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Theion’s Crystal Battery: Co-created with mother nature.
With superior performance and sustainability it’s the near future’s mobile battery: for smartphones and computers, for cars and airplanes.
Theion will power all mobile applications
Mobile devices and wearables
First samples available: 2023
- Usage 2 days+
- Sustainability
- Volume + scale
VTOL passenger aircraft
First samples available: 2023
- Flight time 4h+
- Increased range
- Increased payload
- High safety
- Weight
Battery powered rocket pump
First samples available: 2022
- Increased payload
- Increased revenue/flight
- Volume + weight
Electric passenger aircraft
First samples available: 2024
- Flight time 2h+
- Increased range
- Increased payload
- High safety
- Weight
Electric land vehicles
First samples available: 2024
- Range 1000 km+
- Fast charge < 10 min
- Sustainability
- Volume + weight + scale
The Theion Crystal Battery
High capacity: up to triple gravimetric and volumetric energy density
Long cycle life: cyclability of Lithium Sulfur brought to new levels
Fast charging: intrinsic high C-rate for charging within minutes
High safety: no inflammable components
Highly sustainable: no Cobalt, no Nickel, no solvents, no harmful mining of Sulfur
Low material cost: Sulfur cost at 1 % of NMC811 cost
Low energy consumption: new production processes require only 10 % of energy
Lowest cell price: cell and process design drives cost down
Theion Crystal Battery – for a wireless, mobile, sustainable world.
Sustainability
Sulfur is an industrial byproduct – no harmful mining required. This drives material cost down to 0.20 EUR/kg (compared to state of the art cathode material NMC811 at 20.00 EUR/kg).
Todays battery factories require lots of energy. Theion aims to save 90 % of energy at production.
The crystal battery is designed for recyclability and thus easy, safe and cheap to recycle. Sustainability goes hand in hand with affordability.
Product safety – Theion’s Crystal Battery chemistry and production processes are designed for non flammability: Thermal runaway is impossible.
Where we stand and when we deliver
We can’t wait to deliver. The world is about to be electrified and we require sustainable solutions.
Our product roadmap for first customer samples:
2022 - “Space”
2023 - “Air”
2023 - “Mobiles + Wearables”
2024 - “Automotive + Electric flight”
2023 - “Air”
2023 - “Mobiles + Wearables”
2024 - “Automotive + Electric flight”
Our technology roadmap for serial production:
2022 - kWh Lab Line
2023 - MWh Small Scale Production Line
2025 - GWh Large Scale Production Line
2027 - XL-Scale Production Lines
2023 - MWh Small Scale Production Line
2025 - GWh Large Scale Production Line
2027 - XL-Scale Production Lines
For experts: Theion Sulfur Crystal Wafer at a glance
We are growing a pure Sulfur wafer by our Direct Crystal Imprinting (DCi) method (no slurry coating, no solvents, no water, no drying) directly from molten Sulfur in a few seconds. Because of the flexibility of the process, we can grow any geometrical shape of wafer, and therefore adapted to the customers product shape, yet we suggest a hexagonal shape for space-efficiency reasons.
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We removed nearly all volumetric fluctuation of sulfur at wafer level by a special conversion process. So, our cathode is able to work at low porosity. By adding conductive paths, we use at maximum the active material which is equivalent to a high energy density.
In the voids of our Sulfur wafer operates a proprietary solid-state polymer electrolyte. In our Gen 1 and Gen 2 Crystal cell, we use lithium metal foil as anode. Further anode designs are in our Technology Roadmap (Gen 1 to Gen 4). Our battery technology is compatible with bipolar cell arrangement to maximize energy and power content for such cells.
The cell stack is then assembled into a housing which fits geometrically best the customer’s application to maximize module-pack-system energy content.
Targeted performances are:
Gravimetric energy density ≥ 1’000 Wh/kg (Gen 4)
Volumetric energy density ≥ 1’500 Wh/l
Power capability ≈ 12.000 W/kg
Cycle life ≥ 1’000 at 1 C
Operational temperature -20 °C to 60 °C
Production energy consumption from raw material to finished cell: 15 kWh el/1 kWh c
Volumetric energy density ≥ 1’500 Wh/l
Power capability ≈ 12.000 W/kg
Cycle life ≥ 1’000 at 1 C
Operational temperature -20 °C to 60 °C
Production energy consumption from raw material to finished cell: 15 kWh el/1 kWh c
The team behind Theion
We are a team of leading scientists, engineers and entrepreneurs formed around our founder Marek Slavik.
Dr. Ulrich Ehmes
CEO
Our CEO has years of experience in the battery industry and in building high tech factories.
Marek Slavik
CTO
One of the world's leading chemistry scientists and battery experts.
Lukasz Gadowski
Investor / Team Global
Investor in frontier technology and one of Europe's most successful entrepreneurs.
News
Theion in the press
Sulfur Battery Technology Could Make Electric Cars Go Three Times Further By 2024
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创新型 Theion 水晶电池未来应用前景广泛
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„Kristall-Batterien“ – diese Idee soll Akkus besser und günstiger machen
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“The Battery Industry is Very Conservative” – Theion CEO Dr Ulrich Ehmes
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New crystal battery boasts triple energy density
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新任 CEO 掌舵，Theion 推出应用场景多元的水晶电池
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With a New CEO at the Helm, Battery Start-Up Theion Unveils Crystal Battery for all Mobile Applications
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배터리 스타트업 티온, 모바일용 크리스탈 배터리 출시
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Theion unveils Crystal Battery innovation
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Auf die Tesla-Wunderbatterie dieser Berliner wettet Lukasz Gadowski
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新CEOを迎えたドイツの電池メーカーTheion、あらゆるモバイルアプリケーションに対応するクリスタル電池を発表
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Theion announces the battery with triple energy density
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科技突破！Theion 水晶电池续航增 3 倍
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‘Crystal battery’ discovered that could triple the range of electric vehicles
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未来能源 Theion 锂硫电池，安全环保高效
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Battery Start-Up Theion Unveils Crystal Battery For All Mobile Applications
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With a New CEO at the Helm, Battery Start-Up Theion Unveils Crystal Battery for all Mobile Applications
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新CEOを迎えたドイツの電池メーカーTheion、あらゆるモバイルアプリケーションに対応するクリスタル電池を発表
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Career
We offer the opportunity to work with us on the development of a revolutionary battery technology.
Interested?
Then contact us with your complete application documents via career@theion.de.
Then contact us with your complete application documents via career@theion.de.
How you can get involved
Become our industrial partner/customer
Invest in us
Join the team
Write about us
Contact us
Address
Theion GmbH
Fanny-Zobel-Strasse 11
12435 Berlin
Fanny-Zobel-Strasse 11
12435 Berlin