SolarCycle Africa Arrange an assessment

Solar end-of-life, planned from first site visit to final certificate

SolarCycle Africa helps IPPs, asset owners and the wider industry in South Africa turn panel retirement into a planned, priced and documented process, with the materials recovered and returned to industry.

Arrange a portfolio assessment See how it works

Rooted in metal management, with Tier-1 recycling capability (for example Stena Recycling, subject to agreement) and chain-of-custody records for every tonne.

Exploded view of a solar panel: glass, encapsulant, silicon cells with copper and silver, backsheet and aluminium frame Framealuminium, about 8% Backsheetpolymer Solar cellssilicon 5%, copper 1%, silver 0.1% Encapsulantpolymers, about 10% with backsheet Glassabout 76% of the weight
Typical crystalline-silicon panel by weight3
10.7GW

solar PV installed in South Africa at end-2025, up from 8.5 GW a year earlier1

~16m

panels in every 8 GW of capacity (at 500 W each), each needing a planned exit

2030s

when retirements build, as REIPPPP plants pass 20 years and early failures accumulate2

6–7.5GW

of today's fleet expected to reach end of life by 20502

Built in two waves. Retiring in two waves

South Africa's solar fleet will retire over the next three decades. The time to plan for it is while the assets are still earning.

Annual solar PV additions in South Africa, GW (indicative)

Annual PV additions, 2013 to 2025 Utility-scale REIPPPP additions of roughly 0.3 to 0.6 GW a year from 2013 to 2021, then a rooftop and C&I boom of 1.2 to 2.2 GW a year from 2022, reaching 8.46 GW cumulative at end-2024 and 10.66 GW at end-2025. 0 1 GW 2 GW 2013: about 0.15 GW added 2014: about 0.45 GW added 2015: about 0.6 GW added 2016: about 0.4 GW added 2017: about 0.4 GW added 2018: about 0.3 GW added 2019: about 0.5 GW added 2020: about 0.5 GW added 2021: about 0.6 GW added 2022: about 1.7 GW added 2023: about 1.7 GW added 2024: about 1.15 GW added 2025: about 2.2 GW added 2013 2016 2019 2022 2025 REIPPPP utility-scale build-out Load-shedding rooftop & C&I boom 8.46 GW 10.66 GW
2013–19 vintages2020–25 vintages
Cumulative totals at end-2024 and end-2025 are reported1; annual bars are indicative.

Utility-scale plants

REIPPPP plants built from 2013 pass 20 years of operation through the 2030s. Their project agreements and environmental authorisations already require removal and land rehabilitation.

Rooftop and C&I

The load-shedding boom from 2022 added a larger, more scattered fleet. Storm damage, defects and repowering bring part of that volume forward, well before panels reach an average life of around 27.5 years.2

An obligation with no plan

Project agreements and environmental authorisations require removal and land rehabilitation, but few portfolios have a defined route, partner or budget for it.

A cost nobody has priced

Decommissioning sits on balance sheets as an open-ended liability. Lenders, insurers and buyers increasingly want to see how it will be handled.

Tightening expectations

Producer-responsibility rules are spreading (the EU WEEE Directive, South Africa's 2020 EPR regulations), and ESG reporting needs traceable outcomes, not informal scrap channels.

Clean energy should have a clean exit

Almost everything in a solar panel can go back into industry. Handled by metal-recovery specialists, the materials stay in use instead of going to landfill, and their value helps offset the cost of doing it properly.

76%GlassCullet for glass and insulation makers
10%PolymersEncapsulant and backsheet
8%AluminiumFrames, straight into metal recycling
5%SiliconThe cells themselves
1%CopperRibbons, wiring and junction boxes
0.1%SilverSmall by weight, high in value

Typical crystalline-silicon panel by weight.3

Materials back into industry

Glass, aluminium, copper, silicon and silver go to qualified metal-recovery partners and on to new products.

Out of landfill and informal scrap

A defined route replaces ad-hoc disposal, so panels and their components are handled safely and accounted for.

Traceable ESG outcomes

Chain-of-custody records and recycling certificates for every tonne, ready for lenders, regulators and sustainability reports.

Local green jobs

Steady, predictable volumes let partners invest in South African logistics and processing, creating skilled work close to the sites.

One partner, from site to certificate

Start with a single repowering project or plan the exit for a whole portfolio. Each route is built around your obligations, your timing and your asset models.

