in WA’s main grid. Result? Prices fell for industry.
Batteries make solar more valuable by day, tame price spikes at night.
The old Liddell coal plant site (East Coast) is now being demolished as batteries surge. Australia is the 3rd biggest battery market in the world.
Benchmark power prices are set to drop from July.Lessons from WA? The world will learn them.
#ABCBusiness #EnergyStorage #Batteries #Renewables #Australia #Renewableenergy
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EBRD sees Egypt’s hybrid solar-storage model spreading across MENA
Falling battery costs and energy security pressure from regional conflict are driving a wave of sovereign-backed hybrid solar-plus-storage financings across the Middle East and North Africa (MENA), with the European Bank for Reconstruction and Develo…#Batteries #EnergyStorage #Finance #Modules #Software #Utility-scale
EBRD sees Egypt's hybrid solar-storage model spreading across MENA - pv magazine Global -
Labor is quietly confident the battery boom will help prevent power price shocks
It was remarkable timing and powerful symbolism. Two giant chimneys towering over the site of the old Liddell…
#NewsBeep #News #Economy #Albanesegovernment #Batteries #Business #ChrisBowen #coalition #Electricity #Energy #Energyprices #Labor #liddell #peterdutton #Power #powerprices #renewables #solar #UK #UnitedKingdom #wind #windpower
https://www.newsbeep.com/uk/607419/ -
Labor is quietly confident the battery boom will help prevent power price shocks
It was remarkable timing and powerful symbolism. Two giant chimneys towering over the site of the old Liddell…
#NewsBeep #News #Economy #Albanesegovernment #Batteries #Business #ChrisBowen #coalition #Electricity #Energy #Energyprices #Labor #liddell #peterdutton #Power #powerprices #renewables #solar #UK #UnitedKingdom #wind #windpower
https://www.newsbeep.com/uk/607419/ -
https://www.europesays.com/dk/93524/ The European Commission is pushing electric cars. Its own fleet struggles to reach Strasbourg. – POLITICO #batteries #Belgium #Brussels #Budget #Cars #Crisis #Dumping/Duties #ElectricVehicles #emissions #FossilFuels #Hungary #industry #Infrastructure #Luxembourg #MiddleEast #OlivérVárhelyi #PiotrSerafin #roads #Security #services #UrsulaVonDerLeyen
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https://www.europesays.com/uk/988853/ Labor is quietly confident the battery boom will help prevent power price shocks #AlbaneseGovernment #Batteries #Business #ChrisBowen #Coalition #Economy #Electricity #Energy #EnergyPrices #Labor #liddell #PeterDutton #power #PowerPrices #renewables #solar #UK #UnitedKingdom #Wind #WindPower
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Batteries the key to unlocking an energy revolution, and one state is racing ahead
By Daniel Mercer and Alex LimWestern Australia in particular is proving to the world that grid-scale batteries are no longer a complementary technology but can play a central role in power grids.
https://www.abc.net.au/news/2026-05-28/australia-global-battery-leader-and-wa-leads-charge/106526042
#Batteries #EnergyIndustry #RenewableEnergy #ElectricityProductionandDistribution #DanielMercer #AlexLim
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Batteries the key to unlocking an energy revolution, and one state is racing ahead
By Daniel Mercer and Alex LimWestern Australia in particular is proving to the world that grid-scale batteries are no longer a complementary technology but can play a central role in power grids.
https://www.abc.net.au/news/2026-05-28/australia-global-battery-leader-and-wa-leads-charge/106526042
#Batteries #EnergyIndustry #RenewableEnergy #ElectricityProductionandDistribution #DanielMercer #AlexLim
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Batteries the key to unlocking an energy revolution, and one state is racing ahead
By Daniel Mercer and Alex LimWestern Australia in particular is proving to the world that grid-scale batteries are no longer a complementary technology but can play a central role in power grids.
https://www.abc.net.au/news/2026-05-28/australia-global-battery-leader-and-wa-leads-charge/106526042
#Batteries #EnergyIndustry #RenewableEnergy #ElectricityProductionandDistribution #DanielMercer #AlexLim
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Batteries the key to unlocking an energy revolution, and one state is racing ahead
By Daniel Mercer and Alex LimWestern Australia in particular is proving to the world that grid-scale batteries are no longer a complementary technology but can play a central role in power grids.
https://www.abc.net.au/news/2026-05-28/australia-global-battery-leader-and-wa-leads-charge/106526042
#Batteries #EnergyIndustry #RenewableEnergy #ElectricityProductionandDistribution #DanielMercer #AlexLim
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Batteries the key to unlocking an energy revolution, and one state is racing ahead
By Daniel Mercer and Alex LimWestern Australia in particular is proving to the world that grid-scale batteries are no longer a complementary technology but can play a central role in power grids.
