COMMERCIAL · INDUSTRIAL · AGRICULTURAL ENERGY

Solar and battery solutions for Farms and Agriculture

Agricultural energy demand is shaped by irrigation schedules, pumping duty cycles, refrigeration, packhouse operations and seasonal production. End Loadshedding assesses solar PV and battery project enquiries around the actual loads and operating patterns of each farm.

Project availability, site assessment, technical scope and installation arrangements are confirmed individually. This page describes the type of projects we assess, not a guarantee that every site or application is suitable.

UNDERSTAND THE OPERATION

Solar planning for Farms and Agriculture.

A farm may have several different load groups operating at different times: irrigation pumps, boreholes, cold rooms, sorting and packing equipment, workshops and staff facilities. The design process should identify which loads operate during sunlight hours, which need support after sunset and which must remain available during an outage.

What we need to assess

  • Seasonal electricity bills and irrigation schedules
  • Pump motor ratings, starting current and duty cycles
  • Cold-room and refrigeration loads, including restart behaviour
  • Available roof or ground-mounted PV area and shading
  • Critical circuits, backup duration and battery recharge opportunities
  • Electrical supply, distribution boards and utility requirements

How system capacity is selected

The 20kW, 40kW, 50kW, 80kW and 100kW examples on our website are illustrative configurations. The appropriate system depends on the site load profile, peak demand, operating schedule, electrical supply, available PV area, battery duty and grid requirements. A technical review is required before a design or performance estimate can be confirmed.

For background on the available configurations, visit the commercial high-voltage solar range.

PROJECT ASSESSMENT

From operating data to project scope.

We establish the site's electrical requirements before confirming system selection, pricing or installation scope.

01

Review energy use

Study bills, interval data, demand peaks and operating schedules.

02

Identify critical loads

Understand which processes need support and for how long.

03

Assess the site

Review PV space, electrical infrastructure and grid requirements.

04

Document the proposal

Confirm equipment, scope, assumptions, exclusions and programme.

PROJECT FAQs

Farms and Agriculture solar project questions

Can solar support irrigation pumps?

Potentially, subject to pump ratings, starting current, operating schedule, inverter design and the available solar resource. The pump and control equipment must be assessed before selecting system capacity.

Should a farm use batteries?

That depends on whether the project needs energy after sunset, backup for critical loads, load shifting or another operating strategy. Battery capacity should be sized against the actual loads and required duration.

What should I send for an agricultural solar quotation?

Share the farm address, recent electricity bills, pump schedules and ratings, cold-room loads, operating hours and any interval data available. Photos of the electrical infrastructure and proposed PV area can assist the initial review.

Do you install the same system size at every site?

No. The illustrated 20kW to 100kW configurations are examples. Equipment selection, system capacity, installation scope and expected operation must be confirmed for each site.

RELATED SERVICE AREAS

Explore project locations.

We accept enquiries from across South Africa. Site visits and installation arrangements are confirmed per project.

END LOADSHEDDING · PROJECT ENQUIRIES

Let's assess your site's energy requirements.

Request a project proposal for your operation.

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