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    EMPLOYMENT EFFECTS OF ELECTRICITY

    GENERATION FROM RENEWABLE ENERGY

    TECHNOLOGIES IN THE UK

    C. Oliveira1,2

    , N. Cassidy3

    , D. Coelho2,4

    1Polytechnic Institute of Coimbra, ISCAC, Portugal2 INESC Coimbra, Portugal

    3Maastricht University4Polytechnic Institute of Coimbra, ISEC, Portugal

    22nd

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    OUTLINE MOTIVATION

    METHODOLOGIES TO ESTIMATE EMPLOYMENT EFFECTS

    THE RENEWABLE ENERGY SECTOR IN THE UK

    METHODOLOGY

    Data: limitations and assumptions

    ILLUSTRATIVE RESULTS

    CONCLUSIONS AND FURTHER RESEARCH

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    MOTIVATION

    20% reduction in GHGemissions20% increase in the share

    of renewable energy

    Increase in electricitygenerated from RETS

    (29GW by 2020 in the UK)

    Benefits

    Global Warming

    Energy Security

    Employment ??

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    MOTIVATION (UK) UK commitment to reduce GHG emissions by at least 34% compared to

    1990 levels and to increase share of RE to 15% by 2020 (UKGovernment, 2013).

    European Renewable Energy Council (EREC, 2013) recently ranked the

    UK 25thout of 27 member states on its progress in meeting the RE

    target for 2020.

    In 2010 it was only 3.3% (54TWh) of energy consumption came from

    renewables and UK was the only country that did not achieve its first

    interim target under the Directive by the end of 2011 (4.04% for 2011

    to 2012) (EREC, 2013).

    In 2012 contribution of RES to electricity generation stood at 11.3%

    (DECC, 2012).

    Assessment of employment impact of growth in RES in UK is highly

    complex, namely considering future support and investment in this

    sector remains uncertain.

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    METHODOLOGIES TO ESTIMATE EMPLOYMENT EFFECTS

    Green Jobs (Different Concepts) Green Job is used to conceptualise the perceived cross over of interests between

    the environment and employment.

    Without a common definition of what a green job is, quantifying employment

    benefits, associated with a transition to a low carbon economy, is especially difficult.

    ECORYS (2008) gross employment forecasts for Europe in the year 2020 range

    between 2.3 million to 21 million!!!

    Entities Definition

    UNEP (2008) Work in agricultural, manufacturing,

    R&D, administrative, and service

    activities that contribute substantiallyto preserving or restoring

    environmental quality.

    EUROSTAT (2011) Environmental Goods and Service

    Sector as aheterogeneous set of

    producers of technologies, goods and

    services ... that seek to protect the

    environment or minimise the use ofnatural resources

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    Employment Estimates and Renewable Energy Sector

    Difficulty in arriving at employment estimates can be seen when

    looking at one sub-group of green jobsthose in RET.

    Two methods are commonly used:

    METHODOLOGIES TO ESTIMATE EMPLOYMENT EFFECTS

    IO MethodAnalytical

    Survey Data

    Direct impact only

    Best suited for quantifying job

    effects of a precise energy project

    or industry

    IO Table

    Direct, Indirect and Induced effects

    Best suited for quantifying job

    effects at national or regional level

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    Criticisms of Employment Estimates

    Different methodologies are used and not clearly defined

    making it difficult to compare employment estimates.

    Employment benefits are over estimated due to the assumptionthat RES jobs are labour intensive.

    A positive employment outcome depends heavily on Climate

    Change targets being achieved and a suitable policy

    environment.

    Hence broad sweeping claims that there will be a positive

    employment outcome should not be madethe outcome will

    be context specific!!!

