Although in last years Spain has lost its leadership position, our country was once leader in renewable energy integration. This presentation was used in January 2018 to explain the macroeconomic impact of renewable energies in Spain to some post graduates and teachers from Texas Tech University.
Macroeconomic Impact of Renewable Energies in Spain - Javier Alberto Munoz Gonzalez
1. Macroeconomic Impact of
Renewable Energies
in Spain
Javier Alberto Muñoz González
Communications Director, APPA Renovables
Madrid, January 9, 2018
2. Texas Tech University – January 20182
INDEX
1. What is APPA?
2. Global Energy Context
3. Spanish Energy Context
4. Macroeconomic Impact of Renewable Energies in Spain
5. The Future of Renewables in Spain and Europe
6. Conclusions
3. Texas Tech University – January 20183
1 – What is APPA?
APPA: 30 years working for renewables
The Association of Companies of Renewable Energies (APPA) groups companies and
entities whose purpose is the use of renewable energy sources in all its forms.
Established in 1987, APPA is the leading association of the renewable energy sector in
Spain.
Sections:
APPA collaborates with public and private entities:
Comisión Nacional de los Mercados y la Competencia (CNMC).
CIEMAT (Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas).
Comité de Agentes del Mercado de la Electricidad (OMIE).
Miembro de Comités de AENOR, ENAC, etc.
Otras entidades públicas (agencias autonómicas de la energía, centros tecnológicos, etc.).
Geothermal (High Enthalpy)
Geothermal (Low Enthalpy)
Sea Energy
Biofuels
Biomass
Wind Power
Small Wind
Mini Hydro
Solar PV
4. Texas Tech University – January 20184
Presence in Europe:
Integrated in:
• AEBIOM European Biomass Association.
• EBB European Biodiesel Board.
• EGEC European Geothermal Energy Council.
• EREF European Renewable Energies Federation.
• EUFORES European Forum for Renewable.
• EU-OEA European Ocean Energy Association.
• WindEurope European Wind Energy Association.
• GIA Geothermal Implementing Agreement.
• SPE Solar Power Europe.
Also, representation activities before European
institutions and European Parliament.
1 – What is APPA?
APPA: 30 years working for renewables
5. Texas Tech University – January 20185
Legal and technical advice to associates.
Development of reports and organization of technical work groups.
Provides specific information to associates:
Internal communication:
• Daily news clipping.
• Internal bulletin: legal provisions, ministerial meetings, conferences…
• Sectoral information flashes: immediate information on regulatory and administrative
changes, alerts, etc.
External communication:
• Collaboration and participation in seminars and conferences in the energy sector.
• Web (www.appa.es), Facebook (APPA.Renovables) y Twitter (@APPA_Renovables).
1 – What is APPA?
APPA: 30 years working for renewables
6. Texas Tech University – January 20186
1 – What is APPA?
APPA: 30 years working for renewables
8. Texas Tech University – January 20188
2. Global Energy Context
Energy Consumption
Consumption of energy in the world grows in an unsustainable way.
We must act on this energy demand, since it is fundamentally covered with fossil
resources wich, among other aspects, are finite and produce harmful effects on
the environment
Only in 2006-2030, world energy demand will grow 45%
9. Texas Tech University – January 20189
Due to the consumption of fossil fuels, emissions of greenhouse gases are growing
exponentially, causing adverse effects on the environment.
In recent decades, carbon emissions into the atmosphere are uncontrolled
2. Global Energy Context
Energy Consumption
10. Texas Tech University – January 201810
Only 19% of the energy we consume globally comes from renewable sources, of
which about half comes from the use of traditional biomass.
It is urgent that we act on the uses we make of energy,
the current system is unsustainable
2. Global Energy Context
Worldwide renewable energy
11. Texas Tech University – January 201811
In the same way, 23% of the electricity consumed globally comes from renewable
sources, of which about 75% comes from the use of hydroelectric power plants.
