{"id":142810,"date":"2026-06-11T09:33:29","date_gmt":"2026-06-11T09:33:29","guid":{"rendered":"https:\/\/my.legal500.com\/guides\/?post_type=comparative_guide&#038;p=142810"},"modified":"2026-06-11T11:52:50","modified_gmt":"2026-06-11T11:52:50","slug":"hungary-renewable-energy","status":"publish","type":"comparative_guide","link":"https:\/\/my.legal500.com\/guides\/chapter\/hungary-renewable-energy\/","title":{"rendered":"Hungary: Renewable Energy"},"content":{"rendered":"","protected":false},"template":"","class_list":["post-142810","comparative_guide","type-comparative_guide","status-publish","hentry","guides-renewable-energy","jurisdictions-hungary"],"acf":[],"appp":{"post_list":{"below_title":"<div class=\"guide-author-details\"><span class=\"guide-author\">BSLAW Budapest Szuchy \u00dcgyv\u00e9di Iroda<\/span><span class=\"guide-author-logo\"><img src=\"https:\/\/my.legal500.com\/guides\/wp-content\/uploads\/sites\/1\/2026\/06\/bslaw_budapest_logo_zold.jpg\"\/><\/span><\/div>"},"post_detail":{"above_title":"<div class=\"guide-author-details\"><span class=\"guide-author\">BSLAW Budapest Szuchy \u00dcgyv\u00e9di Iroda<\/span><span class=\"guide-author-logo\"><img src=\"https:\/\/my.legal500.com\/guides\/wp-content\/uploads\/sites\/1\/2026\/06\/bslaw_budapest_logo_zold.jpg\"\/><\/span><\/div>","below_title":"<span class=\"guide-intro\">This country specific Q&amp;A provides an overview of Renewable Energy laws and regulations applicable in Hungary<\/span><div class=\"guide-content\"><div class=\"filter\">\r\n\r\n\t\t\t\t<input type=\"text\" placeholder=\"Search questions and answers...\" class=\"filter-container__search-field\">\r\n\t\t\t<\/div>\r\n\r\n\t\t\t\r\n\r\n\r\n\t\t\t<ol class=\"custom-counter\">\r\n\r\n\t\t\t\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Does your jurisdiction have an established renewable energy industry? What are the main types and sizes of current and planned renewable energy projects? What are the current production levels? What is the generation mix (conventional vs renewables) in your country?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary now has a firmly established renewable energy industry, and the story of the past few years remains overwhelmingly one of solar power. Installed solar photovoltaic capacity reached roughly 7.3 GW by the end of 2024 and climbed to approximately 8.4 GW by the end of 2025, after some 1.1 GW was added during 2025 alone. Solar already accounts for an extraordinary share of domestic generation: it supplied close to a quarter of Hungary\u2019s electricity across 2024 and around 27 per cent over the full year in 2025, with summer peaks far higher. In June 2025 solar briefly covered virtually the entire national load during a midday quarter-hour, a first for the Hungarian system and an early signal of both the scale of the build-out and the integration challenges that now accompany it.<\/p>\n<p>Wind energy, by contrast, remains effectively frozen at around 330 MW, a level largely unchanged for well over a decade. Although the restrictive zoning rules that long blocked new turbines have been relaxed, grid-connection constraints mean that no significant new wind capacity has been commissioned, and the next meaningful wave of wind is not expected before the end of the decade. Other renewables continue to play a more modest role. Biomass contributes to both electricity and heat, hydropower remains marginal at around 50 MW, and geothermal energy is used principally for heating rather than power generation, with Szeged hosting what is now the largest geothermal district heating system in the European Union following its completion.<\/p>\n<p>Taken together, the generation mix in 2025 was dominated by two low-carbon pillars. Nuclear power from the Paks plant continued to provide a substantial and stable share of output, while renewables \u2013 led decisively by solar \u2013 supplied a comparable and rising proportion. Natural gas covers much of the balancing and peak requirement, and Hungary remains a significant net importer of electricity. Overall, low-carbon sources accounted for roughly 60 per cent of generation in 2025. Crucially, Hungary surpassed its original 2030 solar target of 6 GW around six years early, prompting the upward revision of the national target to 12 GW by 2030, a figure the country now appears well placed to approach.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">What are your country's net zero\/carbon reduction targets? Are they law or an aspiration?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary has a legally binding commitment to climate neutrality. The Climate Protection Act, adopted in 2020, fixes 2050 as the target year for net-zero greenhouse gas emissions and makes that objective a binding obligation aligned with the European Union\u2019s overall strategy. The framework is therefore considerably more than aspirational: the 2050 neutrality target is enshrined in statute, and the Government is required to pursue a long-term clean development strategy to deliver it.<\/p>\n<p>The interim ambition has been strengthened through the planning framework rather than by amendment of the Act itself. In the final updated National Energy and Climate Plan submitted to the European Commission in late 2024, Hungary raised its 2030 emissions-reduction target to at least 50 per cent compared with 1990 levels, up from the previous 40 per cent, although this still sits below the European Union\u2019s collective 55 per cent objective. The updated plan also doubled the solar capacity target to 12 GW by 2030, set out an indicative renewable-energy share of at least 30 per cent of gross final energy consumption, and reaffirmed the aspiration of an overwhelmingly carbon-free electricity mix by 2030, to be delivered principally through new nuclear capacity and continued solar growth.<\/p>\n<p>In short, Hungary\u2019s net-zero and carbon-reduction targets are grounded in law and supported by an evolving set of strategies and sectoral action plans. The principal challenge, as elsewhere in the region, lies in translating these commitments into delivery \u2013 in particular by reinforcing the electricity grid, diversifying beyond solar, and achieving emissions reductions in sectors outside power generation so as to remain on course for the binding 2050 goal.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Is there a legal definition of 'renewable energy' in your jurisdiction?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungarian law continues to align with European norms in defining renewable energy. There is no single, free-standing Renewable Energy Act; instead, the Electricity Act and its implementing decrees incorporate definitions consistent with the European Union\u2019s Renewable Energy Directive. In practice, renewable energy is understood to encompass non-fossil, naturally replenishing sources \u2013 solar, wind, hydropower, geothermal and ambient energy, and biomass, including biogas, biomethane and landfill gas. The amendment of the Electricity Act that took effect at the start of 2025 added further specific definitions drawn from the Directive, including those relating to renewable energy purchase agreements and to sales between renewable energy market participants.<\/p>\n<p>Guarantees of origin remain the principal instrument for certifying electricity from renewable sources, and the regulator administers the system. From 2025 the scope of these guarantees was widened to include plants that are not connected to the public grid and behind-the-meter installations, and a separate guarantee-of-origin system was introduced for renewable gas. The regulator also issued the country\u2019s first eligibility certification for renewable hydrogen during 2025, and steps were taken to enable the international tradability of Hungarian guarantees through the relevant European association of issuing bodies.<\/p>\n<p>In summary, Hungarian law contains a workable and internationally consistent definition of renewable energy, even though it is distributed across several statutes and decrees rather than consolidated in a single instrument. Full alignment with the most recent recast of the Renewable Energy Directive is, however, still being completed, and certain elements of transposition remain outstanding.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Who are the key political and regulatory influencers for renewables industry in your jurisdiction? Is there any national regulatory authority and what is its role in the renewable energy market? Who are the key private sector players that are driving the green renewable energy transition in your jurisdiction?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary\u2019s renewable energy landscape is shaped by a combination of governmental bodies and private-sector actors. On the public side, the ministry responsible for energy policy sets the long-term strategy, including renewables and climate targets, and steers the principal support and incentive programmes. The Hungarian Energy and Public Utility Regulatory Authority (MEKH) is the independent regulator overseeing electricity and gas: it issues generation and other licences, administers the support schemes and the guarantees-of-origin system, regulates network tariffs, and plays a central role in project approvals and grid integration. The state-owned transmission system operator, MAVIR, manages the high-voltage grid, conducts network development and, in practice, determines how much new weather-dependent capacity can be accommodated \u2013 a function that has become especially significant given current grid constraints.