2 October 2017 2017 11:00 AM GMT

Wind Energy Has The Potential To Provide 30% Of Europe’s Power By 2030

Wind energy has the potential to provide up to 30% of Europe’s power by 2030 according to figures released by WindEurope in its Outlook to 2020 and Scenarios for 2030 reports. According to WindEurope’s projections, Europe could be on course for an average installation rate of 12.6 GW per year in the years up to 2020. This would take Europe to a total of 204 GW by 2020. By this date wind would be Europe’s largest renewable energy source, surpassing hydro and providing 16.5% of Europe’s electricity demand. However, this growth is likely to be concentrated in just six countries (Germany, UK, France, Spain, Netherlands and Belgium), with Central and Eastern Europe lagging well behind.

The Scenarios for 2030 report illustrates that wind energy still has enormous growth potential. It shows that wind could provide 30% of Europe’s power by 2030 and reach a total of 323 GW. This would also include the repowering or life-extension of the roughly half of the EU’s existing wind capacity that is going to reach the end of its operational life before 2030. Reaching this milestone will be possible if the right policies are in place and significant changes to the energy system are made. This includes greater certainty on long-term revenue stability; significant progress on the system integration of variable renewables including build-out of the grid and interconnectors; and clear policy commitments on electrification.

Germany, France and the UK would have the most installed capacity, with 85 GW, 43 GW and 38 GW respectively. France would leapfrog the UK and Spain to second place thanks to the policies being put in place by the new government. Meanwhile, Denmark, Ireland, Estonia and the Netherlands would form an exclusive club of countries sourcing more than 50% of their electricity from wind by 2030.

This growth would mean 382 million tonnes of avoided CO2 emissions annually and unlock €239bn in investment from 2017-2030, enabling the wind industry to support 569,000 European jobs by 2030. It would also avoid the import of €13.2bn worth of fossil fuels per annum.

WindEurope CEO, Giles Dickson, said: “Wind energy is now firmly established as the cheapest form of new power generation. But the outlook from 2020 is uncertain. The industry needs binding and ambitious National Energy & Climate Action Plans that provide clarity on post-2020 volumes, which will allow cost reductions to continue. This requires a good outcome on the EU Clean Energy Package. With an ambitious European renewables target of at least 35% by 2030, the wind industry could deliver even bigger volumes at a competitive cost.”

October 16th 2018
InnoEnergy, Deloitte: Smog Reduction Can Save European Citizens €183bn By 2025

InnoEnergy and Deloitte’s radical new research reveals that EU citizens could save €183bn by adopting innovative smog-reduction technologies to 2025. This is in response to the European Commission’s finding that smog will cost the EU an astonishing €475bn between 2018 and 2025. The report identifies best technologies to reduce Europe’s 400,000 pollution-related premature deaths a year. These key technologies include fast, interconnected and interoperable car charging solutions, solar thermal, and underground energy storage.

September 29th 2018
IRENA: Innovation Front and Centre, As Leaders Shape the Future Energy System

Participants from more than 80 countries explored the disruptive innovations in digitalisation and decentralisation that are transforming energy systems around the world. Remarkable cost reductions driven by technological innovation and an increasingly conducive policy environment have made renewable energy increasingly competitive with conventional fuels in many parts of the world. In parallel, innovations such as the Internet of Things, blockchain, artificial intelligence, smart charging of electric vehicles, and hydrogen power and storage are making energy systems increasingly integrated and flexible and are supporting the transition to a renewable-powered future.

December 6th 2017
Renewables Provide 17.8% Of Total US Electricity. Solar Now 2.0% And Wind 6.0%

According to the latest issue of the U.S. Energy Information Administration’s (EIA) “Electric Power Monthly” report, U.S. electrical generation from renewable energy sources (i.e., biomass, geothermal, hydropower, solar – inc. distributed solar, wind) rose by 14.69% during the first three-quarters of 2017 compared to the same period in 2016. Simultaneously, electrical generation by fossil fuels and nuclear power combined declined by 5.41%. Nuclear power and coal both dropped by 1.5%, natural gas (including “other” gas) was down by 10.7%, and oil (i.e., petroleum liquids and petroleum coke) plunged by 17.1%.

September 26th 2018
UK Wind Generation Capacity Smashes Through 20 Gigawatt Mark

RenewableUK has announced that the UK has hit a historic milestone of 20GW (20,000MW) of wind generation capacity. The opening of Ørsted’s 659MW Walney Extension off the coast of Cumbria this month pushed the total over the 20GW mark. Commenting on the announcement, RenewableUK’s Executive Director Emma Pinchbeck said: “It took 19 years to install the first 5GW of wind energy in the UK and we’ve now installed the same amount in under two years. That phenomenal growth shows just how quickly the UK is moving to a smart, low carbon power system and wind energy is at the heart of that.  

September 22nd 2018
MHI Vestas Signs Firm Order for Largest MW Project in Company History

MHI Vestas Offshore Wind will supply 90 of its flagship V164-9.5 MW turbines for the 860 MW Triton Knoll Offshore Wind Farm project; its largest MW project to date. MHI Vestas celebrated the financial close of the deal with innogy, at the site, confirming the project as the largest (MW) in the history of the turbine company. Affirming its strengthening position in the UK offshore wind market, the Danish-Japanese joint venture will supply 90 of the world’s most powerful commercially available turbine, the V164-9.5 MW, and has agreed on a comprehensive 5-year O&M agreement.

solar energy qmqr18