MonSol provides rapidly deployable solar power systems for industrial, remote, and temporary applications. Their Concertina PV Array uses lightweight, modular, glassless solar panels on a flexible substrate for quick setup with minimal site preparation, enabling faster access to clean energy.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional solar installations can be time-consuming and material-intensive, hindering rapid deployment for industrial, remote, off-grid, and temporary power needs. This complexity and resource requirement limit the accessibility and scalability of clean energy solutions in diverse environments.
Solution
MonSol offers the Concertina PV Array, a rapidly deployable solar power system designed for efficiency and ease of use. This solution utilizes lightweight, modular, glassless solar panels mounted on a flexible substrate, enabling quick setup by a small team with minimal ground preparation. The system is engineered for efficient transport and installation, making it suitable for a wide range of applications where traditional solar infrastructure is impractical. By reducing material usage and installation time, MonSol facilitates faster access to clean energy in challenging or temporary scenarios.
Target Audience
The primary customers are entities requiring temporary, remote, or rapidly deployable solar power solutions, including industrial sites, remote operations, off-grid communities, and event organizers.
Features
- Lightweight, modular Concertina PV Arrays engineered with glassless solar panels on a heavy-duty flexible substrate.
- Rapid deployment capability, with arrays hung on a stillage for forklift handling and manual string deployment by two individuals.
- Minimal site preparation required, reducing the need for extensive earthworks and allowing for flexible installation on various ground covers and soil types.
- Compact design for efficient transport compared to conventional solar solutions.
- Faster deployment times than standard ground-mounted solar systems.
- Reduced material consumption compared to traditional glass-based solar arrays.