the three scenarios examined (COeq/year)....
Figure 2 - Sectoral distribution of net GHG emissions under the three scenarios examined
(COeq/year)......
Figure 3 - Composition of final energy consumption by sector under the three scenarios
examined, 2016-2050 (PJ).....
10
11
Figure 4 - Final energy consumption by fuel type under the three scenarios examined, 2016-
2050 (PJ)...
12
Figure 5-Real GDP developments under the three scenarios examined.
16
Figure 6 - Carbon intensity of the Hungarian economy under the three scenario examined 16
Figure 7 - Changes in GHG emissions per capita and GDP per capita in Hungary...
.24
.25
Figure 8 - Gross and net GHG emissions per capita of EU Member States in 2018.
Figure 9- Expected change of total annual net GHG emissions for the whole economy under
the three scenarios examined (COeq/year)....
28
Figure 10 - Sectoral distribution of net GHG emissions under the three scenarios examined
(COeq/year)....
.30
Figure 11 - Additional investment needs by sector in the LA and EA scenarios compared to
.32
.33
the BAU scenario.
Figure 12 - Real GDP developments under the three scenarios examined
Figure 13 - Carbon intensity of the Hungarian economy under the three scenarios examined
.33
Figure 14-GHG emissions from energy consumption in the residential, service, and
agricultural sectors (kt COeq) and the change in GHG intensity (kg CO2eq/MJ), 1990-2018
.37
Figure 15 - GHG emissions (kt COeq) from the electricity and district heating sector and
from the other energy industries, 1990-2018.
.37
Figure 16-GHG emissions (kt COeq) and GHG intensity (kg COeq/MJ) from industrial
energy consumption, 1990-2018.
Figure 17-GHG emissions from transport energy consumption (kt COeq) and GHG
intensity (kg COeq/MJ), 1990-2018.
Figure 18 - Composition of final energy consumption and the change in primary energy
consumption, 1990-2018 (PJ)......
.38
.39
.39
Figure 19 - GHG