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4.1.4 Hungary<br />

European Small Hydropower Association, Stream Map<br />

Key facts<br />

Population 9,958,453 1<br />

Area 93,028 km 2<br />

Climate<br />

Topography<br />

Rain<br />

pattern<br />

Temperate; cold, cloudy, humid winters;<br />

warm summers<br />

Mostly flat to rolling plains; hills and low<br />

mountains on the border with Slovakia<br />

The total mean annual precipitation is<br />

approximately 600 mm. 2<br />

Electricity sector overview<br />

Hungary had a total installed capacity of 10,108.8 MW<br />

and a domestic gross electricity production of 35,984<br />

GWh in 2011. Nuclear energy and natural gas dominate<br />

electricity generation (figure 1). Electricity exchange<br />

occurs with its neighbours particularly Slovakia, Ukraine<br />

and Austria but also Romania, Serbia and Croatia. In<br />

2011, Hungary imported a total of 6,650 GWh<br />

Hungary’s hydro resource potential is located on the<br />

Danube basin (66 per cent), the Tisza (10 per cent) and<br />

other rivers (24 per cent). It is estimated that only 5-6<br />

per cent of the potential hydro energy can be<br />

developed. New hydropower projects consist primarily<br />

of small plants, with the possibility of re-using water<br />

from existing hydropower plants. Hungary’s rivers<br />

exhibit a theoretical power of 990 MW, of which 7,446<br />

GWh/year could be generated. On the small streams the<br />

theoretical production is 308 GWh/year. In the<br />

Renewable Energy Action Plan, Hungary supports<br />

smaller size plants (below 10 MW) mainly in the 100-<br />

500 kW range.<br />

Renewable energy policy<br />

The approved 2009/28/EC Directive on Renewable<br />

Energy sets binding targets on the share of renewable<br />

energy in gross final energy consumption. Hungary’s<br />

renewable energy target is set at 13 per cent by 2020<br />

(according to the EU), but the Hungarian Government is<br />

aiming for 14.65 per cent. There is no green certificate<br />

system in Hungary, the Government plans to introduce<br />

it in the long-term.<br />

electricity. 3 0.34%<br />

0.52%<br />

1.15%<br />

1.47%<br />

3.57%<br />

15.28%<br />

15.60%<br />

25.28%<br />

36.79%<br />

Liquid Fuel<br />

Hydro<br />

Waste / Other RE<br />

Wind<br />

Biomass<br />

Coal<br />

Imported<br />

Natural Gas<br />

Nuclear<br />

0% 10% 20% 30% 40%<br />

Figure 1 Electricity generation in Hungary<br />

Source: Hungarian Energy Office 3<br />

Small hydropower sector overview and potential<br />

Hungary is one of the less mountainous countries in<br />

Eastern Europe. Therefore it has limited hydropower<br />

potential and since the 1970s there have been only a<br />

few small hydropower developments. In 2010, Hungary<br />

had 36 small hydropower plants and a total installed<br />

capacity of 14 MW (generating 67 GWh per year). By<br />

2020, the aim is to have 42 plants with a total installed<br />

capacity of 28 MW (generating 80 GWh). 4<br />

SHP installed<br />

capacity<br />

SHP potential<br />

14 MW<br />

28 MW<br />

0 5 10 15 20 25 30 35<br />

Figure 2 Small hydropower capacities in Hungary<br />

Source: Stream Map 4<br />

Note: Potential is based on planned capacity by 2020.<br />

Legislation on small hydropower<br />

Hungary has introduced a sustainable (non-centralbudget-based)<br />

feed-in tariff (FIT) scheme guaranteed<br />

until 2020. The system was modified in favour of smaller<br />

hydropower plants and those providing remote heating<br />

in 2008. Tariffsare to be adjusted yearly in line with the<br />

inflation rate. There is a peak and off-peak FIT with the<br />

average tariff at around 9 euro cents/kWh x k (k =<br />

inflation rate). 4<br />

Barriers to small hydropower development<br />

Hydropower has long been a much debated topic in<br />

Hungary. Plans to construct such facilities on a larger<br />

scale have been opposed by the incumbent coalition in<br />

the past. The Government still does not consider highcapacity<br />

hydropower a real option compared to other<br />

sources of energy. It claims that the topographic<br />

conditions of Hungary do not allow for favourable and<br />

economic utilization of hydropower. 4<br />

A large part of the country is on flat land, although there<br />

are some low hills. Rivers with high water output do not<br />

have marked drops in elevation either. In the<br />

Government’s view, instead of constructing large dams,<br />

it is more feasible to establish small-scale hydropower<br />

generators (of which there are dozens). Mini<br />

hydropower plants with an output of less than 10 MW<br />

and turbines installed in river beds could provide<br />

energy-efficient solutions for smaller towns and rural<br />

areas. According to the Government, the establishment<br />

of only such smaller plants is in the national interest.<br />

324

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