<\/p>\n<p>The prevailing policy orientation has emphasised energy security and affordability, combining continued support for capped residential energy prices with the parallel expansion of nuclear and solar capacity and investment in flexible gas-fired plant to balance the system. These priorities are closely watched by industry, since they directly affect both the economics of new projects and the conditions for grid access.<\/p>\n<p>On the private side, the state-owned MVM Group remains the dominant domestic player and has made the green transition a pillar of its strategy, principally through its dedicated generation subsidiary, which owns a growing portfolio of solar capacity and the major hydropower assets and is targeting a substantial increase in renewable capacity over the coming decade. Alongside MVM, a vibrant mix of international and domestic investors is active. MET Group, a regionally significant energy company with Hungarian roots, has built utility-scale solar and inaugurated the country\u2019s largest battery storage facility. Developers such as GoldenPeaks Capital, Photon Energy and a range of other international and domestic firms have financed and built numerous photovoltaic projects, increasingly underpinned by corporate offtake. MOL, the national oil and gas company, has moved into renewables and green hydrogen, while ALTEO and other listed and private platforms are expanding regional green portfolios. Hungary\u2019s large and growing battery-manufacturing base, together with major industrial consumers in the automotive sector, also exerts a powerful influence on demand for clean electricity. The result is a multi-player effort in which clear governmental direction \u2013 especially for solar \u2013 has combined with active market participation to drive the sector\u2019s rapid growth.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">What are the approaches businesses are taking to access renewable energy? Are some solutions easier to implement than others? If there was one emerging example of how businesses are engaging in renewable energy, what would that be? For example, purchasing green power from a supplier, direct corporate PPAs or use of assets like roofs to generate solar or wind?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungarian businesses are increasingly accessing renewable energy through a range of approaches, balancing feasibility against impact. On-site generation remains the most straightforward and widely adopted route for larger industrial users: companies install solar arrays on factory roofs and adjacent land to supply their own operations directly, often financed through lease or power purchase structures. Recent examples include very large rooftop and on-site installations at major automotive plants, which together account for a significant share of those facilities\u2019 electricity needs.<\/p>\n<p>The approach that has gained the most momentum, however, is the corporate power purchase agreement. Large energy consumers are increasingly signing long-term contracts to buy clean electricity from dedicated renewable projects, whether physically, virtually or through sleeved arrangements intermediated by traders. The past year has seen a clear deepening of this market, including a landmark long-term agreement under which a major tyre manufacturer contracted for several hundred gigawatt-hours of solar power over a ten-year term, as well as shorter-tenor offtake arrangements concluded by international trading houses across portfolios of Hungarian solar plants. These contracts allow businesses to secure cost-effective renewable supply and to hedge against volatile wholesale prices.<\/p>\n<p>A simpler route remains available to those that do not wish to own assets or enter long-term contracts: the purchase of green electricity products backed by guarantees of origin. This is the easiest solution to implement and satisfies corporate sustainability and carbon-reporting needs, although it does not deliver the direct cost savings associated with on-site generation or a power purchase agreement. Overall, on-site solar remains relatively straightforward given Hungary\u2019s solar resource and the availability of grant support, while power purchase agreements, though more complex, have become markedly more feasible as the market matures. If a single emerging trend were to be identified, it would be the ten-to-fifteen-year corporate power purchase agreement signed by industrial and automotive offtakers, frequently paired with co-located battery storage and driven increasingly by sustainability-reporting and carbon-border obligations.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Has the business approach noticeably changed in the last year in its engagement with renewable energy? If it has why is this (e.g. because of ESG, Paris Agreement, price spikes, political or regulatory change)? What are the key developments in renewable energy in your country over the last 12 months?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Business engagement with renewable energy has continued to intensify over the past year, driven by a combination of economic and strategic factors. Sustainability and corporate-reporting obligations have grown in importance, with multinational subsidiaries in the automotive, electronics, chemicals and pharmaceutical sectors facing pressure from parent companies and investors to decarbonise their operations. This has translated into concrete action, as more companies set renewable-electricity targets and procure accordingly.<\/p>\n<p>The forthcoming carbon border adjustment mechanism has added a further incentive. With its definitive phase having begun at the start of 2026, businesses exposed to carbon-intensive imports such as steel, aluminium and cement increasingly regard renewable power purchase agreements as a hedge against future cost. At the same time, wholesale price volatility has remained a powerful motivator: the rapid growth of solar has produced frequent midday price troughs and episodes of negative pricing, while overall market prices remain sensitive to gas costs. Because the capped residential tariffs do not extend to most businesses, industrial and commercial users continue to bear market prices and therefore have a strong incentive to seek cheaper, more predictable renewable supply.<\/p>\n<p>These shifting commercial incentives have been mirrored by significant developments in the legal and regulatory framework over the same period. The most consequential was the comprehensive amendment of the Electricity Act that took effect on 1 January 2025, which modernised the market by introducing statutory definitions of renewable energy purchase agreements and sub-balancing groups, a framework for flexible grid-connection arrangements, and \u2013 of particular importance for project structuring \u2013 express provision for the co-location of battery energy storage and generation behind a shared grid-connection point for installations of 0.5 MW or above, subject to a sharing agreement notified to the regulator. The same package extended the guarantees-of-origin regime to off-grid and behind-the-meter plants and shortened the period within which allocated grid capacity must be utilised. Reform of the support landscape continued in parallel: the mandatory feed-in tariff regime was amended with effect from the end of January 2025, freezing the relevant tariffs at 2024 levels until the end of the decade, while a separate measure materially improved bankability by excluding transmission-operator-instructed curtailment from the settlement penalties applied under the support schemes and by moving settlement to fifteen-minute units in line with European market design. Storage also moved to the centre of policy, with substantial new funding for both industrial and household batteries, including a large residential storage programme launched at the end of 2025 that attracted tens of thousands of applications within days, while the treatment of new household solar shifted from net to gross metering and the screening of foreign investment in strategic assets, including large solar undertakings, was placed on a firmer statutory footing.<\/p>\n<p>Regulatory change has thus reinforced the commercial shift. The exclusion of instructed curtailment from support-scheme settlement penalties improved the bankability of utility-scale solar paired with storage and helped to re-open lenders&#8217; appetite for such projects, while the relaxation of wind-zoning rules prompted renewed developer interest, even though grid-connection constraints mean that new wind build remains some way off. Overall, while one year is a short horizon, there is a discernible and continuing move by Hungarian business to treat renewable energy not as a peripheral consideration but as a core element of cost management and risk mitigation, underpinned by a regulatory framework that is itself evolving rapidly to accommodate storage, flexible connection and a maturing power purchase agreement market.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How visible and mature are discussions in business around reducing carbon emissions; and how much support is being given from a political and regulatory perspective to this area (including energy efficiency)?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Decarbonisation has become a mainstream topic in Hungarian business, although progress varies by sector. Large firms \u2013 especially multinational subsidiaries in the automotive, pharmaceutical and technology sectors \u2013 are integrating sustainability into their operations, setting emissions targets and pursuing increasingly sophisticated approaches to energy efficiency, green-electricity procurement and fleet electrification. Mid-sized domestic firms have engaged more recently, prompted by the economic benefits of renewables and efficiency that became evident during the period of high energy prices, and smaller enterprises are also becoming more aware as they respond to cost pressures.