https://www.abc.net.au/news/2026-05-28/australia-global-battery-leader-and-wa-leads-charge/106526042
#Batteries #EnergyIndustry #RenewableEnergy #ElectricityProductionandDistribution #DanielMercer #AlexLim
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https://www.europesays.com/news/33664/ Zelenskyy pleads with Trump for Patriots to fight Russian bombardment – POLITICO #Batteries #Defense #DonaldTrump #Headlines #Kremlin #Missiles #News #Regions/Cohesion #Russia #Security #TopStories #Ukraine #UnitedStates #VolodymyrZelenskyy #War #WarInIran #WarInUkraine #weapons
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https://www.europesays.com/uk/988336/ Zelenskyy pleads with Trump for Patriots to fight Russian bombardment – POLITICO #Batteries #Defense #DonaldTrump #EU #Europe #Kremlin #Missiles #Regions/Cohesion #Russia #Security #Ukraine #UnitedStates #VolodymyrZelenskyy #War #WarInIran #Weapons
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Serbia delays renewables connection procedure until 2029 https://www.byteseu.com/2056314/ #ActiveBuyer #batteries #BatteryStorage #electricity #ElektromrežaSrbije #EnergyStorage #HybridPowerPlants #RenewableEnergySources #Serbia #SolarPower #transmission #TransmissionSystemOperators #tso #WindPower
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The solid-state battery production timeline is compressing:
• CATL: solid-state by 2027, first sodium-ion EV mid-2026
• Samsung: mass production by 2027
• Toyota: similar 2027 pledge
• Ford: battery unit launched, large-scale batteries for data centres by next yearFour continents. Multiple chemistries. The race to dethrone lithium-ion has industrial timelines and capital behind it.
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The solid-state battery production timeline is compressing:
• CATL: solid-state by 2027, first sodium-ion EV mid-2026
• Samsung: mass production by 2027
• Toyota: similar 2027 pledge
• Ford: battery unit launched, large-scale batteries for data centres by next yearFour continents. Multiple chemistries. The race to dethrone lithium-ion has industrial timelines and capital behind it.
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The solid-state battery production timeline is compressing:
• CATL: solid-state by 2027, first sodium-ion EV mid-2026
• Samsung: mass production by 2027
• Toyota: similar 2027 pledge
• Ford: battery unit launched, large-scale batteries for data centres by next yearFour continents. Multiple chemistries. The race to dethrone lithium-ion has industrial timelines and capital behind it.
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The solid-state battery production timeline is compressing:
• CATL: solid-state by 2027, first sodium-ion EV mid-2026
• Samsung: mass production by 2027
• Toyota: similar 2027 pledge
• Ford: battery unit launched, large-scale batteries for data centres by next yearFour continents. Multiple chemistries. The race to dethrone lithium-ion has industrial timelines and capital behind it.
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The solid-state battery production timeline is compressing:
• CATL: solid-state by 2027, first sodium-ion EV mid-2026
• Samsung: mass production by 2027
• Toyota: similar 2027 pledge
• Ford: battery unit launched, large-scale batteries for data centres by next yearFour continents. Multiple chemistries. The race to dethrone lithium-ion has industrial timelines and capital behind it.
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What happens if you remove the anode entirely from a solid-state sodium battery?
During charging, sodium ions migrate from cathode to the current collector, where they accumulate and effectively form an anode in situ. The freed space allows a thicker cathode packed with more sodium — boosting total energy storage.
No dedicated anode material. No additional mining. The battery builds its own electrode as it operates.
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What happens if you remove the anode entirely from a solid-state sodium battery?
During charging, sodium ions migrate from cathode to the current collector, where they accumulate and effectively form an anode in situ. The freed space allows a thicker cathode packed with more sodium — boosting total energy storage.
No dedicated anode material. No additional mining. The battery builds its own electrode as it operates.
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What happens if you remove the anode entirely from a solid-state sodium battery?
During charging, sodium ions migrate from cathode to the current collector, where they accumulate and effectively form an anode in situ. The freed space allows a thicker cathode packed with more sodium — boosting total energy storage.
No dedicated anode material. No additional mining. The battery builds its own electrode as it operates.
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What happens if you remove the anode entirely from a solid-state sodium battery?
During charging, sodium ions migrate from cathode to the current collector, where they accumulate and effectively form an anode in situ. The freed space allows a thicker cathode packed with more sodium — boosting total energy storage.
No dedicated anode material. No additional mining. The battery builds its own electrode as it operates.
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This is BAD trend for the long term viability of U.S.A.'s ability to compete in the battery and energy storage markets and technologies.
China is accelerating its dominance over critical mineral supply chains - notably
lithium. Chinese companies are on track to control 39% of global lithium production by 2030. https://www.mining.com/chinas-grip-on-lithium-to-hit-39-by-2030-woodmac/ #China #USA #Lithium #EVs #Batteries #Energy #LithiumProduction #ElectricVehicles #BatteryManufacturing -
Sodium is 1,000 times more abundant than lithium in Earth's crust. Cheaper. Stabler. But sodium atoms are larger and heavier — they don't embed well in conventional graphite electrodes.
