Who we are

Quantum Photonics creates energy solutions of the future and improves the power networks that the world depends on today. Our focus will remain on being a world energy innovation leader by providing light-driven solutions across the entire electricity value chain from the point of generation to the final consumption.

What we do

We provide decentralized energy solutions that make digitalization and decarbonization possible.

How does it work?

Quantum Power Cores utilize a unique combination of advanced materials and LEDs. Light is continuously reflected and absorbed within the active layers of the device. This process can produce sustainable energy gains over 100%. Our solid-state solution facilitates high efficiencies, local control, two-way flow, scalable load, and generation.

  • touch_appResonating Cavity
    The outer reflective layers act as a resonating cavity, trapping photons within the active layers of the device. Preventing losses of light that otherwise would pass through or reflect without being absorbed.
  • touch_appPhotovoltaic Cell
    The photovoltaic cells absorb light energy at a quantum efficiency of 94%. The power is then used to propagate the LEDs and power devices.
  • touch_appLight Distribution Medium
    This crystal structure both amplifies and evenly distributes light across the surface area of the photovoltaic cells by way of stimulated emission. Directing light at the proper incident angle is crucial to maintaining high quantum absorption efficiencies.

    The LDM contains an array of integrated monochromatic LED "Pump Sources," that operate at over 100% when algorithmically pulsed.

How does it work?

Quantum Power Cores utilize a unique combination of advanced materials and LEDs. Light is continuously reflected and absorbed within the active layers of the device. This process can produce sustainable energy gains over 100%. Our solid-state solution facilitates high efficiencies, local control, two-way flow, scalable load, and generation.

  • touch_appResonating Cavity
    The outer reflective layers act as a resonating cavity, trapping photons within the active layers of the device. Preventing losses of light that otherwise would pass through or reflect without being absorbed.
  • touch_appPhotovoltaic Cell
    The photovoltaic cells absorb light energy at a quantum efficiency of 94%. The power is then used to propagate the LEDs and power devices.
  • touch_appLight Distribution Medium/div>
    This crystal structure both amplifies and evenly distributes light across the surface area of the photovoltaic cells by way of stimulated emission. Directing light at the proper incident angle is crucial to maintaining high quantum absorption efficiencies.

    The LDM contains an array of integrated monochromatic LED "Pump Sources," that operate at over 100% when algorithmically pulsed.

Transforming Energy Systems

Quantum Photonics has joined the movement toward digitally enhanced, low carbon, and distributed energy systems.


Decentralized

The distribution of small-scale generation solutions throughout the transmission and distribution of electricity.


Digitalized

The utilization of an intelligent control system and internet enabled software to optimize the grid.


Decarbonized

The deployment of low-carbon technologies such as Quantum Power Cores.

What is next?

We are working to integrate our solution into devices that can be made available to the end user. Quantum Photonics is continuing to focus on the finalization of production processes.