Hungary

Key facts

Hungary produces 37 987 GWh of electricity every year and imports 25.6% of their national consumption. [1]

Hungary is 19% electrified.

The Hungarian electricity to gas price ratio is 3.2 for industry and 3.1 for households. [2]

The Hungarian electricity mix is split between
  • Nuclear
  • Solar PV
  • Natural Gas
  • Coal
  • Biofuels
  • Other

Current state of electrification

Residential buildings in Hungary

Buildings

  • Residential buildings represent 31.2% of electricity consumption in Hungary, and commercial and public services represent 19.5%. [3]
  • There are 36 224 installed heat pumps in Hungary. [4]

Industry

  • Industry represents 43.6% of the electricity consumption. The main electricity consumers are: [5] [6]
    • Machinery, equipment, and automotive manufacturing: 4.5 to 5.2 TWh | 24% to 27% of industrial electricity
    • Chemical and pharmaceutical industry: 3.6 to 4.2 TWh | 20% to 22% of industrial electricity
    • Basic metals and metal processing: 2.7 to 3.2 TWh | 15% to 17% of industrial electricity
Transport — from the design

Transport

  • Transport represents 3.3% of the electricity consumption.
  • The data for the total number of vehicles comes from the Hungarian Central Statistics Office [7]
  • The electric fleet is composed of [8] [9]
  • 97 201 electric cars (+7 470 year on year) — this represents 2.30% of the ~4.22 million passenger cars on Hungarian roads
  • 7936 light commercial vehicles (+1 566 year on year) — this represents roughly 1.59% of the ~500 000 light commercial vehicles on Hungarian roads
  • 303 electric buses (+45 year on year) — this represents roughly 1.68% of the ~18 000 buses on Hungarian roads
  • 60 electric trucks (+19 year on year) — this represents roughly 0.05% of the ~130 000 trucks on Hungarian roads
  • 976 light electric vehicles (+140 year on year) — this represents roughly 0.57% of the ~170 000 motorcycles and mopeds (light vehicles under 4 wheels) on Hungarian roads

Grid and flexibility

Transmission & Distribution

Hungary faces severe grid congestion and connection bottlenecks driven by a massive surge in solar PV capacity.
This rapid, one-sided expansion without proportional transmission or storage scaling forced restrictive connection caps, long queues, and an interim order-of-preference system prioritising projects with guaranteed flexibility or storage.
Projects demonstrating lower environmental impact will also receive priority. [10]

Storage

Driven by a solar capacity boom exceeding 6.2 GW and a national target of 1 GW in grid storage by 2030, Hungary is rapidly scaling its BESS.
Operational utility-scale BESS capacity now exceeds 200-250 MW, headlined by Greenvolt’s flagship 99.8 MW / 288.6 MWh facility in Buj, MET Group’s 40 MW / 80 MWh project in Százhalombatta, and MAVIR’s 20 MW / 60 MWh system in Szolnok. [11] [12]
Residential storage has expanded beyond 110 MWh across 12,000+ households – a trend accelerated by national schemes like the HUF 100 billion Napenergia Plusz Program – while Hungary’s commitment to the EU Tripartite Agreement for Energy Storage targets 700 MW of new storage developments through 2028. [13] [14]

Smart meters

Hungary currently has approximately 650,000 to 800,000 operational smart electricity meters. This covers roughly 15% to 20% of Hungary’s ~4.5 million electricity metering points. [15]

Support schemes

Residential Solar PV + Battery Storage (BESS)
Napenergia Plusz Program (Solar Plus) [16]

Direct CAPEX grants (covering up to 66% of system costs)

Budget: HUF 105.8 billion (~€270M)

Covers combined solar panel, inverter, and battery installations for 25,000+ households.

Utility-Scale Renewable Generation (Solar, Wind, Biomass)
METÁR Framework [17]

Sliding feed-in premiums / Contracts for Difference (CfDs) via competitive auctions

Encourages investments for 0.3 MW to 20+ MW generation projects to achieve Hungary’s target of 90% clean electricity by 2030.

Cleantech Manufacturing Support Scheme
Cleantech Industrial Supply Chain (Batteries, PV, Heat Pumps, Electrolysers) [18]

Direct grants and state tax relief under the EU State Aid CISAF framework

Budget: €4.1 billion state aid framework

Incentivizes manufacturing capacity for net-zero technologies and critical raw material recycling through 2030.

Utility BESS & Grid Flexibility Grants
Large-scale Battery Storage (BESS) & TSO/DSO Grid Upgrades [19]

Combined CAPEX subsidies and revenue support via the EU Recovery and Resilience Facility (RRF) & REPowerEU

Supports utility-scale storage projects (over 400+ MW pipeline) and grid capacity building to integrate decentralized solar.

Corporate EV & Charging Subsidy
Commercial Fleets & BEV Adoption [20]

Fixed CAPEX grants per electric vehicle purchased by businesses

Budget: HUF 30 billion (~€75M)

Drives corporate fleet electrification and expands public fast-charging infrastructure.

