1. Legal Framework & Producer Responsibility
Since July 1, 2014, PV modules in Austria are subject to the Waste Electrical Equipment Ordinance (EAG-VO), which implements the EU WEEE Directive. Accordingly, PV modules – even in private residential installations – are classified as commercial waste and may not be disposed of through municipal residual waste collection.
Important:
PV modules are classified as commercial equipment. Modules do not need to be accepted by municipal waste collection centers (ASZ, WSZ, etc.) that are intended for consumers' household appliances.
Responsible for the collection and recycling of defective modules is the entity that first places PV modules on the Austrian market (manufacturer/first importer). This applies to Austrian manufacturers as well as importers, dealers, and authorized tradespeople (especially electricians) who source PV modules from abroad and install them in Austria.
These entities must register with the EAK (Elektroaltgeräte Koordinierungsstelle) and fulfill their obligations regarding take-back and recycling.
2. Disposal Options for End Users
For private individuals and companies seeking to dispose of PV modules, there are several options:
- Return to the manufacturer/importer: The most straightforward option – contact the original supplier
- Certified waste management companies: Companies specializing in WEEE disposal can accept PV modules
- 2nd Cycle: We offer comprehensive collection, testing, and processing – with the goal of maximizing reuse
Important: Simply discarding PV modules in regular waste or at recycling centers is not permitted and can result in penalties.
3. The Recycling Process
When PV modules reach the end of their useful life and are no longer suitable for reuse, they enter the recycling process. This involves:
- Dismantling: Removal of frames, junction boxes, and cables
- Thermal or mechanical separation: Breaking down the laminate structure to separate glass, silicon, metals, and plastics
- Material recovery: Glass (approx. 70% by weight), aluminum, copper, silver, and silicon are recovered
Current recycling rates for PV modules are around 85-95% by weight, though the recovery of high-purity silicon and silver remains technically challenging and economically complex.
4. Why Reuse Before Recycling?
Before recycling, there should always be a professional assessment of reuse potential. Many decommissioned modules still deliver 80-90% of their original output – far too valuable for the recycling stream.
At 2nd Cycle, every module passes through our fully automated testing line:
- Visual inspection with AI support
- Flash test for performance measurement
- UV fluorescence for material aging analysis
- Electroluminescence for cell-level defect detection
- Wet leakage test for electrical safety
Only modules that do not pass all test stages are forwarded to recycling. This approach maximizes resource efficiency and minimizes waste.
5. Costs and Logistics
The costs for PV module disposal in Austria vary depending on:
- Quantity and condition of the modules
- Transport distance and accessibility
- Whether modules qualify for reuse (potential revenue) or must be recycled (disposal cost)
At 2nd Cycle, we offer tailored logistics solutions – from individual module pickups to large-scale collection from repowering projects.
6. Future Outlook
With the rapid growth of installed PV capacity in Austria and Europe, the volume of end-of-life modules will increase dramatically in the coming years. The industry must prepare for:
- Higher recycling capacities
- Improved material recovery technologies
- Standardized testing and grading for reuse
- Digital traceability (Digital Product Passport)
At 2nd Cycle, we are already building the infrastructure for this future – combining automated testing, AI-based grading, and sustainable reuse to create a true circular economy for PV modules.
Conclusion
The disposal and recycling of PV modules in Austria is governed by clear regulations – but in practice, many questions remain. The most important principle: Reuse before Recycling. Professional testing ensures that functional modules get a second life, while truly end-of-life modules are recycled responsibly.
At 2nd Cycle, we make this process simple, automated, and transparent.