<\/p>\n<p>Political and regulatory support for emissions reduction, particularly through energy efficiency, has intensified. The principal vehicle is the umbrella energy programme through which the authorities channelled substantial funding during 2025 in a series of calls covering renewable generation and storage for businesses, biogas and biomethane, geothermal energy and the decarbonisation of district heating. The energy-efficiency obligation imposed on energy suppliers was significantly strengthened during 2025, with the annual savings requirement raised and a large proportion of new investment directed towards the residential sector, while the rules governing certified energy savings were tightened and the trading of such savings opened more widely.<\/p>\n<p>The corporate tax framework also supports green investment, with an energy-efficiency investment tax credit and a development tax allowance that has been extended to investments in clean-technology manufacturing capacity, alongside a new allowance encouraging modernisation of energy network infrastructure. These efforts are reinforced by access to European funds. In conclusion, decarbonisation is no longer a niche concern in Hungary: it has become a practical business and policy priority, supported by alignment with European requirements and by significant state incentives, with the focus of dialogue increasingly on real-world implementation rather than high-level goals.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How are rights to explore\/set up, interconnect or transfer renewable energy projects, such as solar or wind farms, granted? How do these differ based on the source of energy, i.e. solar, wind (on and offshore), nuclear, carbon capture, hydrogen, CHP, hydropower, geothermal; biomass; battery energy storage systems (BESS) and biomethane?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>In Hungary, the development of a renewable energy project follows a largely uniform permitting system, subject to certain technology-specific features. Grid-connected generating plants must obtain a generation licence from the regulator unless they are very small: installations below 0.5 MW require only registration, projects between 0.5 MW and 50 MW use a simplified one-stop procedure, and projects above 50 MW require separate establishment and operating licences. Developers must in addition secure land-use rights, planning approval and a grid-connection agreement with the transmission operator or the relevant distribution company. Although renewables enjoy priority by law, actual access depends on available capacity, and grid saturation has become the principal practical constraint.<\/p>\n<p>Interconnection rights are granted separately from, and do not automatically follow, the generation licence. A developer must apply to the transmission operator or the competent distribution company for a connection point, and the network operator issues binding technical and commercial conditions specifying the available capacity, the point of connection, any reinforcement works required and the associated cost and timetable. The regulator and the transmission operator have continued to manage new connection requests through an order-of-preference and deposit system, under which capacity is reserved against payment and forfeited if project milestones are missed, and the routine allocation of new large-scale capacity has remained suspended, although a significant grid-capacity tender has been signalled. The amendment of the Electricity Act that took effect at the start of 2025 introduced a flexible grid-connection arrangement, under which a project may connect on terms that permit the operator to limit infeed at times of network stress, and a co-location framework allowing storage and generation of 0.5 MW or above to share a single connection point under a sharing agreement notified to the regulator. Allocated capacity must now also be used within a shortened period, failing which it may be withdrawn and reallocated.<\/p>\n<p>Requirements differ somewhat by technology. Utility-scale solar projects frequently involve the lease of agricultural land, since direct purchase by companies is restricted and reclassification is generally required, and an agrivoltaic carve-out awaits its implementing decree. Rooftop solar follows a lighter-touch process but is now settled on a gross metering basis and must use grid-communicating inverters. Wind power, although freed from the former twelve-kilometre setback, remains effectively gated by the rule that connections cannot be granted where the plant could not be operational by 2030, and a decree designating dedicated high-wind zones with streamlined permitting has been under consultation. Hydropower requires water rights and compliance with river-management rules, while geothermal is divided by scale, with deep geothermal requiring a concession and environmental approval. Biomass and biogas follow the general licensing rules but also require air and waste permits. Nuclear energy, though not renewable, remains significant and is subject to atomic-energy licensing; the relevant permits for the new units at Paks were issued during the period. Emerging sectors such as carbon capture and hydrogen still lack dedicated legislation and are handled under general industrial and mining rules, and battery storage of 0.5 MW or above now benefits from the co-location framework introduced in 2025.<\/p>\n<p>Project rights, licences and allocated connection capacity can be transferred with the regulator&#8217;s approval, which allows changes of ownership to be effected through project companies. At the same time, transactions that involve foreign acquisition of strategic assets, including large solar undertakings, are subject to investment-screening notification and, in the case of solar, to a retained pre-emption right. Overall, the licensing and interconnection framework is centrally administered and broadly technology-neutral, though wind and geothermal face particular features, and European environmental and safety rules add further layers for certain technologies.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Is the government directly involved with the renewables industry (auctions etc)? Are there government-owned renewables companies or are there plans for one?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>The Government plays a significant role in the renewable energy sector, principally through the state-owned MVM Group rather than through direct project development. MVM and its dedicated generation subsidiary operate a growing portfolio of solar capacity together with the major hydropower assets, and the group is targeting a substantial expansion of its domestic renewable capacity over the coming decade, supported financially and strategically by the state. MVM is also investing in flexible gas-fired generation to balance the system and in battery storage, positioning itself as a national champion of the transition.<\/p>\n<p>Beyond MVM, the Government influences the sector through policy instruments and through ownership of key energy infrastructure. There is no legal requirement for public ownership of renewable projects, and private developers remain highly active, while state financial institutions support projects through funding and guarantees. The state has, however, asserted a degree of control over strategic assets: a pre-emption right applicable to foreign acquisitions of large solar undertakings has been retained on a statutory footing, signalling a willingness to intervene where the national interest is considered to be engaged, although the right has not been publicly exercised.<\/p>\n<p>On the question of auctions, the competitive support mechanism was relaunched during 2025 with a new tender allocating a defined annual volume of generation across two size categories, subject to price caps and, notably, to a requirement that participating projects include co-located battery storage sized at a proportion of their capacity. While nuclear power remains a separate, state-led low-carbon initiative, the Government\u2019s approach to renewables continues to combine the use of MVM with market-based incentives, rather than the creation of a separate state-owned renewables company.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Please provide a brief overview of key legislation and regulation in the renewable energy sector, including any anticipated legislative proposals.<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>The legal framework for renewable energy in Hungary rests principally on the Electricity Act and a substantial body of implementing government decrees, supplemented by the Climate Protection Act and a series of sector-specific strategies. The Electricity Act, as amended with effect from 1 January 2025, provides the core regime for generation licensing, grid access and the integration of renewables, and the recent amendment introduced statutory definitions of renewable energy purchase agreements and sub-balancing groups, a framework for flexible grid-connection arrangements, and express provision for the co-location of battery energy storage and generation behind a shared connection point for installations of 0.5 MW or above. The Climate Protection Act, adopted in 2020, sits above this regime and fixes the binding 2050 climate-neutrality target, while the updated National Energy and Climate Plan and the National Energy Strategy set the policy direction, including the 12 GW solar target for 2030 and an overwhelmingly carbon-free electricity mix by the end of the decade.