    METHODOLOGIES TO ESTIMATE EMPLOYMENT EFFECTS

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    THE RENEWABLE ENERGY SECTOR IN THE UK

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    Study Methodology Employment Estimates

    Department of Trade and

    Industry (DTI, 2004)

    Analytical 17,000 to 35,000 jobs per

    year up to 2020 if the

    goal of 20% RES is met

    Renewable Energy

    Association (REA, 2012)

    Evaluation of business

    registers and case studies

    2010/2011 the RES sector

    supported 110, 000 jobsand by 2020 it could

    support 400,000 jobs

    Breitschopf et al. (2012) IO 2009 RES-E industry

    employed 16,000

    persons

    Marsh and Miers (2011) IO considering the

    amount of jobs that could

    have been created if the

    subsidies received by RES

    were spent elsewhere

    For every job created in

    RES in the UK, 3.7 jobs

    will be lost elsewhere

    THE RENEWABLE ENERGY SECTOR IN THE UK

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    How many jobs will be created in the UK from increasing the share

    of renewable energy in the generation of electricity?

    Total Number of Jobs Type of Job

    Are the workers adequately prepared and protected?

    Direct impact on the renewable energy

    sector due to an increase in final demand for

    renewable energy

    Indirect impact on other sectors due to an

    increase in final demand for renewable energy

    Installation the manufacturing and build of

    renewable energy technologies

    Operational the maintenance and day-to-day

    operation of renewable energy technologies

    Fuel input Bioenergy requires fossil fuel

    energy as an input into its production

    Research Question

    THE RENEWABLE ENERGY SECTOR IN THE UK

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    Methodology: Application to RES-E in the UK

    Match the domestic output of each

    relevant activity/ component of RET to

    industry in I-O table

    Calculate total output of each relevant

    activity/ component

    Decompose phases into their

    activities/components

    Divide into life cycle phase

    Installation

    Operation Fuel (for Bio energy)

    For example, installation of offshore wind can be broken down

    into the manufacturing of rubber and plastic, transportation etc.

    Total expenditure connected to each life cycle phase Cost share of each relevant activity/component as % of life cycle

    phase

    Calculation slightly different depending on life cycle phase

    For example, transport (activity)used in the construction of

    offshore wind (life cycle phase) is split between the industry

    Land Transport (30%) and water transport (70%)

    Calculate the employment effect of

    each activity/component

    Use corresponding labour coefficient to calculate direct

    employment effect

    Exploit the Leontief Matrix, using the employment multipliers, to

    arrive at indirect employment effect

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    Methodology: Application to RES-E in the UKData: limitations and assumptions

    Limitations Assumptions

    UK most recent IO table is for 2005.

    World Bank (2011) acknowledges IOdata from one country can be applied

    to another so long as this application

    can be justified, i.e. the production

    processes (labour and capital inputs)

    are similar.

    Use the Scottish IO table for the year2009.

    UK (including Scotland) use a different

    classification system (SIC - Standard

    Industrial Classification vs. NACE -

    Nomenclature statistique des activits

    conomiques dans la Communaut

    europenne).

    Industries of the Scottish IO table

    were changed in line with the NACE

    classification system.

    Data in columns and rows of had to

    be carefully merged to make new IO

    table.

    Unknown when the increase in

    renewable energy will take place to

    reach 2020 target.

    1st) Employment estimates provided

    are based on the assumption that each

    individual RET target will be met.

    2nd) Employment estimates if electric

    capacity of RET combined for the year

    2020 was 29GW only.

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    Methodology: Application to RES-E in the UKData: Assumptions

    Department of Energy and Climate Change has set a minimum target for

    renewables to deliver 29GW of electricity capacity in the UK by 2020 (anincrease of 21 GW from 2009).

    13 GW 11.9GW

    11.6 GW

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    Illustrative Results

    1st) Results: Total employment by life cycle phase 2020

    (when individual targets are met)

    37.148

    21234

    6941

    22.142

    5431

    3103

    0

    10.000

    20.000

    30.000

    40.000

    50.000

    60.000

    70.000

    Installation of new

    facilities

    Operation of

    facilities

    Fuels

    Employedpersons

    Indirect

    Employment

    Direct

    Employment

    95,999jobs, with 65,323

    direct and 30,676 indirect.

    Installation of newfacilities accounts for the

    majority of jobs - 59,290.

