Cómpeta: white village at 638 m altitude with output +6% above the city
With 1,683 kWh per kWp per year (PVGIS v5.2 data, SARAH2 database, European Commission, coordinates 36.8333°N / -3.9667°W, 638 m altitude, 30° tilt, 14% losses, crystalline silicon, verified April 2026), Cómpeta produces +6.4% more than Málaga city (1,652 kWh/kWp). The altitude lowers the ambient temperature (better panel efficiency) and the cleaner inland Axarquía air reduces coastal haze and humidity. A 5 kWp system generates around 8,415 kWh per year.
Cómpeta has 3,824 residents (INE register 2025) with ~47% foreign residents — one of the highest concentrations in the whole province of Málaga. The breakdown: British 49.4% of the foreign total (~884 people), Germans 9.1% (~163), Moroccans 7.7% (~138), plus an established Scandinavian community (Swedish, Norwegian, Danish) who commonly search under the term solpaneler (solar panels, in Swedish). Cómpeta is the classic "Andalusian white village" that combines traditional culture (sweet Muscatel wines, the Noche del Vino every 15 August since 1973) with a long-established and very consolidated British international community since the 1970s–80s.
Methodology and verified sources
Solar production: PVGIS v5.2 direct API (European Commission, JRC), SARAH2 database 2005–2020, coordinates 36.8333°N / -3.9667°W, elevation 638 m, 14% system losses, 30° angle, 0° azimuth (south), crystalline silicon. Queried 16 April 2026. Year-to-year standard deviation ±38 kWh/kWp.
IBI/ICIO: as of April 2026, Cómpeta does not have a published municipal IBI or ICIO rebate for solar self-consumption. Verified against Fundación Renovables (Cómpeta does not appear in their database, being <10,000 inhabitants) + a BOP Málaga search with no specific edict. Recommendation: check directly with the Town Hall (competa.es) before the project — ordinances are reviewed annually.
Population and foreign residents: INE register 2025 (3,824 inhabitants), nationality breakdown 2022 — Spanish Wikipedia cites the official municipal register.
Market prices: consensus of 3+ active installers + SotySolar + AutoSolar (April 2026).
Province comparison: see the full solar production ranking with all 25 Málaga municipalities.
How much does a solar installation cost in Cómpeta in 2026?
The average market price is €850–1,300 per installed kWp (21% VAT included), turnkey. In Cómpeta it tends towards the middle: traditional white-village houses + rural cortijos on isolated plots. Very rural houses with difficult access can raise the cost due to logistics (+10–15%).
| System | Without battery | With 10 kWh battery |
|---|---|---|
| 3 kWp (6 panels) | €3,500–€4,500 | €6,000–€9,000 |
| 5 kWp (10 panels) | €5,000–€7,000 | €7,500–€11,500 |
| 8 kWp (16 panels) | €8,000–€10,500 | €10,500–€15,000 |
| 10 kWp (20 panels) | €10,000–€13,000 | €12,500–€17,500 |
Estimated payback: 6–9 years · Calculate your personalised savings →
Precio orientativo (IVA 21% incl.). Presupuesto cerrado tras visita técnica.
Tax incentives in Cómpeta (full transparency)
Cómpeta is a small village (<4k inhabitants) and has no specific fiscal ordinance for solar self-consumption published as of April 2026. The tax saving comes from the state IRPF deductions — but this only applies to Spanish tax residents (183+ days/year). With 47% foreign population (many non-tax-residents), the solar investment is profitable for many owners purely through production + electricity savings + property value improvement.
| Incentive | Saving | Conditions |
|---|---|---|
| IBI / ICIO | — | No verified municipal rebate as of April 2026. We recommend checking with the Town Hall (competa.es) — ordinances are reviewed annually and this could be updated. |
| IRPF DA 51ª (40%) | up to €3,000 | Spanish tax residents only (183+ days/year). Requires a pre- and post-install energy certificate (CEE, €80–250) and a ≥30% reduction in non-renewable primary energy. Primary residence only. |
| IRPF DA 62ª (10%) | up to €500 | New 2026 self-consumption deduction (RD-L 7/2026). Requires only the CIE (no CEE). Max base €5,000. Batteries included. |
Important for British/German residents in Cómpeta: the German solar exemption §3 Nr. 72 EStG does NOT apply to installations in Spain. Surplus energy is taxed as IRNR at 19% (EU) / 24% (UK post-Brexit). With the highest output in the Axarquía (1,683 kWh/kWp) + electricity bill savings + property value improvement, the investment is profitable even without IRPF. The IRPF deductions (DA 50ª 20%, DA 51ª 40%, DA 62ª 10%) are mutually exclusive and only available to Spanish tax residents — exact figures depend on your personal tax situation (resident vs non-resident); consult a tax advisor. Full English guide for expats.
Real example: a family cortijo on the outskirts of Cómpeta
Indicative example based on a typical permanent-resident profile with a rural cortijo (many British). Real owners can contact us for a personalised calculation.
