Hungary’s wind energy comeback on steroids: from frozen to 4 GW in four years

After more than a decade in which onshore wind development was effectively frozen by extreme siting rules and the absence of grid-connection tenders, Hungary is moving decisively to unlock 4,000 MW of new wind capacity by 2030. The instrument: annual competitive auctions, a streamlined permitting regime, and a first single-round tender of 1000 MW due to launch by 31 August 2026. For developers and investors, this is the moment to pay attention.

A new government, a new direction

While the remnants of the old regime are being dismantled at a pace few expected, wind energy has become an unexpected flagship policy of Hungary's new government, elected earlier in April 2026.

Securing approximately EUR 10bln in frozen EU funds by the end of August 2026 is a stated top priority. In support of that goal, a clear preference for new onshore wind capacity is one of the most visible planks of the government’s agenda, alongside EU-funded grid upgrades and battery storage.

In early June 2026, Economy and Energy Minister Kapitány publicly announced the government's intention to increase Hungary's installed wind capacity more than tenfold by 2030, via tenders covering a total of 4 GW of new capacity. Draft amendments to some of the relevant legislation governing capacity tenders were put out for public and industry consultation in mid-July 2026.

Fifteen years of ice, broken in months

Hungary has just 330 MW of installed wind capacity, unchanged since the last turbine went up in 2011. A prohibitive 12 km buffer zone between turbines and residential areas – driven by political considerations alone – made new development effectively impossible given the country's dense settlement pattern.

The first step came in December 2023, when the buffer was cut to 700 metres, aligning Hungary with European norms. But it took the 2026 change of government to turn that opening into a comprehensive policy reset.

In the meantime, Hungary's renewable energy trajectory has been remarkable, if somewhat one-sided. The country's National Energy Strategy initially set a target of 6 GW of solar photovoltaic (PV) capacity by 2030 – a goal that seemed ambitious at the time. By 2025, however, that threshold had already been surpassed, with gross installed PV capacity exceeding 9 GW. The revised 2030 target now stands at 12 GW, and there is widespread confidence that this milestone will be achieved.

Yet this solar gold rush has exposed fundamental vulnerabilities in Hungary's energy system. The development of the renewable energy market has been heavily concentrated on PVs, with virtually no parallel expansion of complementary technologies such as wind or hydropower. This imbalance has created an urgent need for large-scale energy storage solutions capable of stabilising a grid that is increasingly reliant on intermittent solar generation.

Swift changes

A key element was the government's agreement with the EU Commission to unlock EU RRF funds, resolving a long-standing standoff between Brussels and Budapest. As a result, Hungary is issuing a tender worth EUR 1.5bln in RRF funding, directed at electricity grid operators (distribution and transmission licensees) for grid development and upgrade work. The programme is designed to ensure the saturated network can absorb the additional generation capacity coming online over the next several years.

Further, a legislative package comprising several elements includes the following changes:

• Turbine height cap raised to 199 metres nationwide.
• Minimum distance from residential areas: 700 metres across the whole country.
• At least 25 designated priority renewable energy development zones exempt from compensatory land requirements, with a 50-day permitting cap – building on eight such zones already in place.
• A new unified environmental-and-construction permitting process for renewables above 0.5 MW and new transmission lines, on the same streamlined timeline and with mandatory reimbursement of procedural costs by the authorities in the event of missed deadlines.
• More flexible rules on financial securities in the capacity tenders, allowing not only cash deposits but also bank guarantees.

The auction pipeline: 1000 MW in August 2026, 4 GW by 2030

The published legislative proposals set out a busy schedule:

• First auction: at least 1000 MW, to be announced by 31 August 2026. Winners get 24 months to build.
• Annual cadence: at least one further dedicated wind auction every calendar year from 2027 onward.
• Cumulative target: at least 4,000 MW tendered by 2030 (including the 2026 round).

Collocation: a built-in scoring advantage

Developers should note that Hungary's current grid capacity-allocation decree (Decree 11/2025 (IV.10.) EM) already rewards collocation. Among competing bids for the same connection point, evaluation preference goes to projects combining multiple technologies at a single site for better capacity utilisation – for example, wind or solar paired with battery storage.

Higher financial guarantees, more advanced project readiness and use of lower-quality agricultural land also score well. While the amended tender rules are not yet finalised, this framework suggests that hybrid projects will carry a competitive edge in the upcoming rounds.

What remains unclear

A few significant questions remain open. It is not yet confirmed whether a standalone tender track will emerge for solar-only or storage-only capacity (as distinct from the wind pipeline). How the new permitting procedures will interact in practice with the easement zones already designated – and those yet to be designated – is still to be clarified. And critically: how the newly permitted 199-metre turbines are to be reconciled with any siting restrictions tied to military radar installations has not been addressed in the published drafts. Since no wind turbines have been built in Hungary for years, it is also unclear how the competent authorities and municipalities will interpret other siting restrictions under existing construction legislation, such as nature conservation areas, bird migration corridors and landscape protection zones. The government has issued no guidance on this point, and industry is watching closely.

Takeaway

Hungary's electricity demand has grown rapidly in recent years, and this growth is expected to continue. The country's previous one-sided, PV-focused expansion means there is now an urgent need for complementary technologies in the years ahead, primarily wind and storage capacity.

The first 1000 MW auction launches by 31 August 2026 – weeks away. Annual rounds follow through 2030, with a 4 GW cumulative target. Alongside, EUR 1.5bln in RRF funds will flow to grid operators for network development. Developers and investors with dormant Hungarian wind projects or site options should revisit them now: the compressed timeline rewards early preparation, and the collocation signals suggest that hybrid configurations will be well positioned.