Residential Energy Efficiency & Heating (Heat Pumps, Insulation)
Otthon Felújítási Program (Home Renovation) [21]

Blended interest-free loans and non-refundable grants

Targets pre-1990 residential building retrofits, thermal insulation, window replacements, and heat pump installations to lower gas dependency

Targets

Buildings

  • Expand heat pump adoption to drive annual increases in renewable heating and cooling, using direct building electrification alongside geothermal district heating to replace domestic natural gas consumption by pre-1990 residential housing stock. [22]

Transport

  • Target a 29% renewable share in transport by 2030 driven primarily by electromobility [23]
  • phasing out fossil-fuel public buses in cities over 25,000 residents via the Green Bus Program and scaling battery electric vehicle (BEV) deployment alongside charging infrastructure. [24]

Industry

  • Transition heavy manufacturing (chemical, automotive, basic metals) away from natural gas imports through direct process electrification. [25]

Gaps and Challenges

Rapid expansion of solar PV power has outpaced local transmission and distribution capacity, creating severe grid congestion and connection bottlenecks. To tackle this, the government has launched target storage frameworks to reach 1 GW of utility-scale BESS by 2030, backed by the HUF 105.8 billion (~€270M) Napenergia Plusz Program for residential solar+battery systems, alongside dedicated EU Recovery and Resilience Facility (RRF) allocations for distribution grid upgrades and smart meter deployment.

Industrial electricity demand is heavily concentrated in energy-intensive sub-sectors. Transitioning thermal processes to electric units requires massive up-front capital investment, but progress is hampered by the total absence of national sub-sector electrification mandates, high wholesale electricity price volatility linked to natural gas (18.8% of power generation), and heavy reliance on generic state aid schemes without targeted Power Purchase Agreement (PPA) de-risking instruments.

Transport is the least electrified demand sector in Hungary. Electric cars, commercial heavy freight and logistics face steep vehicle procurement costs, a scarce network of highway high-power fast-chargers, and local grid capacity bottlenecks in depot charging infrastructure.

Assessment

Buildings

At risk

Accounts for 50.7% of total power demand but space heating remains deeply reliant on imported natural gas with only ~36,200 installed heat pumps, disincentivized by historic retail gas price caps (rezsicsökkentés).

Transport

At risk

Represents just 3.3% of electricity consumption; despite passenger BEV momentum (~97,000 cars), commercial fleets (60 electric trucks, 303 electric buses) remain severely under-electrified due to high vehicle costs and highway fast-charging gaps.

Industry

At risk

High baseline demand (43.6% of national power use) driven by chemical, automotive, and metals manufacturing; receives strong cleantech manufacturing support (€4.1B framework),but lacks specific thermal process electrification mandates and PPA de-risking tools.

Power system

On track

Clean generation baseline is exceptionally strong (42.2% nuclear + 24.2% solar PV), providing over 66% low-carbon power, though lingering gas dependency (18.8%) and 25.6% net power imports leave price clearing exposed to international markets.

Grids

At risk

Severe local grid congestion, mounting renewable curtailments, and low smart meter endpoint penetration (15%–20%) restrict demand-side flexibility, requiring urgent commissioning of the planned utility BESS pipeline.

Policy framework

On track

Clear NECP targets (50% GHG reduction, 30% renewable share by 2030), generous RRF-backed support schemes for residential solar+storage (Napenergia Plusz), and structured cleantech industrial supply-chain grants.

  1. 1IEA, “Country profile: Hungary”, accessible here.
  2. 2European Commission, “Electrification Action Plan”, accessible here.
  3. 3IEA, “Country profile: Hungary”, accessible here.
  4. 4JRC, “Hungary: status of the heat pumps market”, accessible here.
  5. 5IEA, “Country profile: Hungary”, accessible here.
  6. 6ODYSSEE, “Hungary Energy Profile”, accessible here.
  7. 7Hungarian Central Statistical Office, “Transport”, accessible here.
  8. 8IEA, “Country profile: Hungary”, accessible here.
  9. 9European Commission, “Alternative Fuels Observatory: Hungary”, accessible here.
  10. 10Schoenherr, “Hungary’s energy transition: a solar success story ready for the next step”, accessible here.
  11. 11Review Energy, “Hungary’s biggest operating BESS comes online with Greenvolt”, accessible here.
  12. 12Balkan Green energy news, “Hungary’s MAVIR commissions 60 MWh battery energy storage system”, accessible here.
  13. 13GSL Energy, “Hungary energy storage subsidy 2026: the best residential battery solutions guide”, accessible here.
  14. 14Kinstellar, “Hungary strengthens its energy transition through the EU’s Energy Storage Initiative”, accessible here.
  15. 15E.on, “Two-thirds of hungarian smart meters are already in operations”, accessible here.
  16. 16NFFKÜ (National Development Programmes Executing Agency), "Napenergia Plusz Program", accessible here here
  17. 17Hungarian Energy and Public Utility Regulatory Authority (MEKH), "Megújuló Támogatási Rendszer (METÁR) & METÁR-tender", accessible here here
  18. 18Hungarian Investment Promotion Agency (HIPA), "Új támogatási program a tiszta energia elterjedése érdekében (CISAF EKD támogatás)", accessible here here
  19. 19Official Hungarian Grant Portal (palyazat.gov.hu), "Hálózati energiatárolók telepítése energiapiaci szereplőknél (RRF-6.5.1-23)", accessible here here
  20. 20Official Hungarian Grant Portal (palyazat.gov.hu), "Közúti elektromos jármű beszerzés támogatása vállalkozásoknak (RRF-REP-10.10.1-24)", accessible here here
  21. 21ÉMI Non-Profit Llc. for Quality Control and Innovation in Building & palyazat.gov.hu, "Otthonfelújítási Támogatási Program", accessible here here
  22. 22European Commission, “Hungary Final updated NEP 2021-2030”, accessible here.
  23. 23European Commission, “Hungary Final updated NEP 2021-2030”, accessible here.
  24. 24Humda Green, “Green Bus Program”, accessible here.
  25. 25European Commission, “Hungary Final updated NEP 2021-2030”, accessible here.