Over the last decade, European policies have been a key driver for the deployment of renewable energies and of PV in particular. The urgent need to avoid irreversible climate change effects while ensuring European competitiveness and security of energy supply has led to more a coherent, structured energy policy at EU level.
Within the framework of the Directive, each Member State has to develop a National Renewable Energy Action Plan (NREAP), detailing how it will reach its target. These plans should show whether a Member State is “on track” or not.
When it comes to PV, however, an analysis of the 27 NREAPs reveals that Member States have greatly underestimated the contribution of solar electricity. Already today, six Member States have reached their 2020 target for PV, and seven others are expected to reach it by 2015. According to EPIA scenarios, the potential for 2020 is at least twice as high as the levels foreseen in the NREAPs, around 200 GW capacities or even more in Europe by 2020.
Potential adjustments to the NREAPs will therefore have to consider updated figures so as to properly acknowledge the future contribution of PV in the European energy mix by 2020.
For more information about the progress towards reaching the 2020 targets, please see the Keep-on-track! Project developed by the European Renewable Energy Council (EREC).
Solar photovoltaic (PV) power is an important part of the fight against global warming. PV systems do not emit any greenhouse gases (GHG) during operations, providing clean energy and economic benefits with minimal environmental impact. The PV capacities installed in Europe up until 2012 have the potential to reduce carbon dioxide emissions by about 39 million tonnes every year1, compared with the EU average fossil-fuelled power mix. The avoided emissions would correspond to taking more than 20 million new passenger cars2 off the EU roads in a given year.
The Directive establishing the European Union Emissions Trading System (EU ETS)
is the key element of a legislative framework focussing on explicitly
mitigating climate change thanks to a reduction in GHG emissions –
mainly CO2. The system makes emitting CO2 costly and creates an EU-wide
market for the emissions. From 2013, the possibility of emitting GHG for
the power sector will be subject to auctioning. All GHG emitting plants
will need to bid for the possibility of releasing GHG into the
atmosphere.
The system was conceived to shift the costs of
emissions to the polluter. Recently, however, the economic downturn has
contributed to creating an unexpectedly slack demand of GHG permits
(allowances). This has contributed to undermining the effectiveness of
the scheme in slashing GHG emissions. Moreover, the ETS is currently the
only policy instrument creating a framework for GHG emissions’
reduction after 2020. It remains therefore crucial that the balance
between demand and supply is redressed. Together with a continuous
effort to reduce energy consumption, this will complement the specific
framework for renewable energy that will be needed to meet Europe’s 2050
decarbonisation objectives.
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EU Heads of State and Government have committed to reduce greenhouse gas emissions by 80-95% below 1990 levels by 2050. As recognised in the Energy Roadmap 2050 published by the European Commission, this will imply a complete decarbonisation of the energy sector.