Profile: 160 m² built cortijo, 3 bedrooms, terrace with views of La Maroma + 22 m³ pool, air conditioning + winter heat pump + well pump for the garden, 2–3 permanent residents. Average monthly electricity bill: €130.
Proposed system: 7 kWp (14 × 500W panels) + inverter + 5 kWh battery (rural grid backup)
Costs (VAT included)
- Installation + battery: €9,500
- No municipal IBI/ICIO rebate
- IRPF 40% (if tax resident): −€3,800
- Effective cost: €5,700
Projected annual savings
- Annual production: 11,780 kWh
- Self-consumption with battery: ~65%
- Electricity savings: €990/yr
- Surplus compensation: €240/yr
- Total savings: €1,230/yr
Return on investment: 6-9 years; the 40% IRPF can shorten it for Spanish tax residents depending on their tax situation, while non-residents are around 7.7 years on electricity savings alone. Over 25 years, cumulative net savings exceed €25,000 (resident) / €20,000 (non-resident). The additional battery pays for itself through quality of life in a rural area with occasional outages.
White village + rural cortijos + altitude — technical considerations
Cómpeta combines a traditional urban centre with an extensive municipal area of cortijos scattered across the Sierra de Tejeda and Almijara:
- White village (638 m altitude): traditional whitewashed houses, typical ceramic tile roofs, narrow streets. Possible aesthetic restrictions if the Town Hall has a landscape protection ordinance (verify case by case during the technical visit). Altitude + lower ambient temperature improves panel efficiency (production slightly higher than coastal areas at the same latitude).
- Cortijos and rural plots: many properties scattered across the countryside with large roofs and excellent south-facing orientations. The rural electricity grid may be less reliable (occasional outages) → a battery is recommended as backup. If the plot is very isolated and the grid is very unstable, consider semi-island mode (keeping the connection as a secondary backup).
- Sierras de Tejeda, Almijara y Alhama Natural Park: Cómpeta is on the edge of the natural park. Homes within or adjacent to it may have environmental restrictions — we verify this during the technical visit. The La Maroma peak (2,065 m) dominates the landscape.
- Arab tile roofs: a tradition in the village. They require a specific anti-uplift structure + fixing without drilling the tiles. Extra cost ~10%.
- Wineries + Muscatel (cultural context): the Noche del Vino every 15 August since 1973 (grape treading, flamenco, Muscatel wine) is the main festival. Many houses have small traditional wineries — moderate refrigeration electricity consumption.
- Mixed seasonal profile: permanent residents (well-established British) + second homes (tourism). If you live here permanently, continuous production is fully used. If it is a second home, we recommend a fixed compensation tariff (€0.07/kWh).
Areas of Cómpeta we cover
We cover the whole municipality: Cómpeta village (historic centre + modern neighbourhoods) and rural cortijos/plots across the municipal area (Sierras de Tejeda, Almijara y Alhama).
We also serve the neighbouring municipalities of Frigiliana (to the southeast), Torrox (to the southwest, a German blue ocean) and Vélez-Málaga (to the west, IBI 50% × 3 years). Service in Spanish, English and German.
The installation process in Cómpeta
- Free technical visit: 1–2 hours. In Cómpeta, we spend extra time if your property is in the natural park (environmental verification) or is an isolated cortijo (analysis of the local electricity grid, battery feasibility).
- Responsible declaration to Cómpeta Town Hall (for installations <10 kWp). Andalusia's Law 7/2021 (LISTA) allows minor works with a responsible declaration.
- CAU request (self-consumption code) to the electricity distributor. Across the whole province of Málaga the distributor is E-Distribución (Endesa). Legal term: 5–10 working days. In very isolated rural areas the actual term may extend.
- Installation: 1–3 days depending on size. REBT-certified team.
- Legalisation: CIE (electrical certificate) + registration with the Junta de Andalucía (RITSAA).
- Bidirectional meter: E-Distribución installs or reprograms it at no cost to the owner (RD 244/2019 Art. 13.3). Typical term 15–30 working days — in rural areas it can reach 45 days.
Frequently asked questions about Cómpeta
Why does Cómpeta produce more than the coast?
My cortijo has an unstable electricity grid — should I consider a battery?
I'm a retired British owner with a cortijo in Cómpeta — is it worth it for me?
Is Cómpeta inside the natural park?
I have a small home winery — does it cover the refrigeration consumption?
Does it snow in Cómpeta in a way that affects the panels?
Talar ni svenska? — Do you serve Scandinavian residents in Cómpeta?
Next step
If you live or own a property in Cómpeta (village or rural cortijo) and are considering installing solar panels, the first step is a free technical visit in your language. We assess your roof, analyse the local electricity grid (important in cortijos) and calculate your exact savings, taking advantage of the +6% altitude differential over the coast. No obligation, no sales pressure.
You can also check:
- Complete guide to solar panels in Málaga (production, process, brands)
- Detailed 2026 price breakdown
- All subsidies and tax deductions
- Personalised savings calculator (exact PVGIS data for your municipality)