Storelectric
@storelectric.bsky.social
Developers of large-scale, long-duration energy storage and #hydrogen production. Enabling #renewables to securely power a greener future.
Storelectric’s Hydrogen CAES goes a step further:
It combines energy storage and green hydrogen production in the same system, boosting the efficiency of electrolysis. This means cheaper, scalable green hydrogen. 🌿
It combines energy storage and green hydrogen production in the same system, boosting the efficiency of electrolysis. This means cheaper, scalable green hydrogen. 🌿
June 26, 2025 at 11:02 AM
Storelectric’s Hydrogen CAES goes a step further:
It combines energy storage and green hydrogen production in the same system, boosting the efficiency of electrolysis. This means cheaper, scalable green hydrogen. 🌿
It combines energy storage and green hydrogen production in the same system, boosting the efficiency of electrolysis. This means cheaper, scalable green hydrogen. 🌿
A diverse energy storage mix is vital.
Batteries = great for short-term balance
CAES = ideal for long-term security
Relying on a single technology is a risk to grid stability.
Batteries = great for short-term balance
CAES = ideal for long-term security
Relying on a single technology is a risk to grid stability.
June 26, 2025 at 11:02 AM
A diverse energy storage mix is vital.
Batteries = great for short-term balance
CAES = ideal for long-term security
Relying on a single technology is a risk to grid stability.
Batteries = great for short-term balance
CAES = ideal for long-term security
Relying on a single technology is a risk to grid stability.
CAES can offer a solution.
It stores surplus renewable electricity as compressed air, and delivers power back to the grid, days, weeks or even months later, whenever the grid needs it most. 🔋⚡
It stores surplus renewable electricity as compressed air, and delivers power back to the grid, days, weeks or even months later, whenever the grid needs it most. 🔋⚡
June 26, 2025 at 11:02 AM
CAES can offer a solution.
It stores surplus renewable electricity as compressed air, and delivers power back to the grid, days, weeks or even months later, whenever the grid needs it most. 🔋⚡
It stores surplus renewable electricity as compressed air, and delivers power back to the grid, days, weeks or even months later, whenever the grid needs it most. 🔋⚡
Extended sunless, calm periods (known as Dunkelflaute) can bring renewable generation to a standstill.
Without long-duration storage, we fall back on fossil fuels or energy imports, which slows the energy transition and impacts energy independence.
Without long-duration storage, we fall back on fossil fuels or energy imports, which slows the energy transition and impacts energy independence.
June 26, 2025 at 11:02 AM
Extended sunless, calm periods (known as Dunkelflaute) can bring renewable generation to a standstill.
Without long-duration storage, we fall back on fossil fuels or energy imports, which slows the energy transition and impacts energy independence.
Without long-duration storage, we fall back on fossil fuels or energy imports, which slows the energy transition and impacts energy independence.
Storelectric’s Hydrogen CAES patent could bridge the gap between renewables and heavy industry’s huge energy needs, decarbonising Britain's most hard-to-abate sectors ⚡
June 17, 2025 at 11:04 AM
Storelectric’s Hydrogen CAES patent could bridge the gap between renewables and heavy industry’s huge energy needs, decarbonising Britain's most hard-to-abate sectors ⚡
These technologies operate symbiotically:
➡️ CAES balances the grid
➡️ Thermal energy reuse cuts electrolysis costs
➡️ Clean hydrogen fuels industry & transport
Hydrogen CAES represents a full-circle solution for a cleaner energy future.
➡️ CAES balances the grid
➡️ Thermal energy reuse cuts electrolysis costs
➡️ Clean hydrogen fuels industry & transport
Hydrogen CAES represents a full-circle solution for a cleaner energy future.
June 17, 2025 at 11:04 AM
These technologies operate symbiotically:
➡️ CAES balances the grid
➡️ Thermal energy reuse cuts electrolysis costs
➡️ Clean hydrogen fuels industry & transport
Hydrogen CAES represents a full-circle solution for a cleaner energy future.
➡️ CAES balances the grid
➡️ Thermal energy reuse cuts electrolysis costs
➡️ Clean hydrogen fuels industry & transport
Hydrogen CAES represents a full-circle solution for a cleaner energy future.
