Solar energy for industry

Firm energy, cheaper and certifiable for your own clients.

In industry, every percentage point of energy cost matters. We design from your real load curve, putting your large rooftops to work and growing in phases.

Large PPA or leasing · Law 1715 benefits · storage

The industrial energy profile

Motors, compressors and production lines running continuously
Industrial refrigeration and large-scale cold rooms
Ovens, boilers and thermal processes
Compressed air: every plant's silent consumer
Lighting across sheds and yards on extended shifts
Peak loads carrying demand penalties

What solar energy does for you

Designed on your load curve

We measure your real consumption profile — not averages — to size the system that maximises self-consumption and return.

Your roof is a sleeping asset

Large industrial rooftops allow systems of hundreds of kWp at a very competitive cost per kWp.

Phased projects

We start with the phase with the best return and scale on measured results, without committing all the capex at once.

Industrial PPA

For large consumers we structure PPAs: energy cheaper than the grid, with no investment and a long-term contract.

Tax benefits at scale

On industrial projects the 50% income tax deduction and the VAT exclusion add up to hundreds of millions of pesos.

Engineering and RETIE certification

Formal electrical design, single-line diagrams, protections and grid-operator legalisation included.

Frequently asked questions

Can you work with our maintenance and HSE teams?

Yes. We integrate into your safety protocols, work-at-height permits and scheduled maintenance windows.

How large can the system be?

From tens to thousands of kWp. The practical limit is your roof (or available land) and your load curve; phased design lets you grow.

How does solar generation affect our demand peaks?

Daytime generation reduces grid demand during solar peak hours. With load-curve analysis we also assess peak shaving with batteries.

What if the plant runs 24/7?

The system covers the daytime block, usually the most expensive one. The analysis defines the economically optimal size, not the maximum possible.

Get the free study for your plant