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Market & power data — Europe

Solar project profitability depends on more than irradiation and installation costs. Market risks — price cannibalization, negative-price hours, curtailment — and grid constraints — connection lead times, congestion — increasingly weigh on producer revenues. This page centralizes the key data to assess these risks across Europe: capture price, negative prices, curtailment, PPA pricing and grid connection timelines.

300–2,000+
Negative-price hours/yr (DE 2024)
60–85 %
Capture price ratio (solar vs baseload)
2–6 %
Curtailed solar output (high-pen. markets)
12–48
Grid connection lead time (months)

Sources: ENTSO-E, ACER, Ember Climate, SolarPower Europe — Data 2023-2025

Why market data matters for solar investors

As solar capacity grows, the "cannibalization effect" becomes structural: the more solar feeds the grid at midday, the lower electricity prices fall during peak production hours. In Germany, solar capture prices have dropped to 60–70 % of the baseload average during high-irradiation months. In Spain, negative midday prices now occur regularly from April to September.

This dynamic directly impacts project revenue assumptions: a project with an LCOE of 35 €/MWh may appear profitable against a 55 €/MWh baseload price — but if the actual capture price received is only 38 €/MWh, the margin is razor-thin. Understanding market dynamics is now essential for bankability analysis and risk assessment.

Data topics

Available
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Negative prices

Hours of negative day-ahead prices per country and year. Germany recorded over 400 negative-price hours in 2024 — a record driven by midday solar surpluses. Impact on merchant revenues and capture price.

→ View data (FR)

Coming soon
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Capture price ratio

Average price received by solar vs baseload. Capture ratios range from 60 % (Germany, high solar pen.) to 85 % (France, lower saturation). Correlation with PV penetration rate and storage deployment.

Planned: next update

Coming soon
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Curtailment

Solar curtailment volumes (GWh lost) by country. Causes include grid congestion, surplus generation, and dispatch orders. In 2024, curtailment reached 2–6 % of solar output in high-penetration markets. Compensation rules vary by country.

Planned: next update

Coming soon
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PPA solar prices

Corporate and utility PPA prices by country and contract duration. Benchmark data from LevelTen and Pexapark. European solar PPAs ranged from 30 to 75 €/MWh in 2024, with contract volumes up 44 % year-on-year.

Planned: next update

Coming soon
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Grid connection lead times

Average connection timelines by country and capacity range. Grid queues in Italy and Spain exceed 200 GW of pending requests. Ongoing reforms: EU Grid Action Plan (2025), national permitting acceleration measures.

Planned: next update

Methodology

Units: Capture price in €/MWh, negative prices in hours/year and % of time, curtailment in GWh/year and % of solar output, PPA in €/MWh (fixed or indexed), grid connection lead time in months.

Primary sources: ENTSO-E Transparency Platform, ACER Market Monitoring Report, Ember Climate, LevelTen Energy PPA Index, Pexapark PPA Tracker, SolarPower Europe Grid Report, national TSO reports (RTE, BNetzA, REE, Terna, TenneT).

Coverage: 10 European countries (FR, DE, ES, IT, NL, BE, PT, PL, AT, GR). Hourly data (day-ahead) for prices, annual data for curtailment and grid connection.

Limitations: Curtailment data is often incomplete or self-reported by TSOs. PPA prices are aggregated indices (not individual contract prices). Grid connection timelines vary significantly by capacity, voltage level, and region.

Update schedule: Data revised quarterly (Q1, Q2, Q3, Q4). Last update date indicated on each data page.

Last updated: 2026-03

Frequently asked questions

What is the solar capture price?
The capture price is the average wholesale electricity price received by a solar generator during its production hours. Because solar produces mainly at midday — when supply is highest — the capture price is typically 15–40 % lower than the baseload average. This gap is the "cannibalization effect" and widens as solar penetration increases.
Why are negative electricity prices increasing in Europe?
Negative prices occur when electricity supply exceeds demand and inflexible generators (nuclear, wind, solar with priority dispatch) continue producing. As solar and wind capacity grow, midday surpluses become more frequent. Germany, with over 80 GW of PV, recorded 300+ negative-price hours in 2024. Without sufficient storage or demand response, this trend will intensify.
How does curtailment affect solar project economics?
Curtailment means lost production — energy that could have been generated but was not, due to grid congestion or surplus. Even at 2–3 % curtailment, the revenue impact compounds over a 20-year project life. Compensation rules vary: some countries offer partial compensation (e.g., Germany's EEG rules), while others offer none. Curtailment risk is now a key factor in bankability analysis and due diligence.
What is a solar PPA and how is it priced?
A PPA is a long-term bilateral contract (10–25 years) between a solar producer and an electricity buyer (corporate or utility). Pricing depends on country, contract duration, volume, and risk allocation. In 2024, European solar PPA prices ranged from 30 to 75 €/MWh. More detail on PPA structures is available on our economy overview.
How long does grid connection take in Europe?
Grid connection timelines range from 12 months (Netherlands, small-scale) to 48+ months (Italy, Spain, large-scale). Bottlenecks include TSO capacity studies, permitting, and physical grid reinforcement. The EU Grid Action Plan (2025) aims to halve connection times by 2030, but implementation varies significantly across member states.