Only 7.3% of the electricity consumed worldwide comes from
"modern" renewable technologies.
2. Global Energy Context
Worldwide renewable electricity
12. Texas Tech University – January 201812
This unsustainability of the world's energy system is mainly due to the following
factors:
• It is based on the consumption of fossil fuels.
• It is about finite resources that tend to disappear.
• These fuels produce adverse effects on the climate.
• Our energy dependence increases, mainly from politically unstable countries,
which translates into a vulnerability of our economies.
• It fosters energy poverty (more than 1.5 billion people do not have access to
electricity).
• The more we use fossil fuels, the greater the economic cost of their use.
Renewable energies are the only option to fight against these effects, they are
respectful with the environment and reduce our energy dependence
2. Global Energy Context
Unsustainable energy system
13. Texas Tech University – January 201813
Installed / dismantled power in European Union
Fuente: WindEurope año 2015
In 2015, 77% of the installed capacity has been renewable technologies,
while more than 17 GW of traditional technologies have been dismantled
2. Global Energy Context
Electricity power in European Union
14. Texas Tech University – January 201814
Electric power installed in the EU
During the last years the percentage of new renewable power in the EU has grown.
Fuente: WindEurope año 2014
2. Global Energy Context
Annual installed power in EU
15. Texas Tech University – January 201815
2016 2020 2030 2050 2100
20%
20%
20%
40%
27%
27%
80 - 95%
2ºC
European directives have been key to the development of the
renewable sector in Spain and will be for the future
2. Global Energy Context
Weather EU Goals
16. Texas Tech University – January 201816
Beyond 2020: Roadmap 2050 => Goal: Europe decarbonization
Our country is in a privileged position to reach
the objectives that EU is proposing for 2050.
Decarbonization is technically and
economically viable.
Energy efficiency and renewable
energies are crucial.
An early investment scenario will be
more economical by reducing our exposure
to higher prices.
We need economies of scale.
EU works on the goal of reducing emissions by more than 80% by 2050, energy
production in Europe will not have to emit virtually carbon. Main conclusions:
2. Global Energy Context
European Directives
17. Texas Tech University – January 201817
Countries with renewable policies and objectives in 2005:
Fuente: REN21 – Renewables 2015 Global Status Report
In 2005, South America, Africa and Eastern Eurpe, hardly had renewable policies
2. Global Energy Context
Renewable policies and objectives in the world
18. Texas Tech University – January 201818
Countries with renewable policies and objectives in 2015:
Fuente: REN21 – Renewables 2015 Global Status Report
At the beginning of 2015, a total of 164 countries had
defined renewable objectives Why this change?
2. Global Energy Context
Renewable policies and objectives in the world
19. Texas Tech University – January 201819Fuente: Banco de Inversión Lazard Noviembre 2015
In the last 7 years, wind and photovoltaic solar technologies have reduced
66% and 85% costs respectively (updated 2016).
- 61% - 82%
2. Global Energy Context
Competitivity and cost reduction
20. Texas Tech University – January 201820Fuente: Banco de Inversión Lazard Noviembre 2015
2. Global Energy Context
Development and cost reduction: the chicken or the egg?
21. Texas Tech University – January 201821
The levelized costs of renewable energies are competitive with traditional technologies,
even in some cases lower. Is the cost reduction sufficient?
Fuente: Banco de Inversión Lazard Noviembre 2015
2. Global Energy Context
Competitivity and cost reduction
22. Texas Tech University – January 201822
Spain is ranked 25th in the world ranking while
that in the year 2007 it occupied the first place.
How do you get to be an attractive country?
