Have panels to manage?
Tell us where they are, their condition and your timeline. We assess the requirement and the options to explore together.
Share your requirement
SOLAR RECYCLING
WAYS TO CONNECT

Tell us where they are, their condition and your timeline. We assess the requirement and the options to explore together.
Share your requirementDiscuss a gap assessment, asset inventory and management planning. Regulatory scope is defined with specialists for your specific situation.
Discuss advisory supportWe welcome conversations with power generators, waste managers, technology centres and institutions to develop a circular value chain.
Explore collaborationWe are in implementation. An inquiry allows us to assess your needs; collection and treatment require confirmation of availability, scope and authorized waste managers.
BEFORE REQUESTING A QUOTE
City, region and site access conditions.
Module count; manufacturer and model if available.
Damage, reason for replacement and available records.
Target date and current storage arrangements.
You do not need every detail. Scope, logistics and availability are confirmed when each case is assessed.
EVIDENCE FOR DECISIONS
Some modules can have a second life. The decision requires testing and sorting to assess condition, performance and safety. A panel that still generates electricity is not, for that reason alone, qualified for reuse.
IEA PVPS · Second life · February 2026Reuse aims to put a module back into use. Recycling processes it to recover materials. Treatment technology affects how much is recovered and at what purity; ask for evidence of the process and material destinations.
IEA PVPS · PV recycling · April 2026Prepare the location, quantity, condition and timing. Include manufacturer, model and storage records when available. SR receives these requirements to assess options; collection, scope and availability must be confirmed for each project.
Share project details with Solar RecyclingBEYOND THE PANEL
A panel brings together materials with different recovery pathways. Understanding them is the first step towards higher-value circularity.
Separation and quality determine its potential to become a raw material again.
Diagram of a crystalline silicon module. Composition and recoverability depend on module technology and the process used.

Value goes beyond power generation.