Oslo School
 Norway: Oslo’s Green Transformation and Tiny Solar Thermal Contribution

Norway: Oslo’s Green Transformation and Tiny Solar Thermal Contribution

Oslo SchoolGlobally, Scandinavian countries have been leading in a lot of areas such as freedom of the press and social equality. Norway’s capital Oslo is now striving to become a big city example in green transformation and environmental protection. As far back as in June 2016, Oslo’s city council approved a strategy to reduce CO2 emissions by 50 % in 2020 and 95 % in 2030. To meet this target, it will employ measures such as “to phase out fossil fuel heating in homes and offices by 2020,” according to the Renewables 2017 Global Status Report
Photo: Terje Grønmo Arkitekter / Tove Lauluten

What role solar thermal can and will play in these ambitious plans seems to be the obvious question. But Glen Peters, Senior Researcher at the Centre for International Climate and Energy Policy, does not believe that the energy source will be of importance in the city’s green transformation. “I don’t think Oslo will be using solar thermal – or, at least, it will make very little use of it. Generally, fossil fuel heating should be replaced by either district heating from burning waste or hydropower and heat pumps, and similar sources,” Peters said when asked by solarthermalworld.org.
Given the fact that Scandinavia is not one of those regions enjoying large amounts of solar radiation, Peters’ low expectations seem understandable. However, Denmark has, in fact, been using solar thermal very successfully in district heating. We asked Øystein Ihler, Development Director at the City of Oslo’s Agency for Climate, how the municipal administration had been implementing the ambitious fuel phase-out project. He said that the focus of the Norwegian capital was on cutting GHG emissions in half by 2020 to provide “sustainable city development and the electrification of transport”. “Solar energy, both for electricity production and water heating, will be part of the solutions to meet our targets,” he added, but clarified that whereas solar thermal “will play its role, it won’t be a major one and PV will be favoured over solar thermal because we use it in transforming the transport sector.”
FutureBuild: “solar thermal was not an important element”
In 2010, Oslo launched the FutureBuilt programme, mainly to implement its green transformation strategy (see the attached document). Fifty pilot projects – from individual houses and public buildings to entire city blocks – are to be set up by 2020. Their purpose is to show “that it is possible to design climate-neutral urban areas of great architectural quality.” But like Ihler, Birgit Rusten, Programme Manager of FutureBuilt, pointed out that solar thermal was not “an important element” of its sustainable building projects. Until now, the FutureBuilt portfolio includes only four completed projects using solar thermal, the Frydenhaug School and the Holmen swimming pool among them.
“I think the reason for not having more projects which include solar thermal is that many project planners seem to prefer geothermal energy,” Rusten said. The programme manager added that there were better conditions for PV use than for solar thermal. But what was true for both: “Their output is zero if they’re covered with snow, and Oslo doesn’t have much sun during winter anyway.”
Websites of organisations mentioned in this article:
Centre for International Climate and Energy Policy: http://www.cicero.uio.no

Frank Stier

Frank Stier is a Sofia-based freelance journalist working for print and online media and news agencies.