We strongly believe that any significant global impact can only be achieved through change of behavior. Our goal is to make this transition as effortless and natural as possible. That’s why we have focused all our efforts on designing a solar cell that is both beautiful and works in the same environments as people. The devices we love and use daily can now have endless energy through ambient light charging. This will lead to a natural association of light to energy, make users light conscious and disrupt the consumer electronics industry.

We strongly believe that any significant global impact can only be achieved through change of behavior. Our goal is to make this transition as effortless and natural as possible. That’s why we have focused all our efforts on designing a solar cell that is both beautiful and works in the same environments as people. The devices we love and use daily can now have endless energy through ambient light charging. This will lead to a natural association of light to energy, make users light conscious and disrupt the consumer electronics industry.

We strongly believe that any significant global impact can only be achieved through change of behavior. Our goal is to make this transition as effortless and natural as possible. That’s why we have focused all our efforts on designing a solar cell that is both beautiful and works in the same environments as people. The devices we love and use daily can now have endless energy through ambient light charging. This will lead to a natural association of light to energy, make users light conscious and disrupt the consumer electronics industry.

We strongly believe that any significant global impact can only be achieved through change of behavior. Our goal is to make this transition as effortless and natural as possible. That’s why we have focused all our efforts on designing a solar cell that is both beautiful and works in the same environments as people. The devices we love and use daily can now have endless energy through ambient light charging. This will lead to a natural association of light to energy, make users light conscious and disrupt the consumer electronics industry.

We strongly believe that any significant global impact can only be achieved through change of behavior. Our goal is to make this transition as effortless and natural as possible. That’s why we have focused all our efforts on designing a solar cell that is both beautiful and works in the same environments as people. The devices we love and use daily can now have endless energy through ambient light charging. This will lead to a natural association of light to energy, make users light conscious and disrupt the consumer electronics industry.

169

TWh

The amount of energy used to charge consumer electronics in the USA in 2017. Sweden consumes 133TWh to power the country as a whole.

169

TWh

The amount of energy used to charge consumer electronics in the USA in 2017. Sweden consumes 133TWh to power the country as a whole.

169

TWh

The amount of energy used to charge consumer electronics in the USA in 2017. Sweden consumes 133TWh to power the country as a whole.

169

TWh

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO2 emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space.

169

TWh

The amount of energy used to charge consumer electronics in the USA in 2017. Sweden consumes 133TWh to power the country as a whole.

In the medium to long term, we will expand our impact and continually venture outside the home. Beautiful solar cells will enhance traditional solar markets and work under all lighting conditions from all angles. Rooftop and building integration will fulfil the needs of architectural design while enhancing our cities. Smart transportation will see self-driving, self-powered cars and smart cities with traffic signs, street lights, communication devices all enabled by ambient light charging.

In the medium to long term, we will expand our impact and continually venture outside the home. Beautiful solar cells will enhance traditional solar markets and work under all lighting conditions from all angles. Rooftop and building integration will fulfil the needs of architectural design while enhancing our cities. Smart transportation will see self-driving, self-powered cars and smart cities with traffic signs, street lights, communication devices all enabled by ambient light charging.

In the medium to long term, we will expand our impact and continually venture outside the home. Beautiful solar cells will enhance traditional solar markets and work under all lighting conditions from all angles. Rooftop and building integration will fulfil the needs of architectural design while enhancing our cities. Smart transportation will see self-driving, self-powered cars and smart cities with traffic signs, street lights, communication devices all enabled by ambient light charging.

In the medium to long term, we will expand our impact and continually venture outside the home. Beautiful solar cells will enhance traditional solar markets and work under all lighting conditions from all angles. Rooftop and building integration will fulfil the needs of architectural design while enhancing our cities. Smart transportation will see self-driving, self-powered cars and smart cities with traffic signs, street lights, communication devices all enabled by ambient light charging.

In the medium to long term, we will expand our impact and continually venture outside the home. Beautiful solar cells will enhance traditional solar markets and work under all lighting conditions from all angles. Rooftop and building integration will fulfil the needs of architectural design while enhancing our cities. Smart transportation will see self-driving, self-powered cars and smart cities with traffic signs, street lights, communication devices all enabled by ambient light charging.

1:1

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO₂ emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space. 

1:1

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO₂ emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space. 

1:1

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO₂ emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space.

1:1

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO₂ emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space. 

1:1

Buildings account for 36% of global final energy consumption and nearly 40% of total direct and indirect CO₂ emissions.

Installing solar cells on buildings in Stockholm, one square meter of facade can power one square meter of office space.

At Exeger, we envision a future where any surface that can be, will be power generating thanks to the versatility of our technology. We don’t know the extent of how or where our solar cells will be integrated, but see endless possibilities. Let your imagination drive future innovation and contact us with your ideas at greatideas@exeger.com.

At Exeger, we envision a future where any surface that can be, will be power generating thanks to the versatility of our technology. We don’t know the extent of how or where our solar cells will be integrated, but see endless possibilities. Let your imagination drive future innovation and contact us with your ideas at greatideas@exeger.com.

At Exeger, we envision a future where any surface that can be, will be power generating thanks to the versatility of our technology. We don’t know the extent of how or where our solar cells will be integrated, but see endless possibilities. Let your imagination drive future innovation and contact us with your ideas at greatideas@exeger.com.

At Exeger, we envision a future where any surface that can be, will be power generating thanks to the versatility of our technology. We don’t know the extent of how or where our solar cells will be integrated, but see endless possibilities. Let your imagination drive future innovation and contact us with your ideas at greatideas@exeger.com.

At Exeger, we envision a future where any surface that can be, will be power generating thanks to the versatility of our technology. We don’t know the extent of how or where our solar cells will be integrated, but see endless possibilities. Let your imagination drive future innovation and contact us with your ideas at greatideas@exeger.com.

6

hours of sunlight

The time required to meet all yearly global energy needs.

6

hours of sunlight

The time required to meet all yearly global energy needs.

6

hours of sunlight

The time required to meet all yearly global energy needs.

6

hours of sunlight

The time required to meet all yearly global energy needs.

6

hours of sunlight

The time required to meet all yearly global energy needs.