Ambient light charging - a solar cell for any light.

Ambient light charging - a solar cell for any light.

Ambient light charging - a solar cell for any light.

Ambient light charging - a solar cell for any light.

Ambient light charging - a solar cell for any light.

Seamlessly enhanced —
User-centric solar cell design

Seamlessly enhanced —
User-centric solar cell design

Seamlessly enhanced —
User-centric solar cell design

Seamlessly enhanced —
User-centric solar cell design

Seamlessly enhanced —
User-centric solar cell design

Product Specification

Product Specification

Technology-Specs-Shapes

Texture & Finish

We print our solar cells enabling design features such as logos, artworks and photos to be part of the solar cells. We can also create patterns and textures, for example by embossing or using acrylics during the lamination process.

Texture & Finish

We print our solar cells enabling design features such as logos, artworks and photos to be part of the solar cells. We can also create patterns and textures, for example by embossing or using acrylics during the lamination process.

Texture & Finish

We print our solar cells enabling design features such as logos, artworks and photos to be part of the solar cells. We can also create patterns and textures, for example by embossing or using acrylics during the lamination process.

Texture & Finish

We print our solar cells enabling design features such as logos, artworks and photos to be part of the solar cells. We can also create patterns and textures, for example by embossing or using acrylics during the lamination process.

Texture & Finish

We print our solar cells enabling design features such as logos, artworks and photos to be part of the solar cells. We can also create patterns and textures, for example by embossing or using acrylics during the lamination process.

img 2

Bends & Turns

The shape and the dimensions of the solar cell can be modified and changed, according to customer and products specifications. It is bendable and won’t break if you flex and turn it, which allows us to cater to numerous applications.

Bendable

The shape and the dimensions of the solar cell can be modified and changed, according to customer and products specifications. It is bendable and won’t break if you flex and turn it, which allows us to cater to numerous applications.

Bendable

The shape and the dimensions of the solar cell can be modified and changed, according to customer and products specifications. It is bendable and won’t break if you flex and turn it, which allows us to cater to numerous applications.

Bends & Turns

The shape and the dimensions of the solar cell can be modified and changed, according to customer and products specifications. It is bendable and won’t break if you flex and turn it, which allows us to cater to numerous applications.

Bends & Turns

The shape and the dimensions of the solar cell can be modified and changed, according to customer and products specifications. It is bendable and won’t break if you flex and turn it, which allows us to cater to numerous applications.

productspecs-speakercontrols

Shapes & Holes

The solar cell is printed in any shape or form desired for integration into the final product. Customer customization depends on the needs of customers and the value for the end-user.

All Shapes

The solar cell is printed in any shape or form desired for integration into the final product. Customer customization depends on the needs of customers and the value for the end-user.

All Shapes

The solar cell is printed in any shape or form desired for integration into the final product. Customer customization depends on the needs of customers and the value for the end-user.

Shapes & Holes

The solar cell is printed in any shape or form desired for integration into the final product. Customer customization depends on the needs of customers and the value for the end-user

Shapes & Holes

The solar cell is printed in any shape or form desired for integration into the final product. Customer customization depends on the needs of customers and the value for the end-user

Artificial
Photosynthesis

Artificial
Photosynthesis

Artificial
Photosynthesis

Our solar cell was invented in 2010 and employs DSSC technology using a light-sensitive dye to collect energy much like photosynthesis in a leaf. This unique cell structure enables energy conversion in both indoor and outdoor lighting conditions. The basic principle is: the light-sensitive dye absorbs and converts light into electricity. Titanium dioxide transports the electricity to your device. The materials needed for production of the solar cells are abundant and environmentally friendly.

Our solar cell was invented in 2010 and employs DSSC technology using a light-sensitive dye to collect energy much like photosynthesis in a leaf. This unique cell structure enables energy conversion in both indoor and outdoor lighting conditions. The basic principle is: the light-sensitive dye absorbs and converts light into electricity. Titanium dioxide transports the electricity to your device. The materials needed for production of the solar cells are abundant and environmentally friendly.

Our solar cell was invented in 2010 and employs DSSC technology using a light-sensitive dye to collect energy much like photosynthesis in a leaf. This unique cell structure enables energy conversion in both indoor and outdoor lighting conditions. The basic principle is: the light-sensitive dye absorbs and converts light into electricity. Titanium dioxide transports the electricity to your device. The materials needed for production of the solar cells are abundant and environmentally friendly.

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

Our solar cell was invented in 2010 and employs DSSC technology using a light-sensitive dye to collect energy much like photosynthesis in a leaf. This unique cell structure enables energy conversion in both indoor and outdoor lighting conditions. The basic principle is: the light-sensitive dye absorbs and converts light into electricity. Titanium dioxide transports the electricity to your device. The materials needed for production of the solar cells are abundant and environmentally friendly.

