Solar lifecycle & recovery · Melbourne west & north

We predict which solar assets fail next — and recover them on the cheapest route.

Aging panels and inverters fail unpredictably. Today collection is reactive and wasteful. SolarCycle AI turns health data into a plan — in three steps.

By the numbersreal Victorian solar data

878,220

VIC systems installed

Clean Energy Regulator · 2001–2026

247,703

At end-of-life right now

installed ≤2014 · 12+ years old

20%

Share of the national fleet

of Australia's ~4.4M systems

−32%

Recovery cost cut

optimized vs reactive collection

The walkthrough

Three steps, one continuous story

1The problem

A failure wave is already here

Victoria's 2011–2014 rooftop boom is hitting inverter end-of-life now — 247k systems, growing recycling demand, reactive collection.

See the problem →

2The solution

Predict, then plan the route

Health telemetry becomes a risk score and a failure window; high-risk assets become a collection job with a verifiable passport.

How it works →

3The demo

Watch the recovery run

Two trucks race the same job: reactive vs optimized. Shorter route, lower cost, same assets recovered — live on the map.

Run the demo →

The result

Same assets recovered. Less driving, less cost.

Route distance−28%

Reactive142km

Optimized102km

Collection cost−32%

Reactive$312

Optimized$212