IRENA points to offshore energy benefits for economies at G7

Offshore wind energy is in the fast lane and picking up speed. Driven by rapidly falling costs and technological innovation, offshore wind capacity grew by 25 percent between 2016 and 2017.

Speaking at the Oceans Partnership Summit during G7, IRENA Director-General Adnan Z. Amin underlined the potential of offshore renewable energy to meet energy demand, stimulate economic growth and generate employment – hallmarks of the global energy transformation.

Compared to other renewable energy technologies, offshore wind still makes up a small part of global power generation. Today, there is slightly less than 19 gigawatts of installed offshore capacity, two-thirds of which is generated by G7 countries. Indeed, the offshore wind sector has so far been a largely European affair. The ten largest sites in terms of capacity are all located in Europe. The United Kingdom and Germany are pioneers in the sector, and today provide over 90% of the G7’s wind power generation.

IRENA Director-General Adnan Z. Amin said: “Offshore power has the wind in its sails as it has now developed into a commercially mature technology. If growth trends continue along with more enabling regulatory environments and standardisation it will be key for global efforts to decarbonise the energy sector and meet climate objectives. G7 countries have an opportunity to demonstrate leadership by further accelerating the development of offshore renewables while reaping its socio-economic benefits.”

Overall, accelerating the deployment of renewable energy would significantly stimulate economic activity additional to the growth that could be expected under a business as usual approach. IRENA’s Global Energy Transformation: A Roadmap to 2050 concludes that a growth of the global share of renewables in total primary energy supply to two-thirds by 2050 would increase global GDP by an amount of USD 52 trillion while creating approximately 19 million new jobs in renewable energy, energy efficiency, and grid enhancement.

Original source: IRENA
Published on 19 September 2018