Natural Healing Light
Improving patient recovery & well-being
How LightMirror Works
Our innovative reflective panel system transforms how natural sunlight enters buildings, creating healthier environments while reducing energy consumption.
Simple Installation
Mounted on roof edges or facades with durable aluminum and glass panels. Non-disruptive process completed in under a week.
Passive Control
Manual angle adjustment, no motorization needed. Designed to follow the natural path of the sun through the year and not overheat in summer.
Sunlight Redirection
Uses heliostat algorithms to precisely redirect sunlight through windows, increasing luminosity from 100 lux to 650 lux.
Minimal Maintenance
Built to last 25 years with minimal upkeep required. Durable materials withstand all weather conditions.
Sunlight Redirection Process
Step 1
Heliostat algorithms calculate optimal angles for passive sunlight redirection during the whole year
Step 2
Panels capture sunlight on roof/facade and redirect it to the building
Step 3
Natural light redirected into interior spaces to reduce heating needs
Key Benefits
Transform your healthcare facility with sustainable lighting solutions that benefit patients, staff, and your bottom line.
Up to 30%
Energy Efficiency
10-30% reduction in heating and lighting needs. Panels can also be integrated with PV and produce up to 1.2kWh each.
650 lux
Natural Lighting
Increases luminosity from 100 lux to 650 lux on average.
Better Recovery
Patient Well-being
Daylight improves recovery times and circadian rhythms
Certifications
Sustainability
Reduces carbon footprint and supports green building certifications BREEAM, LEEDS.
< 1 Week
Fast Installation
Non-disruptive process, typically completed in under a week
EU Prize
Proven Results
Award-winning technology with real-world implementations
Why Healthcare Facilities Choose LightMirror
Improved Patient Outcomes
Natural light exposure enhances healing and reduces recovery time
Staff Well-being
Better working conditions lead to improved staff satisfaction
Cost Savings
Significant reduction in energy bills and maintenance costs
Environmental Impact
Contribute to sustainability goals and green certifications
Success Story
Discover how LightMirror transformed Jana Pawła II Hospital in Rzeszow, Poland, creating a brighter, more sustainable healing environment.
Jana Pawła II Hospital
A leading healthcare facility in Poland that partnered with LightMirror to enhance patient care by installing our innovative PV reflecting part of natural light while reducing operational costs.
150+
Patients in the rooms targetted
24/7
Operation
110 lux
Average Luminosity
2023
Project year
Challenges Faced
⚠️ Insufficient natural lighting in patient rooms
⚠️ High energy costs for artificial lighting
⚠️ Need for sustainable building solutions
⚠️ Minimal disruption during installation
LightMirror Solutions
✅ Custom reflective panel configuration
✅ Optimised angle calculations for light capture
✅ Seamless integration with existing architecture
✅ Real-time monitoring and adjustment system
1.2 KWc
produced by panels
550 lux
Improved Lighting
1 day
Installation time
Summer mode
The panels do not overheat
Measurable Results
In a nutshell
Unlike traditional solar panels, LightMirror doesn't focus solely on generating electricity; it smartly redirects sunlight to illuminate and warm your spaces naturally.
Advanced Technology
Our deeptechn innovation combines AI, advanced physics algorithms, and new materials to deliver unparalleled performance and efficiency.
GIS
3D GIS Modeling
Advanced 3D Geographic Information System modelling with precise sunlight simulation for optimal panel placement on the building, only from its address.
AI
AI-Powered Optimization
Building thermal retrofitting optimiser awarded by ELSA for safe AI development, using machine learning for maximum energy efficiency. See more at renovativ.ai
Optimisation
Genetic Algorithms
NSGA-II genetic optimisation algorithms for complex multi-objective optimisation of renovation measures.
Physics
Seasonal Monitoring
Modelisation of energy monitoring and analysis with instant performance feedback and optimisation suggestions. Complete control over the scenario objectives.
Digital twin
Digital Twin System
Virtual replica of your building for optimal panel placement simulation and performance prediction.
BIPV
Quantum Coating Technology
Potential PV integration with a coating that reflects the part of the light spectrum that is not useful for electricity yields.
Our Services
From initial assessment to full implementation, we provide comprehensive services to transform your healthcare facility with sustainable lighting solutions.
Feasibility study
Media Coverage
Top posts
Blog
Latest posts
Team leadership
Contact us
Ready to transform your healthcare facility with sustainable lighting?
Contact us for a comprehensive feasibility assessment and custom solution design.
Funded by the European Union under GA No101073761, No101104445, No.101070617. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.