<\/p>\n<p>Support for renewable generation is governed by the premium and tariff system known as MET\u00c1R, which combines fixed tariffs for smaller plants with auction-based premiums for larger ones. After a period without new tenders, the competitive mechanism was relaunched during 2025, with the latest auction allocating a defined annual volume across two size categories, subject to price caps and a requirement that participating projects include co-located storage. Reforms during 2025 also froze the mandatory feed-in tariffs at 2024 levels for the remainder of the decade, improved the treatment of curtailment within the support schemes by excluding transmission-operator-instructed curtailment from settlement penalties, and moved settlement to fifteen-minute units. Further key instruments include the decrees enabling stand-alone storage and supporting battery investment, the shift of new household solar from net to gross metering, the requirement for grid-communicating inverters, and the National Hydrogen Strategy, which sets electrolysis and deployment objectives for 2030. The screening of foreign investment in strategic assets, including large solar undertakings, has also been placed on a firmer statutory footing, with a retained pre-emption right in the case of solar.<\/p>\n<p>A number of further measures are anticipated. The principal outstanding item is the completion of the transposition of the recast Renewable Energy Directive, including the designation of the renewables acceleration areas it requires. Also expected are a decree designating dedicated high-wind zones with streamlined permitting, the transposition of the European hydrogen and decarbonised gas market package, a further grid-capacity tender to address the suspension of routine large-scale connection allocation, and detailed implementing rules for storage support and for the agrivoltaic carve-out. Taken together, Hungary&#8217;s renewable energy framework is grounded in firm statutory commitments and an actively evolving regulatory toolkit, with solar remaining the central focus alongside complementary measures in storage, grid access, hydrogen and market reform<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Are there any government incentive schemes promoting renewable energy (direct or indirect)? For example, are there any special tax deductions or subsidies (including Contracts for Difference) offered? Equally, are there any disincentives?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary has used a range of incentives to promote renewable energy. The historic feed-in tariff jump-started early projects before being replaced by the METAR system, which offers fixed tariffs for the smallest plants and auction-based premiums for larger ones. After a pause, the competitive mechanism was relaunched during 2025, allocating a defined annual volume across two size categories subject to price caps and a requirement for co-located storage. Investment grants funded from European programmes have played an equally important role, including substantial support for business renewable generation and storage delivered through the umbrella energy programme, and a large residential battery-storage scheme launched at the end of 2025 that attracted very strong demand. A dedicated household solar-and-storage programme that ran during the period was fully subscribed and concluded, with awards made to tens of thousands of applicants. Tax incentives further support green investment, including an energy-efficiency investment tax credit, a development tax allowance extended to clean-technology manufacturing, and a new allowance for energy-network modernisation.<\/p>\n<p>There have, however, been significant disincentives. A windfall, or extra-profit, tax that had applied to renewable generators was phased out from the start of 2025, removing an important source of regulatory uncertainty, although residual obligations remain for earlier tax years. A separate special tax on energy suppliers has continued, albeit at a reduced rate from 2026, and a range of other sectoral extra-profit taxes were extended. On the operational side, grid-connection restrictions \u2013 in particular the rule rejecting projects that could not be operational by 2030 \u2013 continue to constrain new build, and the freezing of feed-in tariffs at 2024 levels limits upside for affected producers. Capped residential prices also depress wholesale demand and contribute to episodes of negative pricing at times of high solar output.<\/p>\n<p>Overall, the incentive framework has been instrumental in advancing solar power, combining support mechanisms, grants and tax benefits, and is now being directed increasingly towards storage. The phasing-out of the windfall tax has improved the climate for investment, but grid limitations and the constraints on wind remain the principal dampeners, and maintaining regulatory stability will be critical to sustained investment.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How does the structure of the natural gas industry in your country impact the price of electricity? Are there any plans to de-link the price of renewable electricity from gas prices? Are there plans in your jurisdiction to keep open coal plants originally scheduled for retirement?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>For more than a decade Hungary has operated a utility cost reduction programme that fixes residential gas and electricity prices at low, politically determined levels, and this regime has been maintained and extended into 2026. The capped tariffs apply up to defined annual consumption thresholds, above which higher but still regulated rates apply, and the great majority of households benefit from the capped prices. As a result, Hungarian residential gas and electricity prices remain among the lowest in Europe. Businesses, by contrast, largely pay market prices, which means that the structure of the gas market continues to feed through to the electricity costs faced by commercial and industrial users.<\/p>\n<p>The episode of high energy prices in recent years sharpened the long-standing debate over Europe\u2019s marginal pricing system, under which wholesale electricity prices are frequently set by gas-fired generation even when cheaper nuclear and renewable output is available. Hungarian officials have criticised this coupling, arguing that low-cost domestic generation is unfairly priced as a result. In practice, Hungary has addressed the issue principally by directing nuclear output to households at regulated prices and by covering the resulting costs through central support to the universal-service supplier, rather than through any structural reform of the wholesale market.<\/p>\n<p>Hungary has been cautious about the European electricity market reform, which preserves marginal spot pricing while institutionalising longer-term contracting and two-way contracts for difference. The Government has indicated that it will implement the minimum required changes while continuing to rely on its own tools, including price caps and the direction of nuclear output, to protect consumers. There is, accordingly, no formal mechanism to de-link the price of renewable or nuclear electricity from gas prices; the effective insulation of households runs through the regulated-price regime and central budgetary support rather than through a change in market design.<\/p>\n<p>Hungary&#8217;s only remaining coal\/lignite power station \u2014 the approximately 950 MW state-owned M\u00e1tra (Visonta) plant operated by MVM M\u00e1tra Energia Zrt. \u2014 was originally scheduled for closure by end-2025, after the government brought forward its coal phase-out date from 2030 to 2025 at the March 2021 Powering Past Coal Alliance summit. Following the 2022 energy crisis, Government Decision 1452\/2022 (19.IX.) authorised an extension of the lignite units&#8217; operating life to end-2029 on security-of-supply grounds, and the energy regulator (MEKH) issued a preliminary permit extending operation of the 220 MW Unit III accordingly. Hungary&#8217;s final updated National Energy and Climate Plan (October 2024) confirms that the lignite units will be retired only once a replacement gas plant is operational, at the latest by 2030. The replacement is a hydrogen-ready combined-cycle gas turbine of approximately 540 MW at the same Visonta site (Ansaldo Energia\/Status KPRIA\/West Hung\u00e1ria Bau\/Elsewedy Electric consortium), with construction commenced in September 2025 and commercial operation expected in 2028\u20132029, alongside additional on-site solar PV (some 200 MW planned on reclaimed mining land) and an RDF\/biomass unit. No other Hungarian coal plants are affected: M\u00e1tra is the country&#8217;s sole remaining coal-fired generator, with earlier coal stations at P\u00e9cs, Ajka, Borsod and Oroszl\u00e1ny (V\u00e9rtes) long converted to biomass or shut down<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">What are the significant barriers that impede both the renewables industry and businesses' access to renewable energy? For example, permitting, grid delays, credit worthiness of counterparties, restrictions on foreign investment, regulatory constraints on acquisitions; disputes\/challenges?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Notwithstanding rapid progress, Hungary faces a number of significant barriers to the further expansion of renewable energy and to wider corporate access to clean power. Grid constraints are the most pressing. The network is saturated in many regions, particularly for solar, and the routine allocation of new large-scale connection capacity has remained suspended, with projects gated by the requirement that they be capable of operating by 2030. Substantial grid investment is planned and is now supported by additional European funding earmarked specifically for network upgrades, but in the short term the limitations remain severe.