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DEVELOPING RENEWABLE ENERGY IN ARCTIC AND SUB-ARCTIC REGIONS AND COMMUNITIES

FulbrightArcRenewableEnergy

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CAPITAL DEVELOPMENT<br />

RECOMMENDATION #8:<br />

EXPLORE US<strong>IN</strong>G AN EARLY STAGE <strong>RENEWABLE</strong> <strong>ENERGY</strong> FUND<br />

TO SUPPORT THE HIGH-RISK, EARLY STAGES OF PROJECT<br />

DEVELOPMENT<br />

RATIONALE <strong>AND</strong> BACKGROUND<br />

Over the past twelve years, investments in renewable energy have demonstrated<br />

remarkable growth. 50 New investments will increasingly be required if significant<br />

gains are to be realized in new renewable energy development. Currently, a vast<br />

majority of the existing energy infrastructure in the Arctic has been constructed<br />

using national or sub-national public funding (in Canada, see eco<strong>ENERGY</strong> and<br />

Arctic Energy Alliance’s Alternative Energy Technologies Program). While this<br />

funding has been instrumental, there are limitations to the amount of public<br />

funding available to support project development. In particular, funding directed<br />

towards supporting the early stages of project development is far less common.<br />

A possible strategy for enticing increased public investment in the early stages<br />

of renewable energy development is to further attract private or local funding,<br />

whenever possible, to buttress the public investment.<br />

If designed correctly, publicly funded programs can play a positive and essential<br />

role in attracting private sector or local investment. The challenge is to move<br />

away from a direct-support grant-based model, to one where public finance<br />

can be used innovatively to more successfully leverage additional third-party<br />

investment. For example, funding the high-risk predevelopment stages of<br />

a renewable energy project to improve the project’s economic viability can<br />

help attract private funding and private partners during the construction and<br />

operation phases of the project. This can be particularly important for projects<br />

in more remote areas of the Arctic, where project economics are often marginal<br />

at best.<br />

CURRENT EXAMPLES<br />

To incentivize geothermal energy utilization for space heating, the Government<br />

of Iceland established the Iceland’s National Energy Fund in the late 1960s. This<br />

fund provided a mechanism to offer low interest loans to municipalities or private<br />

local developers for geothermal resource assessment. These reconnaissance<br />

steps are the early stage and high risk/cost activities required to assess the<br />

potential of a geothermal resource to support a district heating system. Under<br />

this program, if the exploration efforts did not identify a viable resource, up to<br />

80% of these costs are converted to a grant and thus, no cost was incurred by the<br />

municipality or developer. If exploration is successful, the loan is then extended<br />

to include the capital costs for developing the system.<br />

33

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