Technology-Illustration-DSCv3

For the real world

For the real world

For the real world

For the real world

10 years of preparation. We invented this technology in 2010 and the better part of the past decade, we have developed the solar cell to what it is today. In parallel, we built the factory, and made sure the production process is non-toxic and eco-friendly. The factory location is a testament in itself - in the middle of Stockholm, adjacent to a national park. It’s as clean a production as you can get. It took us almost a decade and now we finally have the simplest product imaginable: a design-centric solar cell which converts ambient light to power your everyday devices. It’s simple in that you don’t have to think about it, it’s just there, as light is just there. All you need to remember is: the brighter the better.

10 years of preparation. We invented this technology in 2010 and the better part of the past decade, we have developed the solar cell to what it is today. In parallel, we built the factory, and made sure the production process is non-toxic and eco-friendly. The factory location is a testament in itself - in the middle of Stockholm, adjacent to a national park. It’s as clean a production as you can get. It took us almost a decade and now we finally have the simplest product imaginable: a design-centric solar cell which converts ambient light to power your everyday devices. It’s simple in that you don’t have to think about it, it’s just there, as light is just there. All you need to remember is: the brighter the better.

10 years of preparation. We invented this technology in 2010 and the better part of the past decade, we have developed the solar cell to what it is today. In parallel, we built the factory, and made sure the production process is non-toxic and eco-friendly. The factory location is a testament in itself - in the middle of Stockholm, adjacent to a national park. It’s as clean a production as you can get. It took us almost a decade and now we finally have the simplest product imaginable: a design-centric solar cell which converts ambient light to power your everyday devices. It’s simple in that you don’t have to think about it, it’s just there, as light is just there. All you need to remember is: the brighter the better.

10 years of preparation. We invented this technology in 2010 and the better part of the past decade, we have developed the solar cell to what it is today. In parallel, we built the factory, and made sure the production process is non-toxic and eco-friendly. The factory location is a testament in itself - in the middle of Stockholm, adjacent to a national park. It’s as clean a production as you can get. It took us almost a decade and now we finally have the simplest product imaginable: a design-centric solar cell which converts ambient light to power your everyday devices. It’s simple in that you don’t have to think about it, it’s just there, as light is just there. All you need to remember is: the brighter the better.

10 years of preparation. We invented this technology in 2010 and the better part of the past decade, we have developed the solar cell to what it is today. In parallel, we built the factory, and made sure the production process is non-toxic and eco-friendly. The factory location is a testament in itself - in the middle of Stockholm, adjacent to a national park. It’s as clean a production as you can get. It took us almost a decade and now we finally have the simplest product imaginable: a design-centric solar cell which converts ambient light to power your everyday devices. It’s simple in that you don’t have to think about it, it’s just there, as light is just there. All you need to remember is: the brighter the better.

Technology-Conditions-Factory
Technology-Conditions-eReader
Technology-Conditions-Headphonesrunnin
Robotic Exeger

Exeger has the world’s largest printing factory for solar cells

Exeger has the world’s largest printing factory for solar cells

Exeger has the world’s largest printing factory for solar cells

Exeger has the world’s largest printing factory for solar cells

Exeger has the world’s largest printing factory for solar cells

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

The factory is located in Stockholm with a capacity of 300,000m2. On an annual basis we can produce solar cells for 40 million headphone bands, or 20 million e-reader covers, or 15 million tablets, or a combination of the three or any other relevant product. This is the first factory of many to come, with a doubling in capacity taking approximately 9 months. The speed of expansion has been a central goal and is why all our machines were designed with modularity in mind.

info@exeger.com

careers@exeger.com
info@exeger.com
careers@exeger.com
info@exeger.com
careers@exeger.com

Brinellvägen 32
SE-114 28

Stockholm, Sweden

Brinellvägen 32
SE-114 28

Stockholm, Sweden

Brinellvägen 32
SE-114 28
Stockholm, Sweden

Brinellvägen 32
SE-114 28
Stockholm, Sweden

Exeger Operations

Exeger Operations

Exeger Operations

Exeger Operations

Copyright © 2018 Exeger Operations AB, Stockholm Sweden, All Rights Reserved

Copyright © 2018 Exeger Operations AB, Stockholm Sweden, All Rights Reserved

Copyright © 2018 Exeger Operations AB, Stockholm Sweden, All Rights Reserved

Copyright © 2018 Exeger Operations AB, Stockholm Sweden, All Rights Reserved