<\/p>\n<p>Wind development is held back by a related obstacle. Although the former twelve-kilometre setback has been repealed and a more workable distance rule introduced, the connection constraint means that new onshore wind is unlikely before the end of the decade, limiting Hungary\u2019s ability to diversify its renewable mix. Administrative and land-use hurdles add further complexity: developers must navigate permitting processes and the restrictions that apply to the acquisition of agricultural land, which generally cannot be purchased directly by companies and must be leased and reclassified.<\/p>\n<p>Regulatory and investment risk is a further consideration. The screening of foreign investment has been placed on a statutory footing, and a pre-emption right applicable to foreign acquisitions of large solar undertakings has been retained, with the associated review periods and the potential for intervention representing a material structuring concern for transactions even though the right has not been publicly exercised. Financing conditions, while improving, remain demanding: the central bank\u2019s base rate stayed elevated through 2025 before a modest reduction, and lending rates remain comparatively high, although the exclusion of instructed curtailment from support-scheme penalties has improved the bankability of solar-plus-storage projects. The system also continues to lack sufficient flexibility and storage, giving rise to integration and curtailment risk and frequent negative pricing at midday. Taken together, unlocking Hungary\u2019s full renewable potential will require overcoming grid bottlenecks, enabling wind, simplifying land and permitting procedures, and maintaining a stable and investor-friendly environment.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">What are the key contracts you typically expect to see in a new-build renewable energy project?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Developing a renewable energy project in Hungary involves a set of interrelated contracts covering every stage of the project\u2019s life, from securing land to selling power and ensuring ongoing operation. The process typically begins with the acquisition of land rights. Depending on the legal and zoning status of the land, this may involve purchase where reclassification is possible or, more commonly in the case of solar farms on agricultural land, a long-term lease. Securing legal access to the site is a critical prerequisite before construction can begin.<\/p>\n<p>Once land rights are in place, the developer concludes a grid-connection agreement with the relevant network operator \u2013 the transmission operator for transmission-level projects or the appropriate regional distribution company for smaller developments. This agreement sets out the technical and financial terms of connection, including responsibility for any necessary infrastructure upgrades and the timetable for access, and is generally contingent on the project obtaining the appropriate generation licence. The amendment of the Electricity Act that took effect at the start of 2025 added a flexible grid-connection arrangement and, for co-located storage and generation of 0.5 MW or above, a mandatory sharing agreement notified to the regulator.<\/p>\n<p>During construction the central instrument is the engineering, procurement and construction contract, usually a turnkey agreement under which the contractor delivers a completed and operational plant on time and within budget, with performance guarantees and completion deadlines reflecting the risk that delay could imperil permits or licences. Once the plant is operational, electricity sales are governed either by a power purchase agreement or by a state support contract, the latter involving the mandatory offtaker under the METAR system. Commercial projects increasingly rely on power purchase agreements with utilities, traders or corporate consumers, and recent landmark examples include a long-term agreement with a major tyre manufacturer, shorter-tenor offtake arrangements concluded by international trading houses, and on-site arrangements with automotive and industrial users. Reliable operation is secured through long-term operation and maintenance contracts, and debt-financed projects require a suite of financing and security documents together with direct agreements affording lenders step-in rights. Additional supporting contracts, including insurance and shared-infrastructure arrangements, complete the structure. In summary, a new project will typically line up land, grid connection, construction, offtake, operation and, where required, financing contracts, each negotiated to meet both Hungarian regulatory requirements and international bankability standards, with offtake tenors lengthening and co-located storage increasingly the default architecture.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Are there any restrictions on the import or export of renewable energy, local content obligations or domestic supply obligations? What are the impacts (either actual or expected) in your jurisdiction of the implementation of the Net Zero Industry Act (EU) Regulation 2024\/1735 or the \u201cforeign entity of concern\u201d regulations in the U.S.?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary imposes no restrictions on the import or export of renewable electricity and does not require local content or domestic supply for renewable energy projects. As part of the European Union&#8217;s internal electricity market, Hungary allows free cross-border trade, with flows governed only by grid capacity and market coupling, and indeed the country relies on imports as a net importer of electricity. Renewable energy developers are not legally required to use Hungarian-made equipment or to engage local labour; although the Government encourages domestic manufacturing through tax incentives, this support is voluntary and is not linked to project approvals or to the support schemes, and the competitive auctions have remained price-based. Equally, there is no obligation to sell renewable electricity domestically, and developers may contract freely with foreign or domestic buyers. The retained pre-emption right applicable to foreign acquisitions of large solar undertakings concerns ownership control rather than the allocation of energy, and so does not function as an export or supply restriction.<\/p>\n<p>The Net Zero Industry Act, which has been directly applicable since mid-2024, is intended to strengthen domestic manufacturing of clean-technology products, to accelerate permitting for strategic projects, and to introduce non-price resilience criteria into renewable auctions. During 2025 the European institutions issued the secondary legislation giving effect to these elements, including the identification of relevant components and products and the criteria to be applied, with member states required to apply non-price criteria to a defined proportion of their annual auction volumes from the end of 2025. These criteria allow factors such as supply-chain resilience, cybersecurity and sustainability to be weighed alongside price, and are designed in particular to reduce the European Union&#8217;s dependence on a single third country \u2014 principally China \u2014 for clean-technology equipment. Hungary has not yet formally designated the single point of contact envisaged by the Regulation or notified strategic projects to the European register, and in practice the domestic facilitated-area concept is serving as the vehicle for accelerated permitting; the next competitive auction is expected to be the first to incorporate the non-price criteria.<\/p>\n<p>The Regulation is of particular relevance to Hungary given its position as a leading European location for battery manufacturing, with very substantial investments by international cell and vehicle producers. This manufacturing base, although affected by softer demand in the wider electric-vehicle market, gives Hungary a strong stake in the resilience and localisation objectives of the Act, and stands to benefit from the preference that the non-price criteria will confer on European-made components. There is, however, no significant domestic solar-module manufacturing at scale, so the principal industrial benefit is likely to be felt in the battery and related supply chains rather than in photovoltaics; for solar deployment itself, the resilience criteria may modestly raise equipment costs to the extent they steer procurement away from the cheapest imported modules.<\/p>\n<p>The position is more complicated where Hungary&#8217;s interests intersect with the recent United States measures. The &#8220;foreign entity of concern&#8221; rules, introduced through the tax legislation enacted in July 2025 that rolled back the incentives of the Inflation Reduction Act, deny United States clean-energy tax credits to projects that are owned, controlled or influenced by specified foreign entities \u2014 including those connected with China, Russia, Iran and North Korea \u2014 and restrict the eligibility of equipment and components originating from such entities. These rules have no direct legal effect in Hungary, which is not bound by United States tax law and maintains no equivalent restriction of its own. Their relevance is instead indirect and twofold. First, by curtailing demand in a major market and excluding Chinese-linked supply chains, the rules have helped to redirect Chinese clean-technology exports towards Europe, reinforcing the downward pressure on module prices that benefited Hungarian deployment for much of the period. Second, and more delicately, Hungary&#8217;s prominent battery-manufacturing sector includes very large investments by Chinese producers; to the extent that those facilities, or their output, are characterised as foreign entities of concern under the United States framework, their access to the United States market and its incentives may be constrained, which is a material commercial consideration for an export-oriented manufacturing base even though it imposes no obligation within Hungary itself.