Developing the future energy workforce

Page 39

Canada does not produce annual, national disaggregated renewable energy employment data but has recently undertaken a study on energy efficiency employment using the USEER methodology (ECO Canada, 2019). We were unable to find recent national data on renewable energy employment for Mexico.

4.3.3 Asia Pacific Australia is covered in detail in the previous section, and we were unable to find national disaggregated data for employment in the renewable energy sector for Japan or New Zealand.

4.3.4 Global The International Renewable Energy Agency (IRENA) produces the Renewable Energy and Jobs Annual Review (IRENA, 2020) with publications dating back to 2011. The report covers five main categories of renewables – hydropower, solar PV, bioenergy, wind energy, solar heating/cooling, plus other technologies. It includes direct and indirect jobs in renewable energy worldwide. IRENA provides data and analysis on issues such as local value creation, wages, education and training,

and gender equity in renewable energy employment. The IRENA jobs database provides a breakdown of employment data by sector for each country (IRENA Jobs Database, 2021). Employment numbers are based on a wide range of studies that use varying methodologies and the information is of variable quality. IRENA sources data from primary information provided by national entities such as ministries and statistical agencies, and secondary data sources such as regional and global studies. Where data is insufficient, IRENA uses estimates based on employment factors, capacity and manufacturing data. The International Energy Agency (IEA) reported on the job potential in the energy efficiency sector in 2021. The IEA has tracked funding for energy efficiency-related measures announced as part of governments’ stimulus packages to the end of October 2020. They estimate jobs based on these funding announcements. The jobs are categorised by country, region and sector (industry, buildings and transport) as well as efficiency measures (building retrofits, industry energy efficiency, new electric cars, railways, charging infrastructure, new buildings, material efficiency, public transport, walkways and bike lanes, new efficient cars).

Table 4. International approaches to energy sector employment – IEA countries

Australia

Canada

United States

MARKET VALUE/ EMPLOYMENT

BOUNDARIES MAIN APPROACH (LEVEL OF DETAIL)

ABS: Employment

ABS: employment factors, CEC: project calculations

ABS: employment in renewable energy activities (construction only)

Variable Ad hoc for example Energy Efficiency Council, Green Energy Markets (2019)

Variable

Variable

Yes

Statistics Canada

Both

Survey, census data, NAICS codes

Direct and indirect

Renewable energy

Limited period

Statistics Canada (from 2013 – 2017)

Market value only

Energy efficiency/ Environmental sector

Yes

ECO Canada (2019)

Both

Survey (focus changes year by year)

Direct employment, Value, Specific occupations, Hiring difficulties, demographics, Projections

Energy sector including EE (fuels, renewable & fossil fuel electricity, transmission & distribution, EE, transport)

Yes

NASEO & EFI (2020)

Both

Survey (25,000 businesses), census data (Bureau of Labor Statistics), NAICS codes

Direct employment, occupational details, hiring difficulties/ expertise gaps, 5-year trends, demographics, wage levels.

SECTOR

ANNUAL ORGANISATION

Renewable energy

Yes (limited period)

ABS (special report) (2020a)

Energy efficiency

No

Energy (petroleum, electricity)

Clean Energy Council (2020, 2021)

U.S. Energy and Employment Report

CEC: construction employment and investment

E3 Opportunity Assessment: Developing the future energy workforce

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Appendix 6 – Literature reviewed for Work Package 1

6min
pages 120-123

6.3 Strengthening innovation pathways

3min
page 82

Appendix 3 – Work Package 1 and 2 survey

5min
pages 112-114

Table 15. Opportunities to strengthen Australia’s energy innovation system

9min
pages 83-87

Appendix 2 – Selected Australian studies reporting on the clean energy sector

3min
pages 110-111

Appendix 7 – Research roadmap

16min
pages 124-132

7.1 Summary of findings

15min
pages 88-95

Appendix 4 – Studies included in the Work Package 2 rapid review

2min
page 115

Figure 11. Energy-related public R&D as a percentage of GDP

19min
pages 74-79

Table 11. Summary of barriers and facilitators of a clean energy transition

2min
page 59

Figure 6. The energy efficiency market

5min
pages 49-50

Figure 8. How participants foresee shortages in skills/ roles will change in the next five years (N=35

2min
page 56

Figure 5. Preference for survey and projections to be clean energy or energy sector as a whole (N=38

2min
page 46

Figure E-1. Stakeholder involvement

10min
pages 6-9

2.2 Unclear pathways for skills and occupations required to deliver a clean energy transition

1min
page 22

Figure 1. Information priorities from a survey of the clean energy workforce (N=140

7min
pages 18-20

4.2 Methodologies for measuring and projecting the clean energy workforce

9min
pages 35-37

4.3 International approaches – overview

3min
page 38

Table 4. International approaches to energy sector employment – IEA countries

4min
pages 39-40

3.1 Literature review

2min
page 29

2.1 Lack of robust measures to characterise and project the future energy workforce in Australia

2min
page 21
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