Eurostat just published a news release that in 2017 energy consumption in the EU, again, has increased 1% compared to the year before. For three years in a row now energy consumption in EU28 is increasing. This makes it more difficult to achieve the energy efficiency improvement target. In 2020 energy consumption should be 20% lower than baseline projections, in 2030 32,5%. (see Eurostat-news).
Let’s have a look at history. How did the energy consumption of the 28 countries that now are part of the EU develop from 1965 onwards.
Combining data from BP’s Energy Review Statistics (dotted line in line below) and data from Eurostat visualises the development of primary energy consumption (y-axis) in EU28 and the corresponding greenhouse gas (GHG) emissions over more than half a century
Fractievoorzitters Buma en Dijkhoff kunnen rustig gaan slapen
door Eric van den Heuvel, Loes Knotter
Tijdens de algemene beschouwingen maakten fractievoorzitters Buma (CDA) en Dijkhoff (VVD) zich zorgen dat Nederland met haar plannen voor sterke CO2-reductie in 2030 te ver voor de troepen uit loopt.
Ze hoeven zich geen zorgen te maken. Nederland bungelt in Europe vooralsnog achteraan voor het bereiken van de doelen van 2020, en moet haar uiterste best doen om het peloton bij te halen, laat staan dat het zicht heeft op de kopgroep.
In onderstaande grafiek is dit schematisch weergegeven, met de stand van zaken van 2016 (data afkomstig van Eurostat).
Although December 2016 shows another record-high for electric vehicles in the Netherlands, also other low-carbon options are urgently needed to further reduce transport emissions.
31,6%, in December 2016, has been the highest share for full electric (FEV) and plug-in hybrid electric (PHEV) passengers vehicles in the monthly new car registrations in the Netherlands so far. The previous record was set in December 2015 (24,6% share for EVs). December 2016 showed another important milestone: total EVs registrations has topped over the 100 thousand, since their introduction around 2012. Yet, the EV market uptake in 2016 slowed down and was 36% less than in 2015, mainly due to a sobered fiscal support scheme for PHEVs.
The strong dominance of fossil resources (share-wise) in energy consumption can make it easy to overlook the disruptive changes that are taking place in today’s energy landscape: for more than a decade now, total energy consumption is going down in the European Union – at the cost of fossil fuels. Only renewable based energy consumption is growing.Energy consumption from renewabe resources (solar, wind, geothermal, bioenery) shows a hyperbolic curve – flat from 1965 to the end of the 1980s, curving in the 1990s and going steep up in share in this century. In 2014 the combined hydro and other renewables energy consumption bypassed nuclear and has climbed to 75% of the coal based consumption level.
The graph below presents which resources fueled growth in a given year compared to the year before. Oil, gas, to a lesser extent coal, and in the 80s nuclear were the resources used for energy consumption growth – up to 2004. From that year on dominancy has been taken over by hydro and other renewables.
The COP21 conference in Paris is approaching and the EU 2030 energy and climate targets are set – as well as the low carbon economy vision for 2050.
It is clear which ‘colour’ will dominate Europe’s energy landscape in the decades that come.
Europe-based feedstocks for biofuels have gained dominancy in the last couple of years official reporting in the Netherlands and Germany shows. Also the greenhouse gas (GHG) savings established by the use of biofuels in these two countries have increased.
Europe is currenlty debating the pathways to a decarbonized, resource efficient and energy independent Europe. The numbers in this graph demonstrate how biofuel GHG-savings and feedstock origin are contributing to these objectives.
Plotting the 2010 performance of the entire EU* causes some confusion. Both the GHG-saving and feedstock origin 2010 figures for the EU are higher than one would expect from the Dutch and German performances over 2011 till 2013 . Are other countries achieving higher GHG-saving levels and significantly using more European feedstocks? A more detailed analysis of the performances of other member states will be needed to clarify.
*The EU performance are based on the in 2013 by the European Commission (EC) published Renewable Energy Report. The newest EC Renewable Energy Progress report is expected to be published soon. It will bring clarity on the 2012 performance and enable comparison to the performances as reported in the Netherlands and Germany.
Europe is transforming towards a low-carbon and resource efficient economy. This will impact various economic sectors such as; the energy, transport and mobility, and the agricultural sector.
As a result, many EU Member States are exploring pathways to restructure their energy production and consumption patterns. Several countries are designing processes to reach a sustainable fuel mix.
These developments are guided through European and national regulations. At both European and national level regulations are in place and updated on continuous basis following new insights, often provided for by civil organisations.
For companies many market opportunities will spring from these developments. By viewing compliance as an opportunity, companies start converting ‘conventional’ to ‘green’ offerings. A following step is designing new sustainable products or processes and ultimately find new sustainable business models.
For the various parties in this process, studio Gear Up identifies and creates the best opportunities in sustainable low carbon options.