Green exports and the global product space: Prospects for EU industrial policy
We test if and where industrial policy to promote ‘green’ industry development can improve competitiveness in export markets. Proponents of ‘green growth’ have argued that domestic promotion of ‘green’ energy will generate improved comparative advantage in export markets for high-technology goods such as wind turbines or solar cells. If this holds depends on if domestic market expansion can, on its own, support firm competitiveness abroad. We find evidence that industrial policy may work for wind turbines, but we find no evidence that it works for solar cells. Furthermore, domestic renewable energy promotion is more likely to translate into improved international competitiveness if a country already possesses skills, technologies, and industrial sectors closely related to the sector in question. By locating the wind turbine and solar cell sectors in the global product space of traded goods, we are able to show that, net of historical competitiveness and domestic market size, green industrial policy functions best when capitalising on pre-existing industrial capacities, rather than trying to create them.Finally, our finding that policy appears to work for wind turbines but not solar cells may reflect the greater tradeability of solar cells, which may mean that expansion of domestic demand leads to more imports rather than expanded domestic production. While this paper suggests conditions under which green industrial policy might prove effective in economic development, it makes no claims about whether this represents an efficient approach to either growth or emissions reduction. This evidence recommends caution in using economic growth and competitiveness arguments as the primary justification for investments in renewable energy.
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- Rodriguez-Clare, Andres, 2007.
"Clusters and comparative advantage: Implications for industrial policy,"
Journal of Development Economics,
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- Unruh, Gregory C., 2000. "Understanding carbon lock-in," Energy Policy, Elsevier, vol. 28(12), pages 817-830, October. Full references (including those not matched with items on IDEAS)
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