Energy Innovation

Developing sodium-ion technology for European energy independence and sustainability.

A person wearing a helmet stands before a row of battery charging stations illuminated at night. The charging stations have multiple slots with green indicators, and a small screen is present on each unit. Streetlights are visible in the background, casting light on the scene, along with an area of greenery in the foreground.
A person wearing a helmet stands before a row of battery charging stations illuminated at night. The charging stations have multiple slots with green indicators, and a small screen is present on each unit. Streetlights are visible in the background, casting light on the scene, along with an area of greenery in the foreground.
Pilot Scale Project

Advancing sodium-ion batteries for clean energy solutions.

A large blue and green lithium battery with clamps attached is positioned on a flat surface next to a Newpowa solar charge controller. The controller is white with a digital display and various buttons and indicators.
A large blue and green lithium battery with clamps attached is positioned on a flat surface next to a Newpowa solar charge controller. The controller is white with a digital display and various buttons and indicators.
Dual-Use Technology

Integrating defense applications with sustainable energy innovations.

A lithium battery labeled 'Newpowa 12V 100Ah' sits on a concrete surface outdoors. It is connected by cables to a separate white electrical device. The background features blurred trees with sunlight filtering through, creating a warm, natural ambiance.
A lithium battery labeled 'Newpowa 12V 100Ah' sits on a concrete surface outdoors. It is connected by cables to a separate white electrical device. The background features blurred trees with sunlight filtering through, creating a warm, natural ambiance.
A partially assembled battery pack with visible cylindrical cells and multicolored electrical wires on a cutting mat with a grid pattern. The components appear organized, with several blue, red, black, and yellow wires intertwined among the battery cells.
A partially assembled battery pack with visible cylindrical cells and multicolored electrical wires on a cutting mat with a grid pattern. The components appear organized, with several blue, red, black, and yellow wires intertwined among the battery cells.
Research Collaboration

Partnering with universities to enhance battery material development.

Grant Programs

Securing EU funding for innovative energy projects and research.

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Innovative Chemistry

Transforming sodium-ion technology for energy independence and sustainability.

A sleek white electric car is parked on a wet asphalt surface in front of a chain-link fence topped with barbed wire. The car's modern design is highlighted against a backdrop of bare trees and overcast skies, suggesting a cold and gloomy day.
A sleek white electric car is parked on a wet asphalt surface in front of a chain-link fence topped with barbed wire. The car's modern design is highlighted against a backdrop of bare trees and overcast skies, suggesting a cold and gloomy day.
A sleek, white electric vehicle is parked at a futuristic-looking charging station. The environment has a modern design with circular overhead structures emitting blue light, enhancing the technological ambiance. The car's headlights are distinct, and there's a digital display screen nearby indicating a status related to charging.
A sleek, white electric vehicle is parked at a futuristic-looking charging station. The environment has a modern design with circular overhead structures emitting blue light, enhancing the technological ambiance. The car's headlights are distinct, and there's a digital display screen nearby indicating a status related to charging.
A hand with neatly manicured nails is placing or removing a metallic battery with yellow-green accents from a gray storage compartment. The surrounding environment is industrial, featuring a window with bars and a stone-covered ground.
A hand with neatly manicured nails is placing or removing a metallic battery with yellow-green accents from a gray storage compartment. The surrounding environment is industrial, featuring a window with bars and a stone-covered ground.
Numerous wooden crates are stacked and wrapped with plastic on a factory floor. The boxes have green straps and are labeled as containing lithium-ion batteries. The floor is green, and the room appears to be spacious and well-lit, with large windows and ceiling fans.
Numerous wooden crates are stacked and wrapped with plastic on a factory floor. The boxes have green straps and are labeled as containing lithium-ion batteries. The floor is green, and the room appears to be spacious and well-lit, with large windows and ceiling fans.

Innovative Battery Solutions

Driving energy independence through advanced sodium-ion battery technology and sustainable practices in Europe.

Sodium-Ion Technology

Transforming prototypes into scalable solutions for critical battery materials and clean energy applications.

A lithium battery labeled 12V 100Ah is situated on grass, with its green top contrasting with its dark blue body. The background features a thick hedge, adding a natural setting to the image.
A lithium battery labeled 12V 100Ah is situated on grass, with its green top contrasting with its dark blue body. The background features a thick hedge, adding a natural setting to the image.
Pilot Scale Development

Collaborating with partners to progress sodium-ion innovations from concept to pilot-scale production efficiently.

Two compact electric vehicles are parked in an outdoor setting, featuring green and black coloring. The vehicles have a futuristic design with low-profile wheels and transparent roofs. They are situated near a building with a grassy roof, and a scenic background of green hills and trees.
Two compact electric vehicles are parked in an outdoor setting, featuring green and black coloring. The vehicles have a futuristic design with low-profile wheels and transparent roofs. They are situated near a building with a grassy roof, and a scenic background of green hills and trees.
Innovation

Driving energy independence through our proprietary sodium-ion technology.

Contacts
Reach out to us

info@naionx.eu

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