    Indirect employment

    effect is larger for the

    installation compared to

    operation

    Fuel is only an input for

    bioenergy, the number of

    associated jobs is relatively

    small - 10,044

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    Illustrative Results

    Although installed

    capacity of onshore wind

    and PV is greater than for

    offshore wind, the latter

    technology is expected tocreate largest number of

    direct jobs.

    Offshore wind is one of

    the most physically

    demanding RET to constructas well as operate, especially

    the further offshore and

    remote the marine

    environment is.

    1st) Results: Total direct employment by technology 2020

    (when individual targets are met)

    0 5.000 10.000 15.000 20.000

    Geothermal electricity

    Hydropower large

    Hydropower small

    Solar thermal electricity

    Photovoltaics

    Tidal and wave electricity

    Wind - Offshore

    Wind - Onshore

    Biogas (incl. CHP)

    Biomass small scale (incl. CHP)

    Biomass large scale (incl. CHP)

    Biomass co-firing (incl. CHP)

    Biowaste (incl. CHP)

    Installation of new facilities

    Operation of facilities

    Fuels

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    Illustrative Results

    Overall PV is expected to

    create the largest number of

    jobs - 27,085.

    1st) Results: Total indirect employment by technology 2020

    (when individual targets are met)

    0 2.000 4.000 6.000 8.00010.00012.000

    Geothermal electricity

    Hydropower large

    Hydropower small

    Solar thermal electricity

    Photovoltaics

    Tidal and wave electricity

    Wind - Offshore

    Wind - Onshore

    Biogas (incl. CHP)

    Biomass small scale (incl. CHP)

    Biomass large scale (incl. CHP)

    Biomass co-firing (incl. CHP)

    Biowaste (incl. CHP)

    Installation of new facilities

    Operation of facilities

    Fuels

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    Illustrative Results

    2nd) Results: Total employment by life cycle phase 2020

    (when the overall target of 29GW is met)

    59,143 employed

    persons, which is

    considerably less than the

    95,999 originally estimated22.099

    13689

    4431

    13.469

    3501

    1954

    0

    5.000

    10.000

    15.000

    20.000

    25.000

    30.000

    35.000

    40.000

    Installation of

    new facilities

    Operation of

    facilities

    Fuels

    Employedpersons

    Indirect

    Employment

    Direct

    Employment

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    CONCLUSIONS AND FURTHER RESEARCH

    Employment estimates are based on assumption that the 2020 RET individual targets will be met

    (best-case scenario) - With UK government failing to keep on top their RE commitments, RE jobscould be considerably less.

    Majority of jobs would be in installation of new facilities, and many of these are likely to be only

    temporary, as opposed to in operation and maintenance, where the jobs are more permanent.

    Labour intensity of renewables tends to decline as experience in installing and operating the

    technology increases.

    Further effort to revise and collect data that is necessary for producing employment estimates is

    encouraged so as to put an end to the disparities currently haunting the literature.

    An up-to-date IO table and cost structures of RET would help to improve the accuracy of

    estimates which are derived from an IO analysis.

    IO tables would be expanded to allow for the inclusion of RES as its own separate industry.

    UK and Scottish National Statistics Office ought to consider using the NACE classification

    system when constructing the tables to allow for cross country comparisons to be made.

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    CONCLUSIONS AND FURTHER RESEARCH

    It is recommended that future research is concentrated also on establishing the net effects.

    Recent attempts to provide net employment estimates in the UK are not overly

    reliable.

    The need for a stable policy environment is therefore crucial not only for ensuring any

    employment benefits are optimised but also to enable a full assessment of what the

    expected consequences, both positive and negative, will be for employment.

    It is important to know what type of skills are needed to perform these roles.

    This kind of information has been limitedlargely because of the unpredictability

    associated with the transition and also because it is likely that the skill needs will be

    different according to local contexts.

    Finally, it is increasingly recognised that along with determining the quantitative impact on

    employment, the qualitative impact also needs to be addressed to fully appreciate the

    consequences of moving to a low carbon economy.


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