Institutions & industry // farms · schools · mines · factories

Serious loads need engineered supply.

At 60kVA and beyond, solar stops being a purchase and becomes a project — one that has to survive a board meeting, a bursar's review or a bank's scrutiny. This page follows how that project actually runs, from the problem on your site to the day it's commissioned.

System class60kVA+
SupplyTHREE-PHASE
DeliveryFULL EPC
Design life20+ YEARS
DesignBY ENGINEERS
01
The operation // where it starts

When the grid fails, the whole operation feels it.

Irrigation stops mid-cycle and the crop doesn't wait. Hostels go dark at prep time. The mill, the compressor, the processing line — idle, with staff standing by. The diesel line item grows every quarter, and nobody controls when it happens or how long it lasts.

FarmsBoreholes, irrigation, cold chain, dairy
Schools & clinicsHostels, kitchens, labs, theatres, vaccine fridges
Mines & factoriesCompressors, conveyors, workshops, plant
02
The meeting // the numbers surface

Someone finally asks what power really costs.

In the boardroom or the bursar's office, the diesel invoices, the downtime and the spoiled output get added up — and the total is uncomfortable. The question changes from "can we afford solar?" to "can we afford another year of this?"

A decision this size can't be made from a flyer. It needs numbers that stand up to scrutiny. That's the point of the next stage.

03
The study // measured, not guessed

We audit the site and map the real load.

Our engineers visit your operation, analyse your ZESA bills and metering data, and build your actual load profile — seasonal peaks, motor starting currents, critical versus deferrable loads. This is the foundation everything else is engineered on.

  • Full site and electrical infrastructure audit
  • ZESA bill and consumption analysis
  • Load profiling — including seasonal and process peaks
  • Critical-load identification with your team
04
The proposal // a document a board can approve

An engineered design with an investment case.

You receive a complete technical proposal: the system design simulated in professional software against your own consumption data, single-line diagrams, protection coordination, itemised costing and a payback projection. Paperwork that boards, auditors and financiers can act on — not a brochure.

PerformanceSimulated output & autonomy, from your data
DrawingsSingle-line diagrams & protection design
CommercialsItemised costing, fixed price
Investment casePayback & savings projection
05
The delivery // one accountable contractor

Procured, built and commissioned — in phases that fit you.

Full EPC delivery under one contract: we procure proven equipment at trade terms, build in phases that respect your operations and budget, then test, commission and hand over with complete documentation and training for your staff. Scheduled maintenance and monitoring keep the system delivering what the design promised.

  • Proven equipment — panels, inverters, storage with real warranties
  • Phased installation planned around your operations
  • Testing, commissioning and documented handover
  • Maintenance and performance monitoring after switch-on
The operation, powered // where it ends

The same site. A supply you own.

Irrigation runs on the sun at full pumping hours. Hostels and wards stay lit through the night schedule. The plant runs to your programme, not ZESA's. The diesel line item shrinks to a contingency — and the asset on your roof keeps paying for itself for twenty years.

Start with the study. Put real numbers on the table.

One message opens the conversation with our engineering team. If you have them, 12 months of ZESA bills and a site plan make the first assessment sharper — but we can start from wherever you are.

Call / WhatsApp — Tinofaranashe+263 78 667 2352
Call / WhatsApp — Takura+263 78 666 8196
Based inHarare, Zimbabwe — we travel to site
Chat with us on WhatsApp