Dunaújváros

Szombathely

Eger

Szolnok

Érd

Sopron

Fejér

Somogy

Győr-Moson-Sopron

Szekszárd

Győr

Salgótarján

Hajdú-Bihar

Szabolcs-Szatmár-Bereg

Heves

Tatabánya

Hódmezővásárhely

Tolna

Jász-Nagykun-Szolnok

Komárom-Esztergom

Veszprém

Kecskemét

Kaposvár

Zala

Miskolc

Baranya

Zalaegerszeg

Nagykanizsa

Békéscsaba

Nógrád

Békés

Nyíregyháza

Bács-Kiskun

Pest

Budapest

Pécs

Borsod-Abaúj-Zemplén

Szeged

Csongrád-Csanád

Székesfehérvár

Debrecen

Hungary

Hungary will achieve complete climate neutrality by 2050

1300 environmentally friendly local buses by 2029

8.2% share of biocomponents in fuels by 2020

60% share of electricity interconnections by 2030

Reduce share of gas imports to 70% by 2030 and below 70 % after 2040.

Increase the cross-border capacities of its electricity grid to 60 % by 2030.

331.23 PJ cumulative final energy consumption savings between 2021-2030

min. 21% share of renewable energy sources in gross final energy consumption by 2030

min. 40% reduction of GHG emissions by 2030 (over 1990 base year)

Reach 14.65% gross final energy consumption by 2020

52-85% GHG emission reduction by 2050 over 1990 base year

min. 60% of share of interconnected electricity systems by 2030

min. 120% of N-1 rule for the natural gas infrastructure by 2030

max. 20% of electricity of net import dependency by 2030

max. 85% of oil net import dependency by 2030

~70% of natural gas net import dependency by 2030

Min. 21% share of renewable energy within gross final energy consumption by 2030

7% reduction of non-ETS emissions compared to 2005 by 2030

40% reduction of GHG emissions compared 1990 by 2030

Increase share of electricity interconnection to ~60% by 2030

Reduce share of gas imported to ~70% by 2030

Final energy consumption doesn't exceed 785 PJ in 2030 (value of 2005)

30% share of renewable energy in heating and cooling sector by 2030

7% emission reduce between 2021-2030 relative to base year of 2005

40% GHG emissions reduction by 2030 (1990 levels)

10% use of petroleum products in transport by 2030

max 785 PJ of final energy consumption by 2030

Reduce share of electricity imports to under 20% by 2040

200,000 households with roof-mounted PV panels by 2030

20% electricity consumption is renewable resources by 2030

14% share of renewable energy in transport sector by 2030

Budget 36 billion HUF over 10 years (2020-2030) for Green Bus Porgramme

Only electric buses will be allowed from 2022 in municipalities with a population of over 25,000.

25% households have smart meter installed by 2030

At least 1 million smart meters will be installed in electricity grids by 2030

90% carbon neutral domestic electricity generation by 2030.

Increase solar capacity by 6000 MW by 2030

Increase solar capacity by 6-fold by 2030 (from 2020)

3000 MW by 2022 and at least 6000 MW by 2030 of solar energy generation capacity,

27% increase of country's forest cover by 2030

150 thousand hectares protected natural area by 2021

160 pieces per person per year by 2010, 80 pieces per person per year by 2016, 0 by 2021

50% bus fleet will be environmentally friendly in local areas of major cities by 2030

90% carbon free electricity production by 2030.

Only e-buses will be newly deployed from 2022

To increase the share of renewable resources within gross final electricity consumption to at least 20% by 2030.



To increase the share of renewable energy sources to at least 21% within gross final energy consumption.



To reduce GHG emissions by at least 40% compared to 1990.

The share of renewable energy sources in the country's gross final energy consumption will be at least 21 percent by 2030

90 % of electricity supply to be zero carbon by 2030

Increase the capacity of solar plants by six

Hungary will reduce its greenhouse gas emissions by at least 40 percent by 2030 compared to 1990





Reduction by 16% to 25% of GHG emissions (in the case of a EU 20% plan) or reduction by 27% to 34% (in the case of EU 30% plan) by 2025 compared with a 1990 baseline

25 to 33 M tonnes of CO2 captured, or even 47 to 58 M in case of planting fast-growing tree species by 2025

18.9% of renewable energy for heating and cooling by 2020

10.9% of renewable energy for electricity by 2020

10% of renewable energy for transport by 2020

14.65% of overall renewable energy by 2020

At least 16% of alternative energy for overall energy consumption, and 18% of green energy for electricity by 2020

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The project aims to build on the results and significant tradition of scientific work in the Lake Balaton region, recently initiated research in Hungary focused on adaptation to climate change, as well as innovative approaches to integrated assessment of vulnerability to global change and the formulation of adaptive measures. The ultimate goal is to facilitate the development and implementation of effective adaptive strategies.

The Strategic Partnership for Geothermal Energy Development  is designed with the goal to systematically promote the use of geothermal energy in the ECA Region through assistance in barrier removal, provision of financial support, and capacity building. Partners will be the participating countries in the ECA Region, the World Bank and GEF, International Financial Institutions (IFIs) such as EBRD and other financial institutions focusing on ECA Countries, UNDP and UNEP, as well as multilateral and bilateral donors. The Partnership will be open to any of the ECA Countries.  The Strategic Partnership would involve:  (a)Provision of technical assistance and capacity building to transfer know-how and to establish a geothermal data base and capacities to develop and implement GE,   (b)Support of capital investments in GE,   (c)Development of reforms of the energy market related policies, legal regulatory and institutional framework, and   (d)Monitoring of trends of use of GE and more generally RERs during the period of 2001-2007 in participating ECA countries.   Under the framework of the Partnership, the World Bank and GEF will take the lead to set up the World Bank-GEF Geothermal Energy Development Fund (GeoFund) which will provide   (a)A TA Window,   (b)A partial risk guarantee window to mitigate against the geological risks, and   (c)An investment finance window with contingent grants or low cost funding to help monetize externalities of geothermal projects.   Other partners of the Strategic Partnership could be providing support for policy and institutional reforms, project preparation and implementation as well as co-financing for geothermal investments.   The Strategic Partnership’s primary global objective is to reduce emissions of greenhouse gases (GHGs) in the interest of climate change mitigation through implementation of geothermal projects. Thus, the Partnership through its technical assistance, capacity building, support of barrier removal and hands-on assistance in project funding would help participating countries in the Region in their efforts to reduce the emissions of greenhouse gases in compliance with their commitments to the Kyoto Protocol. It is well known,  that ECA countries are large emitters of these gases on a per capita basis

The project objective is to reduce the emission of carbon dioxide  by improving energy management practices and identifying investments in SMEs through a structured approach.  The approach will be built on and consistent with the Environmental Management System framework embodied in UNEP’s Cleaner Production programme.  Project services are to be delivered through selected National Cleaner Production Centres, drawing on their extensive networks in industry and experience in promoting environmental management with a preventive, cost-effective focus.The project will fund activities needed to bring energy management into the package of CP/EMS advisory services currently being offered by NCPCs.  Once this is done NCPCs will be able to provide, on a recurring basis, comprehensive environmental management services to industry that include energy efficiency and energy management components.  The extensive networks and professional reputations of the NCPCs will allow them to reach industrial clients that will be difficult to reach through other mechanisms.

Project rationale and objectives:  (i) Reduce Hungary's emissions of greenhouse gases (short-term measure) by improving energy efficiency for end-user applications(ii) Create local capacity to fund further energy efficiency projects and applications.  (iii) Encourage the replication of the project elsewhere and raise public awareness about energy efficiency, as part of the country's climate change response strategy

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