Fuente: RECAI Issue 45 – September 2015
2. Global Energy Context
Renewable Energy Country Attractiveness Index (RECAI)
23. Texas Tech University – January 201823
The attractiveness for investments depends on the regulatory framework
2. Global Energy Context
Investment Attractiveness – Spanish case
24. Texas Tech University – January 201824Fuente: REN21 – Renewables 2016 Global Status Report
In 2015 less developed countries invested more in renewables than rich ones
2. Global Energy Context
Global renewable investment 2004-2015
25. Texas Tech University – January 201825Fuente: REN21 – Renewables 2015 Global Status Report
138.5 GW of new renewable power:
+ 9% over 2015
-23% investment -> Cost reduction
2. Global Energy Context
2016 Figures
26. Texas Tech University – January 201826Fuente: REN21 – Renewables 2015 Global Status Report
2. Global Energy Context
2016 Figures - Renewables
27. Texas Tech University – January 201827Fuente: REN21 – Renewables 2015 Global Status Report
2. Global Energy Context
2016 Figures - Renewables
Previsión IRENA: 24 M empleos en 2030 (+145%) 14,2 en 13 años (1,1 M/año)
28. Texas Tech University – January 201828Fuente: REN21 – Renewables 2015 Global Status Report
2. Global Energy Context
2016 Figures - Renewables
30. Texas Tech University – January 201830Fuente: BP Statistical Review of World Energy 2016
3. Spanish Energy Context
Primary Energy Consumption 2015 - Worldwide
31. Texas Tech University – January 201831Fuente: BP Statistical Review of World Energy 2016
3. Spanish Energy Context
Primary Energy Consumption 2015 - EU
32. Texas Tech University – January 201832Fuente: MINETUR
3. Spanish Energy Context
Primary Energy Consumption 2015 - Spain
33. Texas Tech University – January 201833Fuente: MINETUR
3. Spanish Energy Context
Primary Energy Consumption 2008-2015 - Spain
34. Texas Tech University – January 201834Fuente: IDAE y MINETUR
Producción eléctrica total: 280.481 GWh (+1%)
Producción renovable: 96.958 GWh (-11,8%)
Contribución renovable: 34,6% (39,6% en 2014)
3. Spanish Energy Context
Electrical Generation 2015 - Spain
35. Texas Tech University – January 201835Fuente: REE, CNMC y elaboración propia
3. Spanish Energy Context
Electrical Power 2015 - Spain
36. Texas Tech University – January 201836
CONSUMO Final energy: 85.874 ktep (+1,5%)
Renewable contribution: 15,9% (14,7% en 2015)
Fuente: MINETAD, REE y elaboración APPA
3. Spanish Energy Context
Final energy 2016 - Spain
37. Texas Tech University – January 201837
CONSUMO Primary energy: 123.484 ktep (+0,2%)
Renewable contribution: 14,0% (13,9% en 2015)
Fuente: MINETAD, REE y elaboración APPA
3. Spanish Energy Context
Primary energy 2016 - Spain
38. Texas Tech University – January 201838
PRODUCCIÓN Electricity generation: 274.629 GWh (-2,27%)
Renewable contribution: 38,1% (34,6% en 2015)
Fuente: MINETAD, REE y elaboración APPA
3. Spanish Energy Context
Electricity generation 2016 - Spain
39. Texas Tech University – January 201839Fuente: Red Eléctrica de España
3. Spanish Energy Context
Spanish Electricity Mix - 2017
40. Texas Tech University – January 201840Fuente: Eurostat y MINETUR
Energy dependence of Spain stands at 72.8% (without counting the nuclear),
well above the European Union average (53.4%).
72,8%
53,4%
3. Spanish Energy Context
Energy dependence Spain vs EU
41. Texas Tech University – January 201841
High dependence on imports has very negative effects
on our economy and our energy security.
3. Spanish Energy Context
Degree of self-supply
42. Texas Tech University – January 201842
The renewable net export balance contributes in a highly positive way to leveling the trade
balance of our country, clearly deficit, and that in 2016 had an import balance of 18,753
million euros burdened by the high Spanish energy dependence.