<\/p>\n<p>Taken together, Hungary maintains an open trading regime with no domestic content or supply mandates, and the principal external influences are the European Union&#8217;s drive towards supply-chain resilience under the Net Zero Industry Act \u2014 which broadly favours Hungary&#8217;s battery industry while leaving its import-dependent solar build-out largely untouched \u2014 and the United States foreign-entity-of-concern rules, which operate only indirectly but bear on both the European module market and the international prospects of Hungary&#8217;s Chinese-linked battery investments.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How has deployment of renewables been impacted in the last year by geopolitical uncertainties and other non-country specific factors: For example, the conflict in the Middle East, financing costs, changing tariff regimes, supply chain or taxes or subsidies (e.g. the impact of the One, Big, Beautiful Bill on the tax credits and other incentives created by the Inflation Reduction Act in the U.S.)?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary&#8217;s renewable energy sector has continued to be shaped by global economic and geopolitical trends. Financing costs have remained a material factor: although inflation has eased, the central bank held its base rate at an elevated level through 2025 before a modest reduction, and lending rates remain comparatively high, so the era of cheap capital has clearly ended and developers have had to adjust to a higher cost of finance.<\/p>\n<p>Geopolitical uncertainty has added a further layer of risk. In June 2025 Israel launched air strikes on targets in Iran and Tehran retaliated, with energy infrastructure in the region targeted for the first time, an escalation that drove Brent crude futures to a six-month high amid fears of wider disruption to oil traffic through the Strait of Hormuz. The Strait is critical for close to one-fifth of global oil and liquefied natural gas flows, and European gas prices rose sharply following the strikes. Although Iran did not in the event close the Strait and prices retraced once it became clear that physical supply was largely unaffected, traders have continued to demand a significant risk premium, and regional tensions have remained elevated into 2026. For Hungary, which remains heavily dependent on imported oil and gas and where gas-fired generation frequently sets the wholesale electricity price, this volatility feeds directly into power costs and, in turn, strengthens the strategic and economic case for expanding domestic renewable generation and reducing import exposure. IEA + 5<\/p>\n<p>Supply-chain dynamics have moved in a striking fashion. Solar module prices fell dramatically through late 2024 and into 2025 as a result of Chinese oversupply, reaching very low levels and supporting Hungary&#8217;s build-out. Towards the end of 2025, however, the trend reversed, with module and component prices rising as polysilicon production consolidated, manufacturers cut operating rates and China reduced and then moved to eliminate export rebates for solar products. Prices of certain raw materials also rose sharply. Because the great majority of modules sold in Hungary are imported, principally from China, this reversal threatens the economics of projects planned for 2026, and concerns over dependence on foreign suppliers have prompted continued interest in diversification.<\/p>\n<p>Changing tariff regimes and shifts in foreign subsidy policy have had an indirect but significant effect. In the United States, the One Big Beautiful Bill, signed into law on 4 July 2025, made substantial changes to the clean-energy tax credits enacted under the Inflation Reduction Act, representing a dramatic roll-back of those credits; in particular, it terminates the principal technology-neutral production and investment tax credits for wind and solar projects placed in service after 2027, subject to a limited exception for projects that begin construction within a year of enactment, and it introduces restrictions denying credits to projects owned, controlled or influenced by specified foreign entities, including those connected with China, Russia, Iran and North Korea. By curtailing demand in what had been a major growth market and tightening sourcing rules, these measures have redirected additional Chinese export volumes towards Europe, reinforcing the downward pressure on module prices seen earlier in the period. At European Union level, the carbon border adjustment mechanism entered its definitive phase at the start of 2026, trade measures affecting Chinese clean-technology products have continued to evolve, and the resilience and non-price criteria introduced by the Net Zero Industry Act are beginning to influence procurement. Steptoe + 2<\/p>\n<p>For Hungary the net effect over the past year has been mixed. Cheap imported modules accelerated installation and the easing of headline inflation was welcome, but higher financing costs, the late-2025 reversal in equipment prices, persistent geopolitical risk in global energy markets, and the gradual introduction of carbon-border and resilience requirements are all likely to weigh on project economics going forward. Taken together, these pressures reinforce the case for diversifying supply chains and accelerating the domestic build-out of storage and grid capacity.<\/p>\n<p>&nbsp;<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">Could you provide a brief overview of the major projects that are currently happening in your jurisdiction?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary is advancing a diverse set of major energy projects. Central among them is the Paks II nuclear power plant, comprising two large reactors that are expected to supply a substantial share of the country\u2019s electricity once operational. The project reached an important milestone during the period, with the relevant licences issued and the first structural concrete poured for the first new unit, so that construction is now formally under way; commissioning is currently anticipated in the early 2030s. Although not renewable, Paks II is a core element of the country\u2019s low-carbon strategy and its largest energy investment.<\/p>\n<p>In the renewables sector solar continues to dominate. Total installed solar capacity passed 8 GW during 2025, and a number of large plants have been commissioned or are under construction, including utility-scale projects of well over 100 MW. This solar growth is increasingly being accompanied by battery storage: the country\u2019s largest standalone storage facility was inaugurated during 2025, the transmission operator commissioned its own grid-scale battery, and a substantial volume of storage capacity has been awarded support, with a major merchant solar-and-storage hybrid project reaching financial close. Geothermal heating is also expanding, with the completion of the large Szeged district heating scheme \u2013 now the biggest of its kind in the European Union \u2013 and the launch of further projects and tenders.<\/p>\n<p>Hungary is also a participant in an international initiative to import renewable electricity from the Caspian region via a long submarine cable across the Black Sea, a project that has advanced through the establishment of a dedicated joint venture and the grant of European project status, although its realisation lies several years ahead. While onshore wind remains constrained, dedicated wind zones have been under consideration with a view to development later in the decade. Major corporate projects are also gaining momentum, including very large on-site solar installations at automotive plants and a green-hydrogen electrolyser at a refinery that is among the largest in the region. To support the transition, Hungary is investing in grid infrastructure and in flexible gas-fired plant, including large new combined-cycle units intended to balance renewable output. Taken together, these projects are moving Hungary towards a more resilient, diversified and lower-carbon energy system.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How are the business models in the renewable energy sector in your jurisdiction adapting to the increasingly significant pace of deployment of BESS? What percentage of deals are standalone, co-located or hybrid? How is the implementation of these business models impacting financing structures?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Hungary&#8217;s storage market has moved rapidly from a standing start to a central pillar of the energy transition, and commercial models have adapted accordingly. The catalyst has been a combination of physical necessity and policy support: record solar penetration has produced frequent midday price troughs and acute grid-balancing pressures, while a succession of schemes has put substantial public capital behind batteries. A national battery energy storage system support scheme launched in early 2024, under a 2023 regulatory decree and funded through the European Union Recovery and Resilience Facility, has been translating into projects and demonstrators. An end-2024 grid-scale tender awarded around EUR 158 million for some 440 MW of storage across roughly fifty facilities, to be installed by the end of April 2026, and a further utility-scale scheme combines a non-refundable capital grant with a ten-year contract for difference for 600 MW of new storage. Operational capacity stood at only around 60 to 70 MW in early 2026, but a further 550 MW or so is licensed and expected to come online by mid-2026, against a government objective of 1 GW of installed storage by 2030.