NTNU and SINTEF play an important role in the Norwegian public debate. They are tasked with contributing and sharing knowledge so that it can be put to use and contribute to the greater good of society. This is why we have gathered our collective knowledge from the breadth of our professional environments, so that we can put wind power development into a sustainability perspective.
Norway is in the midst of transitioning to be a low-emission society. Our perspective is that as much as possible, all energy development should be in keeping with the UN’s sustainability goals. Based on these goals and on our research, we offer the following tips for sustainable development of wind power in Norway.
- Calculate nature’s intrinsic value
The use of all locations – onshore and offshore – must take sustainability into account, and nature’s intrinsic value must play a greater role in socio-economic calculations.
In May 2019, the UN expert nature panel (IPBES) came out with a report showing how humans affect nature and that we are now losing species and diversity at record speed. Human activity is threatening one million species, changes in land use being the main reason (1).
In August 2019, the UN climate panel (IPCC) published its Special Report on Climate Change and Land, which points out that climate solutions must increasingly incorporate sustainable land use practices (2). Plastics and other negative impacts likewise greatly threaten the ocean environment.
Win-win measures that are balanced and take into account both natural diversity and the need for climate action must be identified. Careful land planning and good siting of onshore and offshore wind farms can reduce negative effects and the conflicts between nature, wildlife and business interests.
Norway has the know-how to plan and develop projects that protect the environment, such as power generation that takes nature into account, and it should continue to invest in research and development to create new sustainable innovations and solutions.
- Strengthen people’s involvement and engagement
Decision-making processes and impact assessments should involve and engage the broader population to a greater degree than they do now. Transitioning to a low-emission society requires effective transition strategies and a good climate policy, which encompasses much more than technological development. It also requires a major societal change. Understanding how most people relate to climate strategies and measures is an important part of addressing climate change.
Society needs a more transparent, open and comprehensive decision-making process. As wind power development occurs, the authorities and businesses should engage and involve the general population in developing, planning and assessing the impacts of wind power both on- and offshore.
- Expand floating offshore wind power in Norway NOW
Offshore wind power is an important part of a sustainable energy system for the future. In its Sustainable Development Scenario, the International Energy Agency (IEA) expects wind power to be the second largest global energy source in installed capacity by 2040, and the largest in terms of delivered energy (3). The IEA expects that onshore wind energy will continue to dominate, but with strong offshore wind development, with growth from today’s level of 16 GW to over 350 GW (1200 TWh) by 2040 (4). The technical potential for offshore wind is more than a hundred times greater than currently exists. In a study (5), NREL (USA) states that offshore wind could potentially deliver 192 800 TWh per year, which is the equivalent of eight times the world’s electricity supply in 2014.
Floating wind turbines have great potential since they can be placed in deep water areas, providing the ability to tap into enormous wind resources and to have less conflict with other interests in siting the turbines.
Developing a Norwegian domestic market will be important as a learning arena for practical testing and problem solving, as a basis for reference and for developing market expertise in this new industry. Norway’s offshore wind knowledge and technology give the country an edge in reaching new markets and driving costs down so that offshore wind is profitable. To maintain this advantage, Norwegian industry must develop even smarter and better solutions, which requires effective interplay between industry, education, research and innovation.
Norwegian industry’s strong knowledge-based and technological competitive advantage in floating wind farms is partly due to its petroleum industry and maritime expertise.
Norway’s foremost areas of expertise are with chassis, maritime operations, operation and maintenance, sea cables, and surveillance and management systems. Examples of its pioneering role in the field are the installation in 2009 of the world’s first full-scale wind turbine, Hywind, outside Karmøy municipality, and the construction and operation of the world’s first floating wind farm, Hywind Scotland, in 2017.
Our recommendation is for Norway to take advantage of this competitive advantage now.
Continued Norwegian investment in offshore wind with R&D and a development programme will help reduce the cost of floating wind power. This will lead to increased global development, more clean energy and will contribute significantly to achieving climate targets. Norwegian exports of technology and electricity will create both value and new jobs.
Norwegian businesses and industry have set a target of achieving a ten per cent market share for Norwegian companies in the global offshore wind market by 2030. This is equivalent to increasing Norwegian exports in offshore wind tenfold – from NOK 5 billion to NOK 50 billion.
This is considered realistic, but will require a commitment and ramping up by industry of both basic and applied research in the field.
- UN report on declines in species, biodiversity from May 2019
- IPCC Special Report on Climate Change and Land
- IEA World Energy Outlook, 2018
- IEA Offshore Energy Outlook, 2018
- Arent, D. et al (2012) Improved Offshore Wind Resource Assessment in Global Climate Stabilization Scenarios