3. Spanish Energy Context
Trade balance and Energy
43. Texas Tech University – January 201843Fuente: CNMC y REE
3. Spanish Energy Context
Installed Power Capacity in Spain
44. Texas Tech University – January 201844Fuente: CNMC, IDAE y REE
POWER
Aggregate: 23.015 MW
2015 Increase: 0 MW
GENERATION %
Primary energy: 3,43%
Electrical demand: 19,1%
3. Spanish Energy Context
Wind Power
45. Texas Tech University – January 201845Fuente: CNMC, IDAE y REE
POWER
Aggregate: 17.378 MW
2015 Increase: 5 MW
GENERATION %
Primary energy: 1,93%
Electrical demand: 11,1%
3. Spanish Energy Context
Hydro
46. Texas Tech University – January 201846Fuente: CNMC, IDAE y REE
POWER
Aggregate: 4.673 MW
2015 Increase: 19 MW
GENERATION %
Primary energy: 0,57%
Electrical demand: 3,1%
3. Spanish Energy Context
Solar PV
47. Texas Tech University – January 201847
What happened in 2008?
Do you want a Coke?
3. Spanish Energy Context
Solar PV
48. Texas Tech University – January 201848Fuente: CNMC, IDAE y REE
POWER
Aggregate: 2.300 MW
2015 Increase: 0 MW
GENERATION %
Primary energy: 1,80%
Electrical demand: 2,1%
3. Spanish Energy Context
CSP
49. Texas Tech University – January 201849
POWER
Aggregate: 1.036 MW
2015 Increase: 1 MW
GENERATION %
Primary energy: 1,2%
Electrical demand: 2,0%
POWER acumulada
3. Spanish Energy Context
Biomass, Biogas & Waste (electric uses)
50. Texas Tech University – January 201850
4. Macroeconomic Impact of Renewable Energies in Spain
51. Texas Tech University – January 201851
Gross Domestic Product (GPD)
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
52. Texas Tech University – January 201852Fuente: APPA
Gross Domestic Product (GPD)
4. Macroeconomic Impact of Renewable Energies in Spain
53. Texas Tech University – January 201853
Employment
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
54. Texas Tech University – January 201854
Balance of Trade
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
55. Texas Tech University – January 201855
Taxes vs Subsidies
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
56. Texas Tech University – January 201856
R&D / GPD
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
57. Texas Tech University – January 201857
Technology diversity
Biofuels
Hydro
CSP
Biomass Wind Power Geothermal Sea Energy
Small Wind
Solar
PV
Solar
Térmica
4. Macroeconomic Impact of Renewable Energies in Spain
58. Texas Tech University – January 201858
Fossil electricity replaced by renewables
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
59. Texas Tech University – January 201859
Energy replaced and economic savings
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
60. Texas Tech University – January 201860
Carbon emissions avoided and equivalent savings
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
61. Texas Tech University – January 201861
NOx & SO2 emissions avoided
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
62. Texas Tech University – January 201862
Energy imports savings by using renewables
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
63. Texas Tech University – January 201863
Specific retribution by technologies
Fuente: CNMC y elaboración propia
4. Macroeconomic Impact of Renewable Energies in Spain
64. Texas Tech University – January 201864Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
Pool savings (structure)
Marginalism system
65. Texas Tech University – January 201865
Pool savings (M €)
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
66. Texas Tech University – January 201866
Pool savings (per kWh)
Fuente: APPA
4. Macroeconomic Impact of Renewable Energies in Spain
67. Texas Tech University – January 201867
Renewable generation and electricity pool price
Fuente: REE y OMIE
4. Macroeconomic Impact of Renewable Energies in Spain
68. Texas Tech University – January 201868
Aggregate tariff deficit
The tariff debt began to accumulate as of 2005. The current accumulated debt of the
electricity system amounts to 23,070 million euros, after having amortized 16,167 million
until December 31, 2016.
* Datos provisionales
4. Macroeconomic Impact of Renewable Energies in Spain
69. Texas Tech University – January 201869
Tariff deficit vs. Renewable retribution
In the 2005-2008 period, renewable energies received 5,824 million euros in premiums,
while the tariff deficit generated in the same period amounted to 15,099 million, 9.275
million higher than renewable premiums.
