Expanding Solar Real Estate from 5% to 70%.
Transforming every building, vehicle, and device into a clean energy generator.
A New Era of Solar Expansion
-JOIN THE JOURNEY-
HexPanel Solar is in the early stages of development, advancing toward research, prototyping, and strategic partnerships.
Our patented hexagonal solar technology is designed to integrate directly into the built environment — transforming buildings, infrastructure, vehicles, and everyday surfaces into sources of clean energy and intelligent digital expression.
Because this technology can be incorporated into nearly anything that requires power — from skyscrapers and homes to vehicles, consumer devices, and advertising surfaces — its potential spans multiple industries and markets.
We are currently seeking aligned investors, advisors, and industry professionals who recognize the scale of this opportunity and want to help guide its development. This is a chance to be involved early in a platform with the potential to redefine how energy is generated, displayed, and experienced in the modern world.
HOW IT WORKS
Overview
2. Energy Storage and Control System
1. Transparent Photovoltaic Layer
HexPanel Solar integrates advanced transparent photovoltaic (PV) materials with intelligent LED display technology to create a multifunctional energy and information surface. Each modular hexagonal panel is designed to both generate power and project dynamic visuals, redefining how energy and communication coexist in modern infrastructure.
1. Transparent Photovoltaic Layer
2. Energy Storage and Control System
1. Transparent Photovoltaic Layer
Each panel begins with a transparent solar substrate made from a hybrid of perovskite and silicon-based nanomaterials, allowing visible light to pass through while simultaneously converting ultraviolet and infrared light into usable energy.
- Light Transmission: 50–70%, maintaining visibility and aesthetic clarity.
- Energy Capture: Dual-spectrum harvesting for increased efficiency even in shaded or indoor environments.
- Durability: Coated with anti-reflective and self-cleaning nano-films to ensure long-term performance.
2. Energy Storage and Control System
2. Energy Storage and Control System
Integrated beneath the PV surface is a micro-energy storage layer composed of ultra-thin solid-state batteries or supercapacitors.
- Instant Storage: Enables immediate energy utilization or buffering for LED functions.
- Smart Circuitry: A built-in microcontroller manages energy flow between the solar layer, storage unit, and display output.
- Connectivity: Panels communicate wirelessly for synchronized energy management and real-time monitoring.
3. LED Display Integration
At the core lies a transparent LED matrix, embedded within the solar substrate.
- Dual Function: Operates as both a display and a light-distribution layer.
- Adaptive Brightness: Sensors automatically adjust LED output to ambient light conditions.
- Applications: From architectural façades to vehicle surfaces and portable devices, the display can showcase art, advertisements, or environmental data — all powered by its own energy.
4. Modular Hexagonal Architecture
Each unit follows a hexagonal geometry, allowing panels to tessellate seamlessly across curved or flat surfaces.
- Interconnectivity: Edge-to-edge contact points carry both data and power.
- Scalability: Systems can range from a single panel to multi-acre installations.
- Repairability: Individual panels can be replaced or upgraded without system downtime.
5. Energy Output & Grid Integration
Surplus power not used by the LED system can be stored or exported to the electrical grid.
- Bidirectional Inverter Control: Enables energy feedback to local or national grids.
- Smart Management: Optional integration with IoT-based control platforms for optimizing power use and display scheduling.
- Efficiency Range: Prototype data suggests 18–22% effective conversion, depending on transparency ratio and ambient light conditions.
6. Environmental Impact
By combining two traditionally separate technologies — energy generation and visual communication — HexPanel Solar eliminates redundant materials and installation costs.
- Reduced Carbon Footprint: Fewer materials per function.
- Longevity: Expected operational lifespan of 25–30 years.
- Circular Design: Panels are built with recyclable glass, aluminum, and polymer composites.
The Result
A self-sustaining, intelligent surface capable of transforming any structure, vehicle, or device into both a source of clean energy and a dynamic communication platform.
HexPanel Solar merges form, function, and sustainability into a single, scalable technology — opening the door to the next evolution in energy architecture.
Solar Energy in Action
