Solar Water Pumping in Morocco: 2026 Prices, Sizing and Subsidies for Farms

Solar water pumping powers an irrigation pump with electricity from photovoltaic panels, usually without batteries, butane or diesel. In Morocco in 2026, the equipment (panels, solar pump drive and control box, with or without the pump depending on the seller) costs roughly 10,000 to 20,000 MAD for a 1.5 kW pump and 45,000 to 75,000 MAD for a 7.5 kW (10 hp) pump. Turnkey installations cost more, and drilling and drip irrigation are always extra. The Agricultural Development Fund (FDA) subsidises part of the kit for eligible farms.

Solar water pumping prices in Morocco (2026)

Indicative Moroccan market prices, recorded in November 2026; they vary with brand, capacity, quantity and installation.

These ranges combine 2026 prices from Moroccan solar equipment retailers and kit listings with turnkey budgets published by installers. "Turnkey" includes the pump, mounting frame, cabling to the borehole and commissioning, but not drilling, the storage basin or the drip network.

Price drivers include pumping head, target flow, pump type (submersible or surface, 220 V or 380 V three-phase), a plain or hybrid drive, the type of mounting frame and the cable length. Watch out for kits sold as "for a 10 hp pump": many do not include the pump.

For a quote based on your borehole data, request a free personalised quote.

How a solar pumping system works

1. PV panels produce DC power (see our guide to photovoltaic panel types).
2. A solar pump drive (an MPPT controller for DC pumps, or a variable-frequency drive for AC pumps) adjusts pump speed to the sunlight and protects the pump against dry running. Hybrid models can also take grid or generator power. The principle is close to that of household solar inverters.
3. The pump, either submersible or surface-mounted.
4. Water storage: instead of batteries, water is stored in a basin or raised tank, which is the cheapest "battery" available.

Most farms fill a basin during the day and irrigate from it by gravity or with a small booster pump. Direct injection into drip lines is possible if the drive regulates pressure and the irrigation zones suit a variable flow.

Surface or submersible pump?

Boreholes need a submersible pump. Small DC pumps suit livestock watering or small plots, while larger farms use standard three-phase pumps driven by a solar drive. An existing pump in good condition can sometimes be reused.

Sizing: flow, head and depth

You need the crops' peak water demand (1 mm of water equals 10 m³ per hectare), the borehole's static and pumping water levels from a pumping test, and where the water goes (basin, raised tank or pressurised network).

Total dynamic head (TDH) = pumping water level + delivery height above ground + pipe friction losses (+ pressure needed for direct drip injection).

Hydraulic power (kW) = flow (m³/h) × head (m) ÷ 367. Divide by the pump-motor efficiency (often 45 to 55%) to get the electrical power.

Theoretical guidance at full sun, with about 50% overall efficiency:

Multiply by about 5 to 7 equivalent full-sun hours per day to estimate the daily volume. Always make the final choice from the manufacturer's pump curve.

Worked example (hypothetical): 3 ha of olives in the Haouz

• Peak demand: assumed at 30 m³/ha/day (to be confirmed by an agronomist), so 90 m³/day.
• Target flow: 90 ÷ 6 hours = 15 m³/h.
• Head: 60 m static level + 10 m drawdown + 5 m to the basin + 5 m friction = 80 m TDH.
• Power: 15 × 80 ÷ 367 ≈ 3.3 kW hydraulic, or about 6.5 kW electrical. A 7.5 kW (10 hp) submersible pump is selected.
• PV array: about 1.4 times the pump power, so 19 panels of 550 W (10.45 kWp).
• Budget: about 70,000 to 110,000 MAD turnkey, excluding drilling, basin and drip.
• FDA aid, if eligible: with 3 ha, the 3,000 MAD/ha cap would limit the aid to about 9,000 MAD, based on our reading of the caps. Confirm with the one-stop office.

Savings against butane and diesel

Many Moroccan farmers pump with butane, because the 12 kg cylinder is subsidised at 50 MAD (since May 2024). The government dropped further planned increases in late 2025, but the cylinder's true cost is far higher: the state paid on average around 62 MAD per cylinder in the first eight months of 2026. Diesel is not subsidised and sold for roughly 15.6 to 16 MAD per litre in mid-October 2026.

Hypothetical examples over 200 irrigation days a year:

With a turnkey system at 70,000 to 110,000 MAD, Farm A pays back in under 4 years and Farm B in 1 to 2 years. Remember that solar only pumps in daylight, so the storage basin must be sized properly.

FDA subsidy for solar pumping

A financing agreement signed on 19 February 2024 between the Ministries of Agriculture and Finance created a pilot programme targeting 51,000 hectares. According to the official 2025 FDA guide:

• Rate: 30% of the cost of buying and installing the solar kit.
• Caps: 3,000 MAD per irrigated hectare, 3,000 MAD per installed kWp and 30,000 MAD per project, with one project per farm.
• Conditions: a working drip (localised) irrigation system, current pumping with butane (with proof) and an irrigation water meter with a consumption log.
• Installer: the company must hold the relevant qualification certificate or the Taqa Pro label.
• Timing: 3 months from prior approval to complete the work and file the claim, plus a commitment to keep the equipment for 5 years.

Farms pumping with diesel or grid power are therefore not covered by this pilot. In January 2026, the press reported that applications were below expectations, so the programme was still open at that date. Drip irrigation itself is subsidised separately by the FDA: 100% for small farmers (up to 5 ha), 75% for 5 to 20 ha and 60% above 20 ha, within per-hectare caps.

Process: apply for prior approval before buying anything at the one-stop office (guichet unique) of the Provincial Directorate of Agriculture (DPA) or the regional ORMVA, carry out the work, then claim the subsidy with paid invoices. The aid is paid after completion, so plan to pre-finance the full amount. Check the current rules on the Ministry of Agriculture website.

Borehole permits

Under water law 36-15, every well, borehole and groundwater abstraction needs authorisation from the river basin agency (Souss-Massa, Tensift for the Haouz, Bouregreg-Chaouia, and so on), whatever the depth. In over-exploited aquifers, agencies may refuse new irrigated areas. Sort out your permit before investing.

Regional context

• Souss-Massa: the water table has dropped by more than 60 m in some sectors, and the Chtouka desalination plant now also supplies irrigation water. Metering and efficient drip irrigation are essential. See our services in Agadir.
• Haouz (Marrakech): the aquifer has fallen sharply since the 1970s, so deep boreholes mean high heads and larger PV arrays. See our services in Marrakech.
• Chaouia (Settat, Berrechid): the Berrechid aquifer is limited and heavily used, so keep projects modest and permitted.

Solar pumping lowers the cost per cubic metre, but it does not create water. Size your system to your crops' real needs.

Maintenance and theft protection

Clean the panels regularly, especially after dust storms. Check the drive, the protections and the level sensors, and monitor flow on the meter, because a drop can signal pump wear, sand or a falling water level. Against theft, use anti-theft bolts, a frame anchored in concrete, fencing, buried cables, a locked control box and insurance.

Mistakes to avoid

1. Buying a "10 hp compatible" kit without checking what it includes.
2. Sizing without a pumping test.
3. Ignoring friction losses and basin height.
4. Starting work before FDA prior approval.
5. Using an unqualified installer.
6. Skipping the basin agency permit.

For panel choice, see our solar panel price guide and our overview of solar energy in Morocco. Chams Atlas supports you from borehole assessment to commissioning of your solar pumping system, with a single point of contact.