Does directed technological change favor energy? Firm-level evidence from Portugal

Economic performance is closely related with energy consumption, the major part of which still comes from non-renewable sources. While endeavoring to promote renewable energy, policy makers are interested in technological change that also increases energy efficiency. However, both growth models of d...

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Veröffentlicht in:Energy economics 2021-06, Vol.98, p.105248, Article 105248
Hauptverfasser: Hou, Zheng, Roseta-Palma, Catarina, Ramalho, Joaquim José dos Santos
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creator Hou, Zheng
Roseta-Palma, Catarina
Ramalho, Joaquim José dos Santos
description Economic performance is closely related with energy consumption, the major part of which still comes from non-renewable sources. While endeavoring to promote renewable energy, policy makers are interested in technological change that also increases energy efficiency. However, both growth models of directed technological change and microeconomic theories regarding innovation suggest that technological change is not necessarily biased towards energy. In order to investigate directed technological change at the micro level, this paper applies stochastic frontier analysis to firm data for 32 economic subsectors, with respect to output produced with four inputs: capital, labor, electricity and fuel. Subsectors demonstrate different levels of technical inefficiency, which could be induced by capital deepening and higher share of financial income in total revenue. Output elasticity of labor is generally high among the subsectors, emphasizing labor as the main driver for economic growth. Output elasticity of capital is low overall, although a few subsectors enjoy better marginal returns. In most subsectors, technological change is biased the most towards labor; between electricity and fuel, technological change has favored fuel in more cases. We infer that the market size effect is likely to overwhelm others in deciding the direction of technological change. Thus, policy should include tools in addition to the energy price in order to induce technological change. •Among Portuguese firms, technological change is generally biased more towards fuel than electricity.•Considering the case of Portugal, this implies that technological change favors non-renewable energy instead of renewables.•Market size effect is likely to overwhelm price effect, so energy prices alone may not be an optimal policy tool to induce technological change.•Labor is the main driver for economic growth, while returns to capital are low. Total factor productivity growth is moderate.•There is much space for improving firm performance by eliminating technical inefficiency.
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In order to investigate directed technological change at the micro level, this paper applies stochastic frontier analysis to firm data for 32 economic subsectors, with respect to output produced with four inputs: capital, labor, electricity and fuel. Subsectors demonstrate different levels of technical inefficiency, which could be induced by capital deepening and higher share of financial income in total revenue. Output elasticity of labor is generally high among the subsectors, emphasizing labor as the main driver for economic growth. Output elasticity of capital is low overall, although a few subsectors enjoy better marginal returns. In most subsectors, technological change is biased the most towards labor; between electricity and fuel, technological change has favored fuel in more cases. We infer that the market size effect is likely to overwhelm others in deciding the direction of technological change. Thus, policy should include tools in addition to the energy price in order to induce technological change. •Among Portuguese firms, technological change is generally biased more towards fuel than electricity.•Considering the case of Portugal, this implies that technological change favors non-renewable energy instead of renewables.•Market size effect is likely to overwhelm price effect, so energy prices alone may not be an optimal policy tool to induce technological change.•Labor is the main driver for economic growth, while returns to capital are low. 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Output elasticity of labor is generally high among the subsectors, emphasizing labor as the main driver for economic growth. Output elasticity of capital is low overall, although a few subsectors enjoy better marginal returns. In most subsectors, technological change is biased the most towards labor; between electricity and fuel, technological change has favored fuel in more cases. We infer that the market size effect is likely to overwhelm others in deciding the direction of technological change. 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Firm-level evidence from Portugal</atitle><jtitle>Energy economics</jtitle><date>2021-06-01</date><risdate>2021</risdate><volume>98</volume><spage>105248</spage><pages>105248-</pages><artnum>105248</artnum><issn>0140-9883</issn><eissn>1873-6181</eissn><abstract>Economic performance is closely related with energy consumption, the major part of which still comes from non-renewable sources. While endeavoring to promote renewable energy, policy makers are interested in technological change that also increases energy efficiency. However, both growth models of directed technological change and microeconomic theories regarding innovation suggest that technological change is not necessarily biased towards energy. In order to investigate directed technological change at the micro level, this paper applies stochastic frontier analysis to firm data for 32 economic subsectors, with respect to output produced with four inputs: capital, labor, electricity and fuel. 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subjects Bias
Capital
Directed technological change
Economic analysis
Economic development
Economic growth
Economic performance
Economics
Elasticity
Electricity
Energy
Energy consumption
Energy economics
Energy efficiency
Energy policy
Fuels
Growth models
Innovations
Labor
Microeconomics
Policy making
Renewable energy
Size effects
Stochastic frontier analysis
Technological change
title Does directed technological change favor energy? Firm-level evidence from Portugal
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