Estimating employment from energy-efficiency investments
•Uses input-output approach to estimate clean energy jobs from investments.•Method for estimating the number and types of jobs from energy-efficiency investments.•Estimates jobs from efficiency investments in homes, businesses, and industry.•Creates “bills of goods” to examine the job impacts of inv...
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Published in: | MethodsX Vol. 7; p. 100955 |
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Language: | English |
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Abstract | •Uses input-output approach to estimate clean energy jobs from investments.•Method for estimating the number and types of jobs from energy-efficiency investments.•Estimates jobs from efficiency investments in homes, businesses, and industry.•Creates “bills of goods” to examine the job impacts of investments in energy efficiency.
We develop a methodology for estimating the number and types of jobs that would result from investments in energy efficiency in homes, businesses, and industry. The methodology involves the development of input-output (I-O) bills of goods that characterize how energy-efficiency funds would be spent across sectors of the economy. The methodology builds on and adds greater articulation to the research conducted in prior studies of U.S. energy-efficiency policies.•The first two steps involve estimating the magnitude of investments in energy-efficient technologies and systems required to produce a unit of energy consumption reduction, and then identifying how these investments are expensed across the broad investment categories, which creates the preliminary “bills of goods” for investments in energy efficiency in homes, businesses, and industry.•The third step involves soliciting feedback on the preliminary bills of goods from experts in delivering and evaluating energy-efficiency programs, and then making necessary modifications.•In the final step we apply the input-output coefficients representing the bills of goods to estimate the direct, indirect and induced employment per million dollars of investment in energy efficiency.
Comparison of Employment Multipliers Across Energy Sectors (FTE/$million investment)(Note: Total values are correct; the sums of components as shown may not add to the totals, due to rounding.) [Display omitted] |
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AbstractList | •
Uses input-output approach to estimate clean energy jobs from investments.
•
Method for estimating the number and types of jobs from energy-efficiency investments.
•
Estimates jobs from efficiency investments in homes, businesses, and industry.
•
Creates “bills of goods” to examine the job impacts of investments in energy efficiency.
We develop a methodology for estimating the number and types of jobs that would result from investments in energy efficiency in homes, businesses, and industry. The methodology involves the development of input-output (I-O) bills of goods that characterize how energy-efficiency funds would be spent across sectors of the economy. The methodology builds on and adds greater articulation to the research conducted in prior studies of U.S. energy-efficiency policies.
•
The first two steps involve estimating the magnitude of investments in energy-efficient technologies and systems required to produce a unit of energy consumption reduction, and then identifying how these investments are expensed across the broad investment categories, which creates the preliminary “bills of goods” for investments in energy efficiency in homes, businesses, and industry.
•
The third step involves soliciting feedback on the preliminary bills of goods from experts in delivering and evaluating energy-efficiency programs, and then making necessary modifications.
•
In the final step we apply the input-output coefficients representing the bills of goods to estimate the direct, indirect and induced employment per million dollars of investment in energy efficiency.
Comparison of Employment Multipliers Across Energy Sectors (FTE/$million investment)(Note: Total values are correct; the sums of components as shown may not add to the totals, due to rounding.)
Image, graphical abstract •Uses input-output approach to estimate clean energy jobs from investments.•Method for estimating the number and types of jobs from energy-efficiency investments.•Estimates jobs from efficiency investments in homes, businesses, and industry.•Creates “bills of goods” to examine the job impacts of investments in energy efficiency. We develop a methodology for estimating the number and types of jobs that would result from investments in energy efficiency in homes, businesses, and industry. The methodology involves the development of input-output (I-O) bills of goods that characterize how energy-efficiency funds would be spent across sectors of the economy. The methodology builds on and adds greater articulation to the research conducted in prior studies of U.S. energy-efficiency policies.•The first two steps involve estimating the magnitude of investments in energy-efficient technologies and systems required to produce a unit of energy consumption reduction, and then identifying how these investments are expensed across the broad investment categories, which creates the preliminary “bills of goods” for investments in energy efficiency in homes, businesses, and industry.•The third step involves soliciting feedback on the preliminary bills of goods from experts in delivering and evaluating energy-efficiency programs, and then making necessary modifications.•In the final step we apply the input-output coefficients representing the bills of goods to estimate the direct, indirect and induced employment per million dollars of investment in energy efficiency. Comparison of Employment Multipliers Across Energy Sectors (FTE/$million investment)(Note: Total values are correct; the sums of components as shown may not add to the totals, due to rounding.) [Display omitted] We develop a methodology for estimating the number and types of jobs that would result from investments in energy efficiency in homes, businesses, and industry. The methodology involves the development of input-output (I-O) bills of goods that characterize how energy-efficiency funds would be spent across sectors of the economy. The methodology builds on and adds greater articulation to the research conducted in prior studies of U.S. energy-efficiency policies. • The first two steps involve estimating the magnitude of investments in energy-efficient technologies and systems required to produce a unit of energy consumption reduction, and then identifying how these investments are expensed across the broad investment categories, which creates the preliminary “bills of goods” for investments in energy efficiency in homes, businesses, and industry. • The third step involves soliciting feedback on the preliminary bills of goods from experts in delivering and evaluating energy-efficiency programs, and then making necessary modifications. • In the final step we apply the input-output coefficients representing the bills of goods to estimate the direct, indirect and induced employment per million dollars of investment in energy efficiency. |
ArticleNumber | 100955 |
Author | Brown, Marilyn A. Soni, Anmol Li, Yufei |
Author_xml | – sequence: 1 givenname: Marilyn A. surname: Brown fullname: Brown, Marilyn A. email: mbrown9@gatech.edu – sequence: 2 givenname: Anmol surname: Soni fullname: Soni, Anmol – sequence: 3 givenname: Yufei surname: Li fullname: Li, Yufei |
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Cites_doi | 10.1016/j.econmod.2016.11.012 10.1002/wow3.124 10.1016/j.enpol.2013.01.034 10.1016/j.apenergy.2019.114354 10.1016/j.ecolecon.2014.12.007 |
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Keywords | Employment impacts Input-Output Estimates of Clean Energy Jobs Clean energy jobs Input-output analysis Green jobs |
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Snippet | •Uses input-output approach to estimate clean energy jobs from investments.•Method for estimating the number and types of jobs from energy-efficiency... • Uses input-output approach to estimate clean energy jobs from investments. • Method for estimating the number and types of jobs from energy-efficiency... We develop a methodology for estimating the number and types of jobs that would result from investments in energy efficiency in homes, businesses, and... |
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Title | Estimating employment from energy-efficiency investments |
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