Circularity
Circularity is a core pillar of BeGreen’s sustainability strategy. Renewable energy infrastructure must be developed in a way that respects the planet’s finite resources.
At BeGreen, circularity means designing solar parks so that materials and components can be reused, recycled, or recovered when they reach the end of their operational life.
Why Circularity Matters
The transition to renewable energy represents a shift from a fuel-intensive energy system to a material-intensive one. Solar parks require significant upfront resources, including steel, aluminium, glass, silicon, and other critical materials.
Generating 1 MW of solar energy requires approximately 100 tonnes of raw materials, highlighting the importance of responsible material use and long-term recovery solutions.
BeGreen aims to manage resources efficiently across the full lifecycle of our assets — from design and procurement to decommissioning and recycling.
Our Approach
To reduce the environmental footprint associated with extracting and processing finite resources, BeGreen’s circularity work focuses on three key areas:
- Extended asset life: Maximising the duration that materials remain in active use through durable design, quality standards, and long-term maintenance.
- Resource conservation: Supporting improved recovery solutions for high-value materials, including those contained in PV modules.
- Waste mitigation: Reducing landfill volumes through structured waste management, recycling streams, and responsible end-of-life planning.
Lifecycle data and material accountability
BeGreen applies Life Cycle Assessments (LCA) to quantify environmental impacts across the full project lifecycle. This helps inform design decisions and supports more sustainable supply chains.
We also work to strengthen material accountability by improving:
- Tracking of key material inputs
- Documentation of waste and recycling outcomes
- Transparency around end-of-life management pathways
These data-driven approaches enable continuous improvement as recycling technologies and regulations evolve.
Governance and responsible delivery
Circularity is integrated into procurement and operational planning across BeGreen’s projects. We seek to collaborate with suppliers and partners who adhere to audited recovery and recycling processes, aiming to ensure that materials are handled responsibly and diverted from landfill wherever possible.
Renewable energy assets also represent long-term material banks, and the recoverable share of materials is expected to increase over time as recycling infrastructure improves.
SPICE: Collaboration and Innovation
In 2025, BeGreen joined the SPICE partnership (Solar Panels in the Circular Economy), a collaboration led by the Danish Technological Institute.
The partnership brings together renewable energy developers and recycling actors to address current limitations in PV recycling and support the transition from a linear solar supply chain to a truly circular one.
A key focus is improving the collection, transport, and high-value recovery of solar modules, including materials such as silicon and silver.
Optimizing the Recycling Value Chain
While EU regulation encourages local waste treatment, high-quality PV recycling often requires specialised industrial facilities. Through SPICE, BeGreen supports a coordinated European approach that enables access to advanced recycling infrastructure capable of higher material recovery rates.
Looking ahead
As BeGreen continues to expand its portfolio, our circularity framework will also evolve to include emerging technologies such as Battery Energy Storage Systems (BESS).
We are developing approaches to ensure that future energy storage solutions are supported by the same principles of lifecycle responsibility, material tracking, and end-of-life recovery that guide our solar parks today.
Contact
At BeGreen, we believe collaboration is key to advancing circular solutions in renewable energy. If you’d like to hear more about our circularity approach, material management, or partnerships such as SPICE, we’d love to connect.
