LightMirror

LightMirror
Description: LightMirror is a Lithuanian company specializing in the development of innovative reflective panel systems designed to redirect natural sunlight into buildings, particularly hospitals and care homes. This technology aims to reduce energy consumption for lighting and heating while enhancing indoor environments with increased natural light.
Vision:
To lead in the integration of natural light solutions in architecture, promoting energy efficiency and enhancing the quality of indoor environments across various building types.
Mission:
To harness natural sunlight to improve energy efficiency and occupant well-being in healthcare facilities by providing sustainable and innovative daylight solutions.
Contact:
References:
Investors:
Funding:
  • Convertible Note : Dec 8, 2022, €0.05 million
  • Grant : Oct 12, 2023, €0.05 million
  • Pre-Seed Funding: May 30, 2024, € million
  • Pre-Seed Funding: Aug 8, 2024, €0.05 million
Key Milestones:
  • 2022: Secured €50,000 in funding from the European accelerator EIT Climate-KIC to advance product development and participate in startup events across Europe.
  • 2022: Received a €63,000 grant from the Polish Agency for Enterprise Development, facilitating the opening of an office in Poland and the installation of LightMirror panels in a public hospital.
  • 2022: Joined the Cleantech Cluster Lithuania, enhancing collaboration opportunities with other clean technology innovators.
  • 2023: LightMirror algorithm patented and simulation platform launched
  • 2024: Expansion into architectural integration projects; SDG-aligned impact assessment completed
Key People:
Sector:
Products & Services:
  • Reflective Panel Systems: LightMirror designs and installs reflective panels on building roofs and facades to capture and redirect sunlight into interior spaces. These panels are adjustable and can be optimized to maximize solar gains, reducing reliance on artificial lighting and heating systems.
  • Proprietary Software: The company has developed light-retracing and thermal modeling tools to optimize panel placement and predict energy savings, ensuring effective integration with existing building infrastructures.
  • GIS Optimization Toolkit: Uses 3D mapping and heliostat algorithms to simulate solar paths and customize installation per site.
  • Design & Engineering Services: Consultation for hospitals, elder care centers, schools, and public infrastructure with high natural light demand.TRL: 6–7 (validated system deployed in pilot facilities)