1.6 booklet 2014

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  • 8/17/2019 1.6 Booklet 2014

    1/2

    CARBONDIOXIDE EMISSIONS

    GDP AND FINAL ENERGYCONSUMPTION

    ENERGY AND ELECTRICITYCONSUMPTION PER CAPITA

    In 2014, total carbon dioxide emissions decreased by 12% since 2013, mainly as a result of

    the lower consumption of oil products for electricity generation, which resulted in a drop of

    62% in the emissions from public service electricity plants. The emissions originated from

    the use of fuels in the different sectors increased 1% in the last year.

    Gross Domestic Product (GDP) and

    Final energy consumption had similar

    behaviour in the period 1997-2014. After

    having the minimum levels in 2002-2003

    as a consequence of the economic crisis,

    both indicators recovered an increasing

    tendency. Between 2006 and 2009, energy

    consumption grew with higher annual rates

    than GDP; it should be noted, in special,

    the great growth of the industrial sector

    in 2008, which changed the consumption

    structure of the country. Between 2010

    and 2012, the situation was reversed, with

    lower growth in energy consumption than

    in GDP. In the years 2013 and 2014, final

    energy consumption grew again with a

    higher annual rate than GDP, of 6% and

    3% for the last year, respectively.

    In 2014, CO2 emissions reported as Memo Items

    were higher than the total emissions of the

    energy sector. Emissions from biomass fuels

    increased by 16% in the last year, while the

    emissions originated in international bunkers

    (aviation and marine) decreased 3% between

    2013 and 2014.

    CO2 emissions have shown some variability

    throughouttheperi od1997-2014;however, they

    have accompanied the evolution of GDP. The

    large variations occurring in CO2 emissions

    are closely associated with the variations in

    emissionsfrompublicserviceelectricityplants,

    due to higher or lower consumption of fossil

    fuels to generate electricity. The year 2014

    showed similar behavior to 2007 and 2010

    in terms of good availability of hydropower,

    situation that represented lower CO2 emissions

    compared to other years with lower levels of

    rainfall, and therefore higher consumptions

    of oil products for power generation.

    Regarding CO2 emissions per capita, there was

    a net growth throughout the period with great

    variation, as well. The minimum of emissions

    was recorded in 2003 (1.2 t/inhab), whereas

    CO2 emissions reached their maximum levels

    in 2012 (2.4 t/inhab) followed by a drop in

    2014 (1.8 t/inhab).

    Regardingenergy andelectrici tyconsumption

    per capita, both indicators displayed similar

    behaviour throughout the period 1965-

    2014. Until 1999-2000, the upward trend

    was greater for electricity consumption, but

    was interrupted by the economic crisis. Since

    2004 this situation has changed and the

    consumption of energy and electricity per

    capita has regained its tendency to increase,

    which has continued in 2014.

    917

       C   O

       2   E   m   i   s   s   i   o   n   s    (   G   g    )

    E ne rg y in du st ri es B io ma ss f u el s

    Sectors ofconsumption International bunkers

    9,000

    8,000

    7,000

    6,000

    5,000

    4,000

    3,000

    2,000

    1,000

    0E ne rgy S ec to r M emo It em s

    949

    5,251

    7,417

    6%

    9 %

    8%

    14 %

    55%

    6%

    6,201Gg

    CO2

    Emissions

    E le ct ri ci ty p la nt s T ra ns po rt

    Energysector own use Industrial

    R es id en ti al A gr ic ul tu re /F is hi ng /M in in g

    Com/Serv/Pub. Sector

    2%

    G DP -CO2

    emissions

    200

    150

    100

    50

    0

           1       9       9       7

           1       9       9       8

           1       9       9       9

           2       0       0       0

           2       0       0       1

           2       0       0       2

           2       0       0       3

           2       0       0       4

           2       0       0       5

           2       0       0       6

           2       0       0       7

           2       0       0       8

           2       0       0       9

           2       0       1       0

           2       0       1       1

           2       0       1       2

           2       0       1       3

           2       0       1       4

    Total CO2

    emissions

    CO2

    emissionsper capita(t/inh)

    GDP

       B   a   s   e   1   9   9   7  =   1   0   0

    6

    5

    4

    3

    2

    1

    0

       t   C   O   2

        /   i   n   h

    GDP- Total final consumption(Base 1997= 100)

    Total final consumption GDP

    180

    160

    140

    120

    100

    80

           1       9       9       7

           1       9       9       8

           1       9       9       9

           2       0       0       0

           2       0       0       1

           2       0       0       2

           2       0       0       3

           2       0       0       4

           2       0       0       5

           2       0       0       6

           2       0       0       7

           2       0       0       8

           2       0       0       9

           2       0       1       0

           2       0       1       1

           2       0       1       2

           2       0       1       3

           2       0       1       4

    Evolution ofconsumptions per capita

    Energyconsumption percapita(toe/1,000inh)

    Electricityconsumptionper capita(kWh/inh)

    1,400

    1,200

    1,000

    800

    600

    400

    200

    0

           1       9       6       5

           1       9       7       2

           1       9       7       9

           1       9       8       6

           1       9       9       3

           2       0       0       0

           2       0       0       7

           2       0       1       4

       t   o   e    /   1 ,   0   0   0   i   n   h

    4,000

    3,500

    3,000

    2,500

    2,000

    1,500

    1,000

    500

    0

       k   W   h    /   i   n   h

    917

  • 8/17/2019 1.6 Booklet 2014

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