Portfolio end-of-life plan

A long-term plan for your whole portfolio: volumes, timing, costs, recovery options and partners, built into your asset models.

Best for: IPPs, asset owners, funds

Discuss a plan

Repowering & damaged panels

Coordinated removal and recovery for repowering projects, storm and hail damage, warranty returns and failed modules, from one site to many.

Best for: IPPs, EPCs, O&M, insurers

Get panels collected In development

Lifecycle reserve

Fund the exit steadily over the asset's life, with pre-agreed recovery terms and insurance-backed delivery, developed with financial partners.

Best for: new builds, lenders, DFIs

Register interest

Liability calculator

What will your plant cost to retire?

Five short steps give an indicative view of your end-of-life position. Gross cost, potential recovery value and the net obligation are kept separate: recovery only offsets cost once a verified off-take or floor contract is in place.

Your system

Size the fleet by capacity, module count or household consumption.

Sizing method
Provisional model

Gross decommissioning cost

Removal, logistics, treatment, disposal and compliance, in today's money.

Potential recovery value

Net indicative obligation

Where the cost goes

Base case, today's money

Recovery by material

Tonnes × recovery rate × benchmark price

Plan the exit across scenarios

Scenario planner

How the obligation moves under different conditions

The same plant, run through a favourable, base and stressed case. Pick a scenario to see when modules leave service and how a lifecycle reserve would build against the exposure. Every figure updates from the calculator above.

Indicative obligation by scenario
MeasureFavourableBaseStressed

Modules leaving service

Weibull failures each year, then the retirement event

In-service failuresRetired at end of life

Lifecycle reserve vs exposure

Reserve balance against the uncovered obligation

Reserve balanceUncovered exposure

Indicative model on industry benchmark defaults, not a quote or an offer. The favourable case flexes costs by −20% and commodity values by +15%; the stressed case flexes costs by +30% and values by −30%. Replace the defaults with site data and written quotes to remove the provisional flag.

Four steps from first look to final certificate

We stay on your side of the table throughout, scheduling the work around your repowering or decommissioning programme.

  1. Assess

    We map your sites, panel types, volumes, condition, timing and contractual obligations, and give you a clear view of your end-of-life position.

  2. Plan & negotiate

    We build the end-of-life plan, run a competitive process with qualified recyclers and negotiate price, liability, logistics and reporting on your behalf.

  3. Execute

    Safe removal, packing, logistics and processing through qualified partners, scheduled around your programme.

  4. Recover & certify

    Materials go back into industry, and you receive chain-of-custody and recycling certificates for every tonne.

Built to solve the problem for the long term, not one site at a time

Aggregated scale

We pool volumes across owners and regions, making professional recovery viable where a single site would not be.

On your side of the table

We are paid mainly from the improvement we secure over your current disposal route, so our incentives match yours.

Metal-recovery expertise

Rooted in metal management, with Tier-1 recycling capability (for example Stena Recycling, subject to agreement).

Audit-ready governance

Chain-of-custody records and certificates that lenders, insurers and regulators can rely on.

Local capacity over time

Steady, predictable volumes let partners invest in South African logistics and processing, creating skilled green jobs.

Honest economics

Recovery value offsets cost, but we never promise a return. Where recycling is a net cost, we make it lower, known and documented.

Ready before the retirement wave arrives

A long-term solution, built in stages with founding partners.

  1. Now

    Founding partners

    Portfolio assessments, damaged and repowering volumes, first pilots with IPPs and EPCs.

  2. 2027–2030

    Standard route

    Portfolio agreements, aggregated volumes, a consistent chain-of-custody standard for the industry.

  3. 2030s

    Retirement wave

    Lifecycle reserves and local logistics and processing capacity ready as REIPPPP plants retire.

Who we work with

  • IPPs & asset owners
  • EPC & O&M contractors
  • C&I & rooftop owners
  • Lenders, DFIs & funds
  • Insurers
  • OEMs, importers & distributors
  • Recycling & logistics partners

Have a solar portfolio approaching repowering, replacement or end of life?

Let's assess the volume, timing and recovery options for your panels, and how we can work together over the long term. It's a practical first conversation, with no commitment.

  • Your sites, panel types, volumes and condition
  • Timing and contractual obligations
  • Recovery options, costs and partners
Oliver Becker Metal Management Solutions oliver@metalmanagementsolutions.com

Founding partners help shape the first pilots and the standard the market adopts.

Request a portfolio assessment

Tell us a little about your portfolio and we'll be in touch to arrange a first conversation.