Here's how it works:
1️) Excess renewable energy compresses air + stores it underground
2) Heat from compression is captured & used to catalyse hydrogen electrolysis
This means cheaper, more efficient green hydrogen production.
1️) Excess renewable energy compresses air + stores it underground
2) Heat from compression is captured & used to catalyse hydrogen electrolysis
This means cheaper, more efficient green hydrogen production.
June 17, 2025 at 11:04 AM
Here's how it works:
1️) Excess renewable energy compresses air + stores it underground
2) Heat from compression is captured & used to catalyse hydrogen electrolysis
This means cheaper, more efficient green hydrogen production.
1️) Excess renewable energy compresses air + stores it underground
2) Heat from compression is captured & used to catalyse hydrogen electrolysis
This means cheaper, more efficient green hydrogen production.
Green hydrogen is promising, but electrolysis needs a lot of electricity. It's only viable if we can cut production costs and boost efficiency.
Storelectric’s patented Hydrogen CAES does both.
Storelectric’s patented Hydrogen CAES does both.
June 17, 2025 at 11:04 AM
Green hydrogen is promising, but electrolysis needs a lot of electricity. It's only viable if we can cut production costs and boost efficiency.
Storelectric’s patented Hydrogen CAES does both.
Storelectric’s patented Hydrogen CAES does both.
The takeaway?
Our clean energy future isn’t about choosing one storage tech over another: it’s about deploying the right mix for long-term resilience. ⚡🌿
Our clean energy future isn’t about choosing one storage tech over another: it’s about deploying the right mix for long-term resilience. ⚡🌿
June 9, 2025 at 11:03 AM
The takeaway?
Our clean energy future isn’t about choosing one storage tech over another: it’s about deploying the right mix for long-term resilience. ⚡🌿
Our clean energy future isn’t about choosing one storage tech over another: it’s about deploying the right mix for long-term resilience. ⚡🌿
But these technologies don’t have to compete. Together, they support a balanced, future-ready energy grid. ⚡
June 9, 2025 at 11:03 AM
But these technologies don’t have to compete. Together, they support a balanced, future-ready energy grid. ⚡
The perks of geological storage:
➡️ Vast capacity
➡️ Less land use conflict
➡️ Can reuse old fossil fuel infrastructure
➡️ Safer storage of reactive gases like hydrogen
➡️ Vast capacity
➡️ Less land use conflict
➡️ Can reuse old fossil fuel infrastructure
➡️ Safer storage of reactive gases like hydrogen
June 9, 2025 at 11:03 AM
The perks of geological storage:
➡️ Vast capacity
➡️ Less land use conflict
➡️ Can reuse old fossil fuel infrastructure
➡️ Safer storage of reactive gases like hydrogen
➡️ Vast capacity
➡️ Less land use conflict
➡️ Can reuse old fossil fuel infrastructure
➡️ Safer storage of reactive gases like hydrogen
Geological storage, like CAES, uses underground formations, such as salt caverns, to store compressed air.
It’s designed for:
➡️ Massive scale
➡️ Long durations (days/weeks)
➡️ Minimal surface impact.
It’s designed for:
➡️ Massive scale
➡️ Long durations (days/weeks)
➡️ Minimal surface impact.
June 9, 2025 at 11:03 AM
Geological storage, like CAES, uses underground formations, such as salt caverns, to store compressed air.
It’s designed for:
➡️ Massive scale
➡️ Long durations (days/weeks)
➡️ Minimal surface impact.
It’s designed for:
➡️ Massive scale
➡️ Long durations (days/weeks)
➡️ Minimal surface impact.
Above-ground systems like lithium-ion batteries are:
➡️ Quick to deploy
➡️ Good for short-term balancing
➡️ Flexible in location
But they degrade faster, rely on rare materials and are not ideal for long-term storage. 🔋
➡️ Quick to deploy
➡️ Good for short-term balancing
➡️ Flexible in location
But they degrade faster, rely on rare materials and are not ideal for long-term storage. 🔋
June 9, 2025 at 11:03 AM
Above-ground systems like lithium-ion batteries are:
➡️ Quick to deploy
➡️ Good for short-term balancing
➡️ Flexible in location
But they degrade faster, rely on rare materials and are not ideal for long-term storage. 🔋
➡️ Quick to deploy
➡️ Good for short-term balancing
➡️ Flexible in location
But they degrade faster, rely on rare materials and are not ideal for long-term storage. 🔋
We don’t just need more clean energy; we need the right infrastructure to support it.