<\/p>\n<p>Three deal archetypes have emerged \u2014 standalone, co-located and hybrid \u2014 and the balance between them is shifting. The first wave was overwhelmingly standalone: grid-scale batteries sited at substations or existing power-station sites and remunerated principally through balancing and capacity services. The largest standalone system in the country, a 40 MW\/80 MWh battery, was commissioned in mid-2025 at a power station near Budapest, and distribution network operators have built further battery sites specifically to free up capacity for new solar connections. A precise public breakdown of the market by deal type is not yet reported, but standalone projects clearly account for the majority of grid-scale capacity commissioned and awarded to date, with co-located and hybrid structures \u2014 still a minority of the operational base \u2014 now representing the larger and faster-growing share of the new-build pipeline.<\/p>\n<p>That shift is being driven by regulation. The amendment of the Electricity Act effective 1 January 2025 expressly permits storage and generation of 0.5 MW or above to share a single grid-connection point under a notified sharing agreement, while the relaunched renewable support auction requires participating solar projects to include co-located storage sized at a proportion of their capacity. As a result, co-located storage \u2014 a battery sharing a site and connection with a solar plant but capable of independent dispatch \u2014 and fully hybrid projects optimised as a single asset are rapidly becoming the default configuration for new utility-scale solar. At the small-scale end, a residential storage programme launched at the end of 2025, offering a fixed subsidy towards 10 kW home battery systems, is driving a parallel surge in behind-the-meter storage paired with rooftop solar, alongside a separate industrial and commercial storage call.<\/p>\n<p>These models carry distinct financing implications. Standalone grid-scale storage depends on stacking multiple, partly merchant revenue streams \u2014 frequency and balancing reserves, capacity remuneration and energy arbitrage \u2014 which lenders have historically found difficult to underwrite. The decisive enabler in Hungary has therefore been public support: a non-refundable capital grant meeting a substantial share of investment cost (in the order of 45 per cent for some projects), combined with a ten-year contract for difference, converts an otherwise merchant asset into one with a contracted revenue floor, and it is this structure that has unlocked both bank debt and multilateral financing, including from the European Bank for Reconstruction and Development for a merchant solar-and-storage hybrid. Co-located and hybrid projects are financed differently again: where the battery shares a connection point with a contracted solar plant, it benefits from the lower cost of the shared infrastructure and rides on the predictable cash flow of the plant&#8217;s power purchase agreement or support premium, improving the capture price and overall debt capacity of the combined project. Lenders are increasingly prepared to finance storage on this basis, treating it as an enhancement to a contracted generation asset rather than as standalone merchant risk, whereas pure merchant storage without a grant or contract for difference remains comparatively rare and continues to rely heavily on equity.<\/p>\n<p>In short, Hungary&#8217;s storage business models are evolving from a grant-and-CfD-supported standalone model towards co-located and hybrid configurations driven by the new co-location rules and auction requirements, with behind-the-meter residential storage expanding in parallel. The financing market is maturing in step: contracted or subsidised structures are readily bankable, while appetite for uncontracted merchant risk, though growing, remains limited. As the current support schemes are fully drawn down and the 1 GW target approaches, the central question will be whether revenue stacking in the balancing and capacity markets matures sufficiently to sustain investment once grant funding tapers.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">What is required in your jurisdiction to facilitate confidence in new development and financing in newer areas like offshore wind or hydrogen?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Confidence in nascent sectors rests on the same foundations as any infrastructure investment \u2014 a stable and complete legal framework, bankable long-term revenue, available enabling infrastructure, creditworthy counterparties and access to risk-sharing capital \u2014 but in newer technologies each of these is less developed, so the task is essentially to manufacture certainty where the market has not yet produced it. Hungary&#8217;s position in the two areas named differs fundamentally. Because the country is landlocked, offshore wind is not a domestic prospect, and confidence in that area means confidence in the cross-border route by which such power would reach Hungary \u2014 principally the planned submarine cable carrying renewable electricity from the Caspian region across the Black Sea, in which the state-owned energy group participates and which has been granted European project status. Hydrogen, by contrast, can be developed domestically, and the requirements there are predominantly regulatory, commercial and financial.<\/p>\n<p>For the interconnection route, the prerequisites for investor and lender confidence are binding inter-governmental agreements among the transit and participating states that allocate rights, costs and risks across the project&#8217;s multi-decade life; firm European project status with the associated planning and funding support; a clear and durable methodology for allocating cross-border transmission capacity and cost; and creditworthy offtake and transmission counterparties. Until those elements are settled and the physical works are materially advanced, a project of this kind remains difficult to finance on a limited-recourse basis, and its realisation necessarily lies several years ahead.<\/p>\n<p>For hydrogen, four things are required above all. The first is regulatory completeness and stability. Hungary&#8217;s national hydrogen strategy, adopted in May 2021, targets the production of 16,000 tonnes of renewable hydrogen and 20,000 tonnes of low-carbon hydrogen by 2030, and the certification architecture has begun to take shape, with the regulator having issued the country&#8217;s first renewable-hydrogen eligibility; but a dedicated legal framework is still awaited, and the European hydrogen and decarbonised gas market package, together with the recast Renewable Energy Directive, have yet to be fully transposed. Clear licensing, and guarantees of origin equivalent to EU rules, are the bedrock on which contracts and financing are built. The second requirement is demand: green hydrogen remains costly, and projects become bankable only where there is committed offtake, so binding demand-side measures \u2014 blending obligations, renewable-fuel quotas in industry and transport, and anchor offtakers in ammonia production, petroleum refining, petrochemicals and steel \u2014 are essential to underpin revenue. The third is a mechanism to bridge the green premium: national contracts for difference or auction-based premiums, combined with access to the European-level instruments now in place \u2014 the European Hydrogen Bank, whose third auction ran between December 2025 and February 2026, the Innovation Fund, which can support up to 60 per cent of relevant project costs, the hydrogen IPCEIs, and the Hydrogen Mechanism launched in 2025 to connect producers with industrial and transport offtakers \u2014 can give projects the contracted revenue floor that lenders require. The fourth is enabling infrastructure: hydrogen transport and storage, the repurposing of the existing gas grid where feasible, and the electricity-grid capacity to power electrolysers, all of which call for coordinated planning and public co-funding.<\/p>\n<p>Underlying all of these is a more general requirement common to both areas: the conversion of strategy into concrete, time-bound implementation. Hungary&#8217;s plans are widely regarded as sound in ambition but weaker in delivery, with good plans and principles often not backed up by specific implementation measures, and it is delivery \u2014 published auction calendars, adopted implementing decrees, operational pilots and demonstrated revenue mechanisms \u2014 that builds the confidence on which financing depends. Regulatory predictability matters equally: investors need assurance that support and rules will not be altered retroactively, and the phasing-out of the sector windfall tax and the improved treatment of curtailment within the support schemes are the kind of stability signals that help. Public co-funding and de-risking \u2014 European recovery, cohesion and connecting-Europe funding, the Innovation Fund and IPCEI support, state guarantees and blended finance \u2014 remain indispensable while these technologies are sub-commercial, as does a credible pipeline of demonstration projects, such as the refinery electrolyser already among the largest in the region, to prove that assets can be built and operated. In short, what is required is less any single measure than the assembly of a coherent package \u2014 complete and stable regulation, bankable demand and revenue support, enabling infrastructure and consistent delivery, backed by public risk-sharing \u2014 the same combination that turned Hungarian solar into an investable asset class, now applied to the harder cases of imported offshore wind and domestic hydroge<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How are renewables projects commonly financed in your jurisdiction?