There is no correlation between tariff deficit and renewables’ specific retribution.
Tariff Deficit Specific Retribution
* Datos provisionales
4. Macroeconomic Impact of Renewable Energies in Spain
70. Texas Tech University – January 201870Fuente: APPA
2005-2015
4. Macroeconomic Impact of Renewable Energies in Spain
Specific retribution vs Pool (and other) savings
71. Texas Tech University – January 201871
Some system costs comparison (2013-2015)
Fuente: CNMC, REE, OMIE y elaboración propia
4. Macroeconomic Impact of Renewable Energies in Spain
72. Texas Tech University – January 201872Fuente: APPA
Yes, they are beneficial in economic terms for our society.
NON EASILY QUANTIFIABLE BENEFITS:
Greater energy independence (security of supply), improvement of quality
environmental impact, positive impacts on health, knowledge and experience, etc.
Macroeconomic Summary
Are Renewable Energies Profitable?
74.566
Jobs
generated
COSTS SAVINGS+WEALTH
5.360
7
SUBVENCIONES
FEED-IN
TARIFF
2795.370
5.989
EMISSIONSPOOL
SAVINGS
IMPORTS
234
1.007
2.793
R&D
INVESTMENT
TAXES
NET EXPORTS
73. Texas Tech University – January 201873
5. The Future of Renewables in Spain and Europe
74. Texas Tech University – January 201874
2016 2020 2030 2050 2100
20%
20%
20%
40%
27%
27%
80 - 95%
2ºC
European directives have been key to the development of the
renewable sector in Spain and will be for the future
5. The Future of Renewables in Spain and Europe
Weather EU Goals
75. Texas Tech University – January 201875
5. The Future of Renewables in Spain and Europe
Wind Power in Europe (2020-2030)
76. Texas Tech University – January 201876Fuente: CNMC y REE
1.678
2.076
3.212
4.658
2.820
1.652
2.270
2.884
914
66 31 43 150e
611e
7.578e
400e
0
1.000
2.000
3.000
4.000
5.000
6.000
7.000
8.000
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Eólica Solar Fotovoltaica Solar Termoeléctrica Minihidráulica Biomasa
5. The Future of Renewables in Spain and Europe
Total Renewable Power Installed in Spain
77. Texas Tech University – January 201877Fuente: CNMC y REE hasta 2016 / Simulación de escenario APPA a 2020
1.678
2.076
3.212
4.658
2.820
1.652
2.270
2.884
914
66 31 43 150e
611e
7.578e
400e
0
1.000
2.000
3.000
4.000
5.000
6.000
7.000
8.000
2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
Eólica Solar Fotovoltaica Solar Termoeléctrica Minihidráulica Biomasa
5. The Future of Renewables in Spain and Europe
Total Renewable Power Installed in Spain
78. Texas Tech University – January 201878Fuente: APPA
Last decade:
Europe: clear goals | Spain: not energy policy but politic energy
Spain: Stop-and-go policies
Lack of long term planification: need of a stable calendar of tenders
Renewable energies and macroeconomic contribution:
Spanish energy dependence is well above the European Union (+20%).
Renewable Generation saved 4,180 M€ in the OMIE daily market.
RES are essential for the fulfillment of decarbonization objetctives.
Some renewable technologies are already competitive in costs.
Future:
27%-35% renewable energy objectives in 2030
Conclusions
79. Sede Madrid
Dr. Castelo 10, 3ºC-D
28009 Madrid
Tel. 91 400 96 91
Fax. 91 409 75 05
comunicacion@appa.es
Sede Barcelona
Muntaner, 248. 1º1ª.
08021 Barcelona
Tel. 93 241 93 69
Fax. 93 241 93 67
appa@appa.es
Síguenos
Thank you very much for your attention
Javier Alberto Muñoz
www.appa.es
appa@appa.es