Solar panels in Almería with no investment or risk

Why Almería is a great province for solar panels

Almería is the province with the most sunshine hours in mainland Spain: ≈ 2,965 h/year at the AEMET Almería Airport station. Combined with 30,000 hectares of greenhouses in the Almerían Poniente — the largest concentration of intensive agriculture in Europe — and a coastal tourism sector (Roquetas, Almerimar, Mojácar) whose electricity demand aligns with daylight hours, Almería is the most profitable scenario in Spain for solar self-consumption, solar pumping for irrigation and agri-industrial heat pumps.

Satellite data from PVGIS (European Commission) confirms for Almería an annual global irradiation on a 35° south-tilted plane of ≈ 1,875 kWh/m² per year, with a specific yield of ≈ 1,720 kWh per installed kWp per year using standard 14 % losses. For comparison, Almería records ≈ 2,965 sunshine hours per year according to the AEMET Climatological Normals (1981–2010 period).

How much a solar installation produces in Almería

Installed capacity	Estimated annual yield	Covers the consumption of…
3 kWp	≈ 5,160 kWh / year	Home, 2–3 people
5 kWp	≈ 8,600 kWh / year	Average home with HVAC
8 kWp	≈ 13,760 kWh / year	Detached house with pool or EV
15 kWp	≈ 25,800 kWh / year	SME, retail or small industry
100 kWp	≈ 172,000 kWh / year	Industrial warehouse, oil mill, mid-size hotel

The average Spanish household consumes 3,487 kWh per year according to IDAE (SPAHOUSEC III study), so even a small installation comfortably covers domestic consumption and surplus is offset on the bill under Royal Decree 244/2019.

The Almería case: greenhouses, solar pumping and Macael marble

Intensive agriculture in the Poniente (El Ejido, Vícar, La Mojonera, Roquetas, Adra) and the Almanzora consumes enormous amounts of electricity for water pumping to greenhouses and regulation ponds. In these operations, direct solar pumping eliminates virtually 100 % of the irrigation electricity bill: the sun pumps when there is sun, exactly when the greenhouse plant needs water. Typical payback for a medium-sized farm is 3–5 years; with AUREQIS renting, savings start the first month.

In the north of the province, the Macael marble industry (Macael, Olula del Río, Cantoria, Fines, Albanchez) operates 24/7 with cutters, polishers and compressors of very high electricity demand. The PV + industrial backup combination reduces energy cost and protects production against outages in the Almanzora grid.

For hospitality and resorts on the coast (Roquetas, Aguadulce, Mojácar, Vera, Almerimar), the consumption curve is almost symmetrical to the solar curve: climate control, pools, kitchens and laundries concentrate spending between 10:00 and 20:00. Typical direct self-consumption ratio without battery: 75–85 %.

How much it costs to install solar panels in Almería in 2026

With AUREQIS, upfront cost is €0. The model is renting: we finance, install, legalise and maintain the entire system in exchange for a fixed monthly fee calibrated to be equal to or lower than the fixed part of your current electricity bill.

If you wanted to buy the system outright without renting, market ranges for a turnkey installation in Almería and the province are:

Renting vs buying: comparison for Almería

How much you can save with solar panels in Almería

Average Spanish household electricity spend was €47.80 per month in Q2 2024 (CNMC Households Panel), with an average household price of €0.24/kWh including taxes in H2 2024 (CNMC retail supervision).

In Almería, a 5 kWp installation produces about 8,600 kWh per year. With a consumption pattern aligned with sunshine hours (appliances, HVAC, hot water), self-consumption covers virtually all annual residential electricity use; surplus is offset on the bill under RD 244/2019. Typical net savings are between 50 % and 70 % of annual cost for an average home.

Grants and rebates in Almería 2025–2026

• Municipal IBI (property tax) rebate. The Almería City Council has an approved discretionary IBI rebate for properties with thermal or electrical solar systems under art. 74.5 of the Local Treasury Law. The applicable percentages and duration are set out in the current IBI ordinance. AUREQIS does not process this rebate directly, but puts you in touch with a specialist advisor who handles all documentation and the application to the council.
• ICIO works tax rebate. Town councils may apply rebates of up to 95 % on the Construction, Installations and Works Tax under art. 103.2.b of the Local Treasury Law.
• INEA Programme (Junta de Andalucía). Energy efficiency incentives managed by the Andalusian Energy Agency (Order of 24 April 2025, BOJA). →
• RD 477/2021 — National self-consumption programme. In force with an execution deadline of 30 June 2026. BOE.
• IRPF (income tax) deduction (RDL 19/2021). Allows recovery of 20–60 % of cost depending on the works and the certified energy improvement. Agencia Tributaria.

Important: AUREQIS does not directly handle the documentation processing for these grants and rebates — our focus is design, installation, technical legalisation and maintenance. We put you in touch with a trusted external specialist who handles the application and follow-up that applies to your case.