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>Renewable energy projects in Hungary are financed principally through a combination of project-finance debt and equity, with long-term offtake \u2013 whether under the state support scheme or through corporate contracts \u2013 providing the predictable cash flows that make projects bankable. Local banks have become active lenders, typically offering loans over ten-to-fifteen-year terms and covering a substantial proportion of project costs, while equity is provided by developers, strategic investors and infrastructure funds. The METAR system, offering long-term contracts with the mandatory state offtaker, has been central to unlocking bank financing, and the recent measure excluding instructed curtailment from support-scheme penalties has further improved bankability.<\/p>\n<p>Multilateral lenders have continued to play an important role. The European Bank for Reconstruction and Development has financed significant solar and storage projects during the period, including a major merchant hybrid, and the European Investment Bank and the Hungarian development bank have provided credit facilities, the latter rolling out a dedicated green lending programme. Corporate power-purchase-based financing models are emerging, with some solar projects secured against long-term contracts with companies rather than state premiums, although pure merchant projects financed without such support remain comparatively rare and tend to rely on equity given limited bank appetite for market-price risk. Hungary has also seen continued interest from foreign investors acquiring operational assets and refinancing them on improved terms.<\/p>\n<p>Innovative financing mechanisms are developing. The sovereign has issued green bonds, the development bank has raised green funding, and central-bank programmes have at various times encouraged green lending, although green bonds are not yet widely used in the private renewables sector and smaller projects rely on leasing, European grants and co-financing. Overall, the financing environment for renewables is considered mature, with sufficient capital available for well-structured projects; the principal constraint today is not the availability of funding but the limited number of new projects arising from grid capacity limitations. If new opportunities emerge \u2013 through wind tenders, large-scale storage or an expanded corporate power-purchase market \u2013 strong interest from both domestic and international financiers is to be expected, supported by Hungary\u2019s membership of the European Union and its established financing frameworks.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\t\t\t\t\t<li class=\"question-block filter-container__element\">\r\n\t\t\t\t\t\t<h3 class=\"filter-container__match-html\">How is the rising demand for data centres impacting the grid and electricity prices for consumers?<\/h3>\r\n\t\t\t\t\t\t<button id=\"show-me\">+<\/button>\r\n\t\t\t\t\t\t<div class=\"question_answer filter-container__match-html\" style=\"display:none;\"><p>The rapid expansion of data centres \u2014 driven above all by artificial intelligence \u2014 is emerging as one of the most significant new sources of electricity demand in Europe, and its effects on grids and consumer prices are increasingly visible, even if Hungary is for the moment partly insulated. Data centres already consume roughly 3 per cent of the European Union&#8217;s electricity, about double the global average share, and their demand is expected to rise by around 30 per cent between 2023 and 2026 and to grow by some 70 per cent by 2030. The load is also highly concentrated: in Ireland, data centres now account for over 20 per cent of national electricity consumption, and a single large facility can use as much electricity in a year as 100,000 households. Because this demand clusters in particular regions, it places acute pressure on local grids and, where supply does not keep pace, on prices.<\/p>\n<p>The price mechanism is straightforward: where demand rises without a corresponding increase in supply, costs rise for all users on the network. Early evidence of this is already apparent in the United States, where increased consumption from data centres contributed to an average 6.5 per cent rise in energy prices between May 2024 and May 2025, with far sharper increases in some states \u2014 around 18 per cent in Connecticut and over 36 per cent in Maine. In Virginia, a major data-centre hub, the grid operator has warned that, absent measures to make large technology customers bear a fairer share of network-upgrade costs, general electricity prices in parts of the state could climb by as much as 25 per cent by 2030. The European experience points the same way: Irish data-centre electricity use rose by around 20 per cent in a single year, prompting the country to consider moratoria on new connections and to require new facilities to provide their own on-site generation or flexibility, while in the Netherlands and Belgium local opposition to hyperscale projects has centred on fears that they will absorb large amounts of local supply and push household prices up. The European Central Bank has likewise observed that heavy clustering of data centres in one country or area can create localised electricity shortages and price spikes, particularly where limited cross-border grid capacity prevents a country from importing enough additional power when local demand surges \u2014 so that where AI servers are deployed matters as much as how many there are.<\/p>\n<p>Hungary&#8217;s position must be understood against the backdrop of its long-standing utility cost reduction scheme (rezsics\u00f6kkent\u00e9s), which fixes residential gas and electricity prices at low, regulated levels and which has been maintained into 2026. The immediate consequence is that the kind of data-centre-driven increases now appearing in the United States and parts of Western Europe do not feed directly through to Hungarian household bills: residential consumers are shielded by the capped tariffs, and any divergence between market costs and the regulated price is absorbed centrally rather than passed on to households. In the short term, therefore, the growth of data-centre demand is not directly raising the prices paid by Hungarian consumers in the way it is elsewhere.<\/p>\n<p>That insulation is real but partial, and two channels mean the effect may nonetheless reach Hungary over time. The first is domestic: the cap protects the price paid by households, but it does not remove the underlying physical pressure on the grid. As data-centre and broader electrification demand grows in Hungary, the cost of reinforcing the network, procuring balancing capacity and covering the gap between wholesale costs and capped prices will continue to build, and \u2014 as the experience of other countries shows \u2014 those costs ultimately fall somewhere in the system, whether on the central budget, on non-residential users who pay market prices, or, should the regulated regime ever be adjusted, on households themselves. The second channel is the single market. Because Hungary is part of an integrated European electricity market and is a net importer that relies on cross-border flows, wholesale prices in Hungary are coupled to those of its neighbours; a sustained, data-centre-driven rise in electricity prices across the European Union would tend to raise the wholesale prices Hungary faces, increasing the cost of imports and the fiscal burden of sustaining the price cap, and feeding through directly to the Hungarian businesses that already buy at market rates. In this sense, even a country that shields its consumers domestically cannot fully decouple from a Europe-wide price trend.<\/p>\n<p>The policy response is developing at European level, and Hungary will operate within it. The European Union is seeking both to scale up its computing capacity \u2014 the forthcoming Cloud and AI Development Act aims to triple data-centre capacity within five to seven years \u2014 and to contain the consequences, through a target of climate-neutral data centres by 2030, a data-centre sustainability reporting and labelling scheme, and the revised Energy Efficiency Directive. Equally relevant for consumers, European energy regulators have discussed tariff reforms based on a &#8220;cost-causer pays&#8221; principle, so that the cost of grid expansion driven by large digital loads is not borne solely by residential users, while instruments such as the Social Climate Fund and the requirement that a significant share of energy-efficiency effort be directed to low-income and energy-poor households are intended to cushion vulnerable consumers against rising prices. For Hungary, the practical implication is that the surge in data-centre demand reinforces precisely the priorities already identified for its energy transition \u2014 accelerating grid reinforcement, expanding domestic low-carbon generation and storage to limit import dependence, and ensuring that the cost of network upgrades is allocated fairly between large commercial loads and ordinary consumers.<\/p>\n<\/div>\r\n\r\n\r\n\t\t\t\t\t<\/li>\r\n\r\n\t\t\t\t\r\n<div class=\"word-count-hidden\" style=\"display:none;\">Estimated word count: <span class=\"word-count\">10632<\/span><\/div>\r\n\r\n\t\t\t<\/ol>\r\n\r\n<script type=\"text\/javascript\" src=\"\/wp-content\/themes\/twentyseventeen\/src\/jquery\/components\/filter-guides.js\" async><\/script><\/div>"}},"_links":{"self":[{"href":"https:\/\/my.legal500.com\/guides\/wp-json\/wp\/v2\/comparative_guide\/142810","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/my.legal500.com\/guides\/wp-json\/wp\/v2\/comparative_guide"}],"about":[{"href":"https:\/\/my.legal500.com\/guides\/wp-json\/wp\/v2\/types\/comparative_guide"}],"wp:attachment":[{"href":"https:\/\/my.legal500.com\/guides\/wp-json\/wp\/v2\/media?parent=142810"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}