Solar Production in Málaga 2026 — PVGIS 25 Municipalities

1. How we measured the production

Every published value comes from a direct query to the PVGIS v5.2 API (European Commission, JRC) using the exact coordinates of each municipality — not a generic estimate based on the provincial capital. That's the difference between this study and the approximate figures circulating online.

Metodología y fuente

Identical parameters across all 25 queries: crystalline silicon, tilt 30°, azimuth 0° (south), 14% system losses, PVGIS-SARAH2 radiation database + ERA5 meteorology, 2005-2020 window, free-standing roof mounting (not BIPV — see our pricing pillar for why this matters). Coordinates validated against each town's official street directory. PVGIS query dates: 8-25 April 2026. IBI/ICIO bonuses cross-referenced against Fundación Renovables and the 2026 municipal fiscal ordinances. Population from INE (2024-2025 padrón) and SIMA Junta de Andalucía.

Deliberate transparency: 13 of the 25 municipalities show "no bonus" because their fiscal ordinances don't include specific support for solar self-consumption — or because the data isn't verifiable against primary sources. We don't fill gaps with invented figures. We prefer an honest "—" to a fake percentage.

2. The top 5 highest-production municipalities

The five most productive towns in the province exceed the provincial average by 3-8%. They share a common feature: all are eastern coastal towns or moderate-altitude inland villages, with drier microclimates and less morning cloud cover.

Frigiliana · Axarquía

1,732 kWh/kWp/yr · 8,700 kWh/yr with a 5 kWp system · Population 3,459
Nerja · Axarquía

1,728 kWh/kWp/yr · 8,600 kWh/yr with a 5 kWp system · Population 22,132
Vélez-Málaga · Axarquía

1,704 kWh/kWp/yr · 8,500 kWh/yr with a 5 kWp system · Population 85,000
Cómpeta · Axarquía

1,683 kWh/kWp/yr · 8,400 kWh/yr with a 5 kWp system · Population 3,824
Rincón de la Victoria · Metro Málaga

1,678 kWh/kWp/yr · 8,400 kWh/yr with a 5 kWp system · Population 52,454

The contrast is significant: Frigiliana beats Marbella by 11% in production. A 5 kWp system in Frigiliana generates roughly 900 additional kWh per year compared to the same system in Marbella — about €117 more annual savings.

3. All 25 municipalities — sortable by column

The table shows each municipality with real PVGIS production, estimated yield for a 5 kWp residential system, current IBI and ICIO bonuses, population, and region. Click any header to re-sort.

Default order: production descending. Click a town name to open its detailed page.

Producción solar anual (PVGIS) y bonificaciones fiscales de los 25 municipios de Málaga. Tabla ordenable por columna. Sistema de referencia: 5 kWp.
#			5 kWp (kWh/año)				Comarca
1	Frigiliana	1732	8700	—	—	3459	Axarquía
2	Nerja	1728	8600	—	—	22.132	Axarquía
3	Vélez-Málaga	1704	8500	50% × 3 a	—	85.000	Axarquía
4	Cómpeta	1683	8400	—	—	3824	Axarquía
5	Rincón de la Victoria	1678	8400	15% × 3 a	—	52.454	Metropolitana Málaga
6	Mijas	1671	8400	—	—	92.211	Costa del Sol Occidental
7	Benalmádena	1670	8400	—	—	78.338	Costa del Sol Occidental
8	Casares	1670	8400	—	—	8486	Costa del Sol Occidental
9	Pizarra	1669	8300	—	—	10.383	Valle del Guadalhorce
10	Álora	1660	8300	—	—	13.650	Valle del Guadalhorce
11	Estepona	1656	8300	—	50%	78.413	Costa del Sol Occidental
12	Manilva	1655	8300	—	40%	18.165	Costa del Sol Occidental
13	Alhaurín de la Torre	1654	8300	—	—	45.066	Metropolitana Málaga
14	Málaga	1652	8300	15% × 3 a	95%	599.687	Metropolitana Málaga
15	Torremolinos	1648	8200	50% × 3 a	—	69.000	Costa del Sol Occidental
16	Coín	1644	8200	—	—	24.309	Valle del Guadalhorce
17	Alhaurín el Grande	1639	8200	15% × 3 a	25%	26.500	Valle del Guadalhorce
18	Benahavís	1638	8200	—	—	9472	Costa del Sol Occidental
19	Ronda	1634	8200	30% × 3 a	—	34.500	Interior · Serranía
20	Torrox	1630	8200	—	—	22.015	Axarquía
21	Ojén	1604	8000	—	—	4812	Costa del Sol Occidental
22	Antequera	1594	8000	40% × 3 a	—	41.849	Interior · Serranía
23	Cártama	1585	7900	25% × 5 a	80%	27.500	Valle del Guadalhorce
24	Fuengirola	1575	7900	—	50%	81.000	Costa del Sol Occidental
25	Marbella	1560	7800	—	95%	147.000	Costa del Sol Occidental

Producción PVGIS v5.2 (Comisión Europea, JRC) con coordenadas exactas de cada municipio, pérdidas 14%, silicio cristalino. Bonificaciones IBI/ICIO verificadas contra Fundación Renovables y ordenanzas fiscales municipales (abril 2026). “—” significa sin bonificación municipal verificada.

