THOUGHT TO THE END

Solar Module Recycling for Module Manufacturers

Module manufacturers bear responsibility for their products across the entire lifecycle. SOLAR MATERIALS supports take-back, recovery, and material recycling under ElektroG and WEEE.

WEEE-compliant

99% Recovery

14,000 t Capacity p.a.

Free Recycling

At a Glance

Legally compliant disposal under ElektroG and WEEE, with valid proof of disposal
Europe-wide pickup and logistics
Recovery of silver, silicon, glass, and aluminum
Free pickup from 500 modules or 10 metric tons
Scalable solution for warranty, take-back, and end-of-life volumes

What Obligations Do Module Manufacturers Have for Solar Module Disposal?

As photovoltaic deployment grows, so does responsibility for end-of-life solar modules. Manufacturers are increasingly tasked with meeting take-back obligations, demonstrating sustainability targets, and providing solutions for end-of-life modules.

In parallel, expectations from customers, investors, and regulators are rising. The question of what happens to solar modules after their useful life is increasingly becoming part of ESG reporting, product responsibility, and brand perception.

Inadequate or non-transparent disposal can create reputational risks. At the same time, valuable materials needed by the future solar industry are lost.

SOLAR MATERIALS combines legally compliant recycling with high-value material recovery. This creates a solution that meets regulatory requirements while laying the foundation for a functioning solar circular economy.

Why Module Manufacturers Work with SOLAR MATERIALS

Meeting Legal Obligations
SOLAR MATERIALS supports module manufacturers with WEEE-compliant disposal of end-of-life solar modules. Processing is carried out by a registered initial treatment facility and certified waste management operation. Manufacturers receive complete documentation and proof of compliance for take-back, warranty, and end-of-life volumes.

Brand and Reputation Protection
Uncontrolled material flows or gray market activity can have long-term negative effects on brand perception. Complete documentation creates transparency and certainty.

Raw Materials for the Next Generation of Solar Modules
Silver, silicon, aluminum, and glass remain valuable resources. Through high-value recovery, these materials are returned to industrial value chains.

Data for Product Development and Circular Design
Recycling end-of-life modules provides valuable insights into aging, material behavior, and end-of-life processes. These insights can inform future product development and recycling-compatible design.

Certified. Documented. Operational.

99%

Recovery Rate

Patented thermomechanical process with no chemical inputs. Significantly exceeds regulatory requirements for material recovery and recycling.

14,000

Tons Annual Capacity

Industrial facility in Magdeburg. Designed for large module volumes from solar parks, repowering, and decommissioning.

2023

certified

WEEE-compliant initial treatment facility and certified waste management operation with complete documentation and proof of compliance.

> 70

Employees

Growing team of recycling, logistics, and technology specialists. The foundation for building the solar circular economy at industrial scale.

Solar Materials Mitarbeiter arbeitet an Solarmodulen

Why Recycling Is a Growing Strategic Priority for Module Manufacturers

The first generation of large-scale solar installations is increasingly reaching end of life. In parallel, political and public pressure is growing to use materials more efficiently and implement circular economy in measurable terms.

For module manufacturers, this means taking responsibility across the entire product lifecycle.

ESG Requirements Are Rising

Investors, banks, and customers are increasingly demanding substantiated evidence of sustainability and resource efficiency. This makes recycling an integral part of modern ESG strategies.