Solid-state electrolytes change the equation. They enable highly reactive sodium metal anodes, pushing energy density from ~175 Wh/kg (hard carbon anode) to nearly 500 Wh/kg.
If this scales, lithium's supply chain stranglehold has an expiry date.
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Sodium is 1,000 times more abundant than lithium in Earth's crust. Cheaper. Stabler. But sodium atoms are larger and heavier — they don't embed well in conventional graphite electrodes.
Solid-state electrolytes change the equation. They enable highly reactive sodium metal anodes, pushing energy density from ~175 Wh/kg (hard carbon anode) to nearly 500 Wh/kg.
If this scales, lithium's supply chain stranglehold has an expiry date.
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Sodium is 1,000 times more abundant than lithium in Earth's crust. Cheaper. Stabler. But sodium atoms are larger and heavier — they don't embed well in conventional graphite electrodes.
Solid-state electrolytes change the equation. They enable highly reactive sodium metal anodes, pushing energy density from ~175 Wh/kg (hard carbon anode) to nearly 500 Wh/kg.
If this scales, lithium's supply chain stranglehold has an expiry date.
-
Sodium is 1,000 times more abundant than lithium in Earth's crust. Cheaper. Stabler. But sodium atoms are larger and heavier — they don't embed well in conventional graphite electrodes.
Solid-state electrolytes change the equation. They enable highly reactive sodium metal anodes, pushing energy density from ~175 Wh/kg (hard carbon anode) to nearly 500 Wh/kg.
If this scales, lithium's supply chain stranglehold has an expiry date.
-
Sodium is 1,000 times more abundant than lithium in Earth's crust. Cheaper. Stabler. But sodium atoms are larger and heavier — they don't embed well in conventional graphite electrodes.
Solid-state electrolytes change the equation. They enable highly reactive sodium metal anodes, pushing energy density from ~175 Wh/kg (hard carbon anode) to nearly 500 Wh/kg.
If this scales, lithium's supply chain stranglehold has an expiry date.
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Oak Ridge National Laboratory found that adding zwitterions — neutral molecules with internally charged regions — to polymer electrolytes decouples ion movement from polymer segment motion.
Result: ions travel up to 10 billion times faster through the electrolyte material.
Still needs cell-level validation, but if it holds, this changes the charging speed ceiling for solid-state batteries entirely.
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Oak Ridge National Laboratory found that adding zwitterions — neutral molecules with internally charged regions — to polymer electrolytes decouples ion movement from polymer segment motion.
Result: ions travel up to 10 billion times faster through the electrolyte material.
Still needs cell-level validation, but if it holds, this changes the charging speed ceiling for solid-state batteries entirely.
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Oak Ridge National Laboratory found that adding zwitterions — neutral molecules with internally charged regions — to polymer electrolytes decouples ion movement from polymer segment motion.
Result: ions travel up to 10 billion times faster through the electrolyte material.
Still needs cell-level validation, but if it holds, this changes the charging speed ceiling for solid-state batteries entirely.
-
Oak Ridge National Laboratory found that adding zwitterions — neutral molecules with internally charged regions — to polymer electrolytes decouples ion movement from polymer segment motion.
Result: ions travel up to 10 billion times faster through the electrolyte material.
Still needs cell-level validation, but if it holds, this changes the charging speed ceiling for solid-state batteries entirely.
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For decades, the consensus was that dendrites form when excess lithium ions accumulate on electrode surfaces. Build stronger electrodes, solve the problem.
MIT researchers published in March that this is wrong. Dendrites grow when chemical reactions alter electrode properties, weakening the material from within.
Implication: research targeting mechanical strength over chemical stability was aiming at the wrong variable.
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For decades, the consensus was that dendrites form when excess lithium ions accumulate on electrode surfaces. Build stronger electrodes, solve the problem.
MIT researchers published in March that this is wrong. Dendrites grow when chemical reactions alter electrode properties, weakening the material from within.
Implication: research targeting mechanical strength over chemical stability was aiming at the wrong variable.
-
For decades, the consensus was that dendrites form when excess lithium ions accumulate on electrode surfaces. Build stronger electrodes, solve the problem.
MIT researchers published in March that this is wrong. Dendrites grow when chemical reactions alter electrode properties, weakening the material from within.
Implication: research targeting mechanical strength over chemical stability was aiming at the wrong variable.
-
For decades, the consensus was that dendrites form when excess lithium ions accumulate on electrode surfaces. Build stronger electrodes, solve the problem.
MIT researchers published in March that this is wrong. Dendrites grow when chemical reactions alter electrode properties, weakening the material from within.
Implication: research targeting mechanical strength over chemical stability was aiming at the wrong variable.
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Solid-state batteries promise 500 Wh/kg — 67% more than lithium-ion — but crack under charge/discharge cycling. Shenzhen Institutes of Advanced Technology created an electrolyte by alternating ceramic and polymer layers 1-100nm thick, placed perpendicular to electrodes.
Ceramic conducts well but cracks. Polymer flexes but conducts poorly. Together: best-in-class ion flow with drastically reduced degradation.