4. Regional patterns

The province splits into six broad regions with distinct climate profiles. The Axarquía and the Eastern Costa del Sol stand out in annual yield; the inland zone has greater thermal variability but consistent winter production.

Western Costa del Sol

10 municipalities · avg 1,635 kWh/kWp/yr

Mijas 1,671
Benalmádena 1,670
Casares 1,670
Estepona 1,656
Manilva 1,655
Torremolinos 1,648
Benahavís 1,638
Ojén 1,604
Fuengirola 1,575
Marbella 1,560

Axarquía

5 municipalities · avg 1,695 kWh/kWp/yr

Frigiliana 1,732
Nerja 1,728
Vélez-Málaga 1,704
Cómpeta 1,683
Torrox 1,630

Guadalhorce Valley

5 municipalities · avg 1,639 kWh/kWp/yr

Pizarra 1,669
Álora 1,660
Coín 1,644
Alhaurín el Grande 1,639
Cártama 1,585

Metro Málaga

3 municipalities · avg 1,661 kWh/kWp/yr

Inland

2 municipalities · avg 1,614 kWh/kWp/yr

Ronda 1,634
Antequera 1,594

5. Municipal IBI and ICIO bonuses

Only 12 of the 25 municipalities offer IBI or ICIO bonuses for residential solar. ICIO exemption is more common than the IBI reduction. Both, when available, must be requested explicitly and meet technical requirements — they are never automatic. These bonuses apply to all property owners regardless of tax residency status.

Marbella

ICIO 95% on the construction tax

Fuengirola

ICIO 50% on the construction tax

Torremolinos

IBI 50% × 3 years — min 3 kW/100 m²

Estepona

ICIO 50% on the construction tax

Manilva

ICIO 40% on the construction tax

Vélez-Málaga

IBI 50% × 3 years — min 2.5 kW/200 m²

Ronda

IBI 30% × 3 years

Antequera

IBI 40% × 3 years — decreciente 40→30→20%

Cártama

IBI 25% × 5 years — único 5 años provincia
ICIO 80% on the construction tax

Alhaurín el Grande

IBI 15% × 3 years — min 4 m² superficie solar
ICIO 25% on the construction tax

Málaga

IBI 15% × 3 years
ICIO 95% on the construction tax

Rincón de la Victoria

IBI 15% × 3 years — min 4 m² superficie solar

Indicative information verified against Fundación Renovables and municipal fiscal ordinances (April 2026). We do not process subsidy applications — we refer you to specialised tax advisers. See your municipality's page for the full procedure.

6. Frequently asked questions

Which Málaga municipality produces the most solar energy?

Frigiliana tops the ranking with 1,732 kWh/kWp/year according to PVGIS, 11% more than the lowest-production municipality (Marbella, 1,560 kWh/kWp/year). The difference comes from local microclimates, altitude, and coastal proximity.

How is solar production calculated per municipality?

We use the official PVGIS v5.2 API (European Commission, Joint Research Centre) with the exact coordinates of each municipality, crystalline silicon, optimal tilt 30°, and 14% system losses. Data come from PVGIS-SARAH2 (radiation) and ERA5 (meteorology), 2005-2020 window.

Which municipalities offer IBI or ICIO bonuses in Málaga?

Of the 25 verified municipalities, 12 offer at least one fiscal bonus (IBI or ICIO). Cártama stands out with 25% IBI for 5 years (unique in the province) plus 80% ICIO. Málaga capital and Marbella offer 95% ICIO. The rest either have no published bonus or don't respond to verifiable enquiries.

Is Málaga's solar production better than the rest of Spain?

Málaga province produces between 1,560 and 1,732 kWh/kWp/year, clearly above the peninsular average (~1,450 kWh/kWp/year). The Levante coast and the Canary Islands are comparable; northern Spain falls below 1,200 kWh/kWp/year. Across Europe, Málaga matches or beats any Mediterranean coastal municipality.

Can I cite this dataset in an article or study?

Yes. The dataset is published under Creative Commons BY-SA 4.0. We ask for visible attribution ("Solar Master — Málaga") and a link to this page as the source. If you need the data in CSV or JSON format for an editorial piece, contact us.

How much real difference does choosing the best-production municipality make?

For a typical 5 kWp installation, the difference between the top (Frigiliana) and the bottom (Marbella) is about 900 kWh/year — roughly €117 extra annual savings at average grid prices. Over 25 years, the cumulative gap exceeds €5,000.

Why do some small municipalities outperform Málaga capital?

PVGIS production depends on solar irradiance, temperature, and local cloud cover. Eastern coastal towns like Nerja, Frigiliana, or Cómpeta benefit from microclimates with less morning cloud cover and moderate altitudes that reduce panel thermal losses. Málaga capital has more sea humidity and early-morning coastal mist.

Does this data include batteries or just panels?

PVGIS production (kWh/kWp/year) is energy generated by the panels, regardless of whether you store it in a battery or feed it into the grid. To calculate real savings with or without battery, use our calculator — it includes production, consumption profile, instant self-consumption ratio, and current electricity price.

Real Solar Production in Málaga — PVGIS 25 Municipalities Comparison 2026