CAES is a key piece of the puzzle. It’s how we go from generating green power to maximising its use. ⚡
CAES is a key piece of the puzzle. It’s how we go from generating green power to maximising its use. ⚡
June 5, 2025 at 11:02 AM
We don’t just need more clean energy; we need the right infrastructure to support it.
CAES is a key piece of the puzzle. It’s how we go from generating green power to maximising its use. ⚡
CAES is a key piece of the puzzle. It’s how we go from generating green power to maximising its use. ⚡
Even better, CAES can be co-located with green hydrogen production, allowing energy storage to operate symbiotically with hydrogen electrolysis.
Reusing the heat from air compression to catalyse electrolysis can makes green hydrogen production cheaper and more efficient 🌿
Reusing the heat from air compression to catalyse electrolysis can makes green hydrogen production cheaper and more efficient 🌿
June 5, 2025 at 11:02 AM
Even better, CAES can be co-located with green hydrogen production, allowing energy storage to operate symbiotically with hydrogen electrolysis.
Reusing the heat from air compression to catalyse electrolysis can makes green hydrogen production cheaper and more efficient 🌿
Reusing the heat from air compression to catalyse electrolysis can makes green hydrogen production cheaper and more efficient 🌿
Why CAES?
➡️ 75+ year lifespan
➡️ Scalable & proven
➡️ Minimal environmental impact
➡️ No reliance on rare minerals
➡️ Very little degradation over time
➡️ 75+ year lifespan
➡️ Scalable & proven
➡️ Minimal environmental impact
➡️ No reliance on rare minerals
➡️ Very little degradation over time
June 5, 2025 at 11:02 AM
Why CAES?
➡️ 75+ year lifespan
➡️ Scalable & proven
➡️ Minimal environmental impact
➡️ No reliance on rare minerals
➡️ Very little degradation over time
➡️ 75+ year lifespan
➡️ Scalable & proven
➡️ Minimal environmental impact
➡️ No reliance on rare minerals
➡️ Very little degradation over time
CAES stores surplus renewable energy by compressing air and pumping it into underground caverns. When needed, the air is released to power turbines, producing clean electricity on demand. ⚡
June 5, 2025 at 11:02 AM
CAES stores surplus renewable energy by compressing air and pumping it into underground caverns. When needed, the air is released to power turbines, producing clean electricity on demand. ⚡
Batteries are vital to balancing the grid, but have limited scope. They can only store energy for hours, not days or weeks. 🔋
As we add more wind & solar, we need longer duration storage to cover low generation periods. That’s where CAES can step in.
As we add more wind & solar, we need longer duration storage to cover low generation periods. That’s where CAES can step in.
June 5, 2025 at 11:02 AM
Batteries are vital to balancing the grid, but have limited scope. They can only store energy for hours, not days or weeks. 🔋
As we add more wind & solar, we need longer duration storage to cover low generation periods. That’s where CAES can step in.
As we add more wind & solar, we need longer duration storage to cover low generation periods. That’s where CAES can step in.
Here's our latest blog on 5 renewable energy storage companies to watch in 2025: storelectric.com/renewable-en...
May 26, 2025 at 11:03 AM
Here's our latest blog on 5 renewable energy storage companies to watch in 2025: storelectric.com/renewable-en...
The clean energy transition is already underway, and with continued innovation from renewable energy storage companies and government support, the UK is poised to lead it.
May 26, 2025 at 11:03 AM
The clean energy transition is already underway, and with continued innovation from renewable energy storage companies and government support, the UK is poised to lead it.
This supports:
➡️Grid resilience
➡️Decarbonisation of heavy industry
➡️The development of a hydrogen economy
➡️Grid resilience
➡️Decarbonisation of heavy industry
➡️The development of a hydrogen economy
May 26, 2025 at 11:03 AM
This supports:
➡️Grid resilience
➡️Decarbonisation of heavy industry
➡️The development of a hydrogen economy
➡️Grid resilience
➡️Decarbonisation of heavy industry
➡️The development of a hydrogen economy