What the installation process looks like

1. Free energy study. We analyse your bill, your roof and your consumption pattern. We present a proposal with a fixed monthly fee and a 25-year savings plan.
2. Technical legalisation. Technical project, declaration, connection with the utility and self-consumption registry with the regional government. We handle everything.
3. Installation. 1–3 days for a home, 1–3 weeks for industry. In-house technicians.
4. Commissioning and monitoring. App for real-time production and consumption.
5. Maintenance throughout the contract. Cleaning, inverter inspection, insurance and technical support included.

Technology and warranties

Bloomberg Tier 1 panels (Jinko, LONGi, Trina, JA Solar, Canadian Solar) with efficiencies above 21 % and linear performance warranty ≥ 84 % at 25 years. Huawei, SMA, Fronius or Solis inverters with Wi-Fi monitoring. Anodised aluminium structures sized for warm climate and coastal environment where applicable (IEC 61701 certification against salt mist).

For industry we can integrate electrical backup systems and combine PV with heat pumps to multiply HVAC savings.

Service areas in Almería

We cover Almería city and the main municipalities of the province with an operational base at Calle Marjalillo Bajo, 3 · 18600 Motril (Granada):

• Almería capital
• El Ejido
• Roquetas de Mar
• Níjar
• Vícar
• Adra
• Huércal-Overa
• Huércal de Almería
• Berja
• Cuevas del Almanzora
• Mojácar
• Carboneras
• Vera
• Macael
• Olula del Río
• Tabernas

AUREQIS also operates throughout Spain with projects in Madrid, Barcelona, Valencia, Alicante, Zaragoza and Extremadura. Our offices in Sevilla and Motril primarily cover western Andalusia and eastern Andalusia respectively.

Frequently asked questions about solar panels in Almería

• 01 Why is Almería the best province in Spain for solar panels?

  Almería combines three factors no other peninsular province has at once: highest annual sunshine hours (≈ 2,965 per AEMET), PVGIS irradiation on a tilted plane above 1,875 kWh/m²/year, and an economy (Poniente greenhouses, Almanzora marble, coastal hospitality) whose consumption curve aligns almost exactly with the solar curve. For farms, oil mills, packing houses or resorts, direct self-consumption ratio without battery is around 75–85 %, the highest in Spain.

• 02 How much does a solar installation produce in Almería?

  According to PVGIS satellite data (European Commission, SARAH2 base 2005–2020), a PV installation in Almería province south-facing at 35° tilt produces about 1,720 kWh per installed kWp per year. A typical 5 kWp residential installation generates about 8,600 kWh annually, more than double the average Spanish household consumption (3,487 kWh/year per IDAE). An industrial greenhouse with 50 kWp exceeds 86,000 kWh annually.

• 03 Does direct solar pumping make sense on a Poniente farm?

  It is probably the highest-ROI investment in Spain's primary sector. Direct solar pumping needs no grid connection or batteries: the pumping motor connects to a variable drive powered by panels and water is stored in a regulation pond when there is sun — exactly when the greenhouse needs it. For a typical Poniente operation consuming 30,000–50,000 kWh/year for irrigation, outright purchase payback is 3–5 years; with AUREQIS renting, net savings start from the first bill.

• 04 Do you cover Almería city, El Ejido and the Almanzora?

  Yes. We operate from our Motril office (Calle Marjalillo Bajo 3, 18600 Motril, Granada), 1 h 30 min via the A-7 to Almería city and Roquetas, 2 h to the Almanzora (Huércal-Overa, Cuevas del Almanzora) and 1 h 45 min to Mojácar and Vera. We cover the entire province with in-house technicians.

• 05 Who processes the IBI rebates and regional subsidies?

  AUREQIS does not directly process tax rebates or public subsidies — our focus is design, installation, technical legalisation (responsible declaration, utility connection, self-consumption registry with the regional government) and maintenance. For documentation of the IBI rebate before the Almería council, the INEA Programme of the Andalusian Energy Agency or the IRPF deduction (RDL 19/2021), we put you in touch with an external specialist advisor.

• 06 What happens to solar production in August, when greenhouses are empty?

  The system keeps producing and surplus is offset on the bill under RD 244/2019. For operations with multiple meters (irrigation + warehouse + farmer's home), AUREQIS sizes the system so summer feeds the packing house, the home or pond water pumping, keeping the self-consumption ratio high year-round. In any case, surplus exported to grid is valued at hourly market price.

Nearest office to Almería

AUREQIS — Sede Motril
Calle Marjalillo Bajo, 3 · 18600 Motril (Granada)
Phone: 900 264 644 · Email: hola@aureqis.com
Hours: Monday to Friday, 10:00–14:00 and 17:00–20:00