Manufacturing & Industrial

Solar engineered for a plant, not a roof.

Foundries, factories and processing plants don't draw power like offices. We design solar and battery systems around your demand charges, your continuous motor loads and your transformer capacity — with headroom for the line you're planning next.

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The Problem

Your biggest cost isn't daytime consumption. It's the peak you can't see.

If you're on a high-voltage tariff with demand charges and a peak-period rate several times your standard rate, your worst exposure often lands in a window where the sun isn't even up. Panels on the roof solve the easy problem — daytime draw — and leave the expensive one untouched.

Most installers won't mention this, because mentioning it means selling you less than they'd like to. We'd rather size it right.
Our Approach

Designed around your floor, not a satellite photo

  • Real load modelling — We pull your actual motor loads and billing history, not a percentage off your roof area.
  • Demand-charge strategy — Battery storage sized to your peak window, so the battery, not the grid, carries your most expensive hours.
  • Transformer & MV check — Sizing that respects your actual electrical infrastructure and won't void warranties.
  • Growth headroom — Designed to leave capacity for the new line you're planning in three years.
  • We handle the Eskom application — You don't chase that yourself.

Built for people who want it engineered, not sold

If you've been burned by an installer who quoted off one bill and a photo, then hit a transformer or roof problem mid-install, you already know the difference between a system that's sold and one that's engineered.

We talk transformers and MV incomers as fluently as we talk panels.

Start with your last bill.

Send us your most recent electricity bill and we'll show you exactly where your demand charges and peak exposure are costing you — and what's recoverable.

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