Company Profile

SunCubes is an innovative startup focused on developing cutting-edge wireless energy transmission technologies, primarily aimed at addressing critical challenges in the drone industry. Spun off from the Politecnico di Milano, SunCubes combines expertise in aerospace engineering, laser technology, and advanced optics to deliver solutions that redefine how energy is delivered over long distances, particularly in space environments. The company’s flagship technology, SunCubes Lucy, uses laser-based power beaming to wirelessly transmit energy, enabling unprecedented capabilities for drone applications.

At the core of SunCubes' technology is the principle of power beaming, where energy is transmitted in the form of a focused laser beam. This technology holds transformative potential for space missions, where the ability to wirelessly transmit energy can solve a myriad of logistical and operational challenges. Whether it's powering satellites, refueling spacecraft, or sustaining lunar bases, SunCubes’ laser technology can provide a consistent, reliable energy source without the need for physical cables or traditional power generation systems.

SunCubes aims to address the growing demand for energy solutions that reduce dependency on traditional solar arrays or nuclear power, which are limited by factors like sunlight availability or operational risks. By providing wireless energy transmission, the company opens new possibilities for long-term space missions, enabling satellites and space stations to stay operational for extended periods without requiring physical refueling or complex energy storage systems. This is especially relevant in the context of increasing space commercialization, where private companies and government agencies are pushing for more permanent infrastructure in orbit and on extraterrestrial surfaces.

Furthermore, SunCubes is committed to developing scalable and adaptable solutions. Its laser-based energy systems are designed to be integrated with both existing and next-generation spacecraft, offering a flexible solution that can evolve alongside the rapidly advancing space industry. The company is also involved in key research and development collaborations with institutions like ESA and Politecnico di Milano, ensuring its technology is rigorously tested and validated in space-like environments.

 

Headquarter

Via Giovanni Durando 39, 20158 Milan Milan, Italy

Contact business

    Contact Information
    • Address

      Via Giovanni Durando 39, 20158 Milan Milan, Italy

    • Manager

      Alberto Chiozzi - CEO & Co-Founder

    • Phone number

      +39 0000000000

    • Email of contact person

      communication@suncubes.space

    • Company Email

      communication@suncubes.space

    • Website

      https://www.suncubes.space/

    • Date of birth

      2023

    Our Offices in Italy
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    Products | Services | Applications |Technologies

    SunCubes is at the forefront of revolutionizing energy transmission through wireless power beaming technology. Originating as a spin-off from the Politecnico di Milano, SunCubes was initially founded to develop cutting-edge space energy infrastructure. Today, SunCubes is advancing innovative solutions for wireless energy transmission, with the capability to transmit power over long distances using laser-based technology. Our mission is to solve the energy limitations in various sectors by enabling continuous, safe, and efficient wireless energy transmission.

    SunCubes Lucy is our flagship product that exemplifies the potential of laser-based power beaming. It is designed to transmit energy wirelessly over long distances, targeting applications where traditional power supply methods are limited or infeasible.

    Key Features: Laser Power Transmission: A laser system that transmits energy across distances up to 1 kilometer.
    High Efficiency: Optimized to maintain high energy efficiency during transmission, minimizing energy loss.
    Safe Operation: Incorporates a patented safety system that automatically shuts off the laser when an object obstructs the beam, ensuring the system is safe for use in populated areas.
    Modular Design: Designed for scalability, allowing for easy customization and integration with different energy requirements.

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    ESA Bic Milan