Iceland is doing a feasibility study into building a 727-mile power cable to Scotland to transport as much as 18 terawatt-hours of geothermal and hydropower a year — part of an effort to become one of the European Union's main sources of renewable energy.
REYKJAVIK, Iceland — Europeans left stranded at airports last year as an Icelandic volcano spewed ash across the continent may soon benefit from the power that seethes beneath the remote North Atlantic island.
Iceland is doing a feasibility study into building a 727-mile power cable to Scotland to transport as much as 18 terawatt-hours of geothermal and hydropower a year — that’s enough to fuel as many as 5 million European homes. The project has the full backing of the government, Industry Minister Katrin Juliusdottir said.
“Icelanders live with earthquakes and volcanic activity but the benefits are that now we can monetize these powers,” said Valdimar Armann, an economist at Reykjavik-based asset manager GAMMA, who estimates annual clean-energy exports could reach about a tenth of the island’s $12 billion economy.
The island is trying to emerge from Europe’s biggest banking meltdown this century to restyle itself as one of the European Union’s main sources of renewable energy.
- Shell icebreaker begins journey after protesters removed from Portland bridge
- Surviving Seattle’s sidewalks: Pedestrian rage rises as the population grows
- Silence deafening as Russell Wilson deadline for extension nears
- Haggen cuts worker hours in Seattle area
- Alaska Airlines has 72-hour sale on fall travel to Hawaii
Most Read Stories
The power cable, which would be the longest of its kind ever built, would come as the EU strives to reach its target of 20 percent clean energy by 2020. In about 20 years, Iceland’s energy revenue per capita may rival that of Norway, where oil income has made its $540 billion sovereign wealth fund the world’s second-biggest, Armann said.
Landsvirkjun, a state-owned utility that produces 75 percent of Iceland’s electricity, is driving the feasibility study for the $2.1 billion power-cable project.
While investors are already more upbeat about Iceland’s prospects of recovery, the island, the world’s fifth-richest per capita in 2007, still has a long way to go before it can restore its former wealth. Its 2008 banking crisis sent the krona down 80 percent against the euro offshore and shaved almost a fifth off disposable incomes the following year.
Iceland may be unable to realize its geothermal dreams without some foreign investment. It costs $300 million to $400 million to generate each terawatt hour, according to Ragna Sara Jonsdottir, a spokeswoman at Landsvirkjun.
The government estimates that 75 percent of Iceland’s potential energy is undeveloped. Hydropower, fueled by the island’s glaciers, accounts for about 73 percent of electricity production, with geothermal generating about 27 percent. About 39 percent of the available geothermal energy, which taps the earth’s heat, is used to make electricity.
President Olafur Ragnar Grimsson has been traveling the world promoting Icelandic expertise in geothermal technology and has announced deals with China, India and Russia. He says countries are turning to Iceland for clues on how to switch to green energy.
The island produced 17.2 terawatt-hours of electricity last year, just shy of the 18 terawatt-hours it could send to the EU every year if the cable is built. Of that, about 80 percent went to three aluminum smelters and a ferrosilicon smelter. Output could double or triple over the next 30 years, depending on whether Iceland exploits environmentally sensitive areas, Landsvirkjun estimates.
Iceland’s drive to become one of Europe’s main renewable-energy sources comes as competition also intensifies in Denmark and Norway to supply the continent with energy. The EU is trying to spur development of a power grid covering the whole region to establish more links between countries, connect offshore turbines to prevent blackouts when the wind doesn’t blow and allow easier movement of power between markets.
So far, the island’s producers have concentrated on selling power to the energy-intensive aluminum industry. Iceland now wants to diversify to other industries that use a lot of power, such as data centers and chemical industries, said Juliusdottir.
For now, demand for access to Iceland’s power is growing faster than the island can supply. Alcoa, the biggest U.S. aluminum producer, said this month it’s pursuing a plan to build a geothermal-powered smelter even after Landsvirkjun said it may not be able to supply the plant.
“We have to consider options that allow us to generate the greatest amount of revenue,” said Juliusdottir. “Connecting Iceland with Europe via cable gives us the chance to sell our excess power onto the spot market in Europe.”