Renovo provides fully automated, electrically powered robotic systems that disassemble end-of-life photovoltaic panels and separate high-purity materials such as aluminium, glass, copper, silicon, and thermoplastics. The AI‑assisted precision process enables industrial‑scale material recovery for circular supply chains in the solar industry, with revenue generated through equipment sales, service contracts, and material recovery fees.
Funding
Funding not disclosed
Founders
Product
Problem
End-of-life photovoltaic panels present a growing waste stream, and current recycling methods often involve chemical processes or combustion, which can be environmentally detrimental and inefficient in recovering valuable materials. The logistical challenges of transporting bulky panels to centralized facilities also contribute to higher operational costs and a larger carbon footprint.
Solution
Renovo offers a fully automated, containerized system for the chemical-free and combustion-free recycling of solar panels. This plug-and-play solution is designed for rapid deployment and can be powered by electricity, including integration with photovoltaic supply, ensuring a low carbon footprint. The system's transportable nature allows for localized processing, reducing logistical complexities and enabling scalable recycling operations. Renovo's robotic disassembly process efficiently recovers high-value materials from end-of-life solar panels, contributing to a circular economy within the solar industry.
Target Audience
The primary target audience includes solar panel manufacturers, installers, and waste management companies seeking efficient and environmentally compliant solutions for end-of-life solar panel processing.
Features
- Automated, robotic disassembly of photovoltaic panels
- Chemical-free and combustion-free recycling process
- Containerized, transportable unit for localized deployment
- Electricity-powered operation, compatible with PV supply integration
- Designed for efficient recovery of high-value materials
- Scalable system architecture to accommodate varying volumes
- Minimal disruption during deployment and operation