renewable energy plan of aragon, state of situation, objectives & funding tools

2013-2020

Aragon Energy Plan

Limerick, 21 March 2014

Index

I. ARAGON: STRATEGIC LOCATION

II. ARAGON PRESENT ENERGY SITUATION

II.1. Energy structure: Aragon Energy Balance on 2012

II.2. Electrical power and generation

II.3. Map of electric and gas infrastructures

III. 2013-2020 ARAGON ENERGY PLAN

III.1. Background, methodology and strategies

III.2. Prospective for 2020: final energy consumption; electric and thermic uses; electric and gas infrastructures

III.3. Energy indicators

III.4. Investments and employment

III.5. Envisaged actions

IV. SOME OF THE ACTIONS ALREADY DEVELOPED

IV.1. Grants during the period 2006-2012

IV.2. Efficiency Plan in Public Administrations with Energy Services Companies

IV.3. 2013 Boost Plan

I. Aragon: strategic location

Aragon has an excellent geographical location.

At international level, Aragon is in the centre of the European Mediterranean and Atlantic development axis.

It is one of the gates to Europe.POPULATION

(MILLIONS)

27 207 377

30

01

.30

0

With regards to the European Union…

Aragon is situated in the middle of the main economic activity areas of the country: Catalonia, the Basque Country, Valencia and Madrid.

The Ebro river corridor runs through the region and means one of the most prominent areas in Spain in terms of potential growth.

Toulouse

BordeauxBilbao

Barcelona

Valencia

Madrid

300

km.

25.000.000 de consumidores

70% de empresas españolas

In Spain….


Autonomous Community of AragonInhabitants: 1.347.790(2,87% of Spain population) (data 2011)

Surface: 47.719 km2

(9,4% of the Spanish territory)

Population density: 28,16 inhabit./km2 (Spain’s average is 93 hab./km2)

Provinces: Huesca, Zaragoza and TeruelCounties: 33Municipalities: 731

525 municipalities < 500 inhabit.670 municipalities < 2.000 inhabit.718 municipalities < 10.000 inhabit.

3 municipalities > 30.000 inhabit.


II. PRESENT ENERGY SITUATION

ARAGON ENERGY BALANCE, year 2012

II.1. Energy structure: Aragon Energy Balance on 2012

Final Energy Consumption: 3.382.577,26 teps.

Primary Energy Consumption: 5.186.959,68 teps.

INSTALLED ELECTRIC POWER (MW)

2004 2012

Hidroeléctrica 1.578,6 1.563,2

Térmica de carbón 1.290,0 1.261,4

Cogeneración Convencional 477,7 511,2

Biomasa usos eléctricos 22,8 86,7

Eólica 1.168,4 1.873,1

Solar fotovoltaica 1,6 168,6

Ciclo Combinado 0,0 1.862,6

TOTAL 4.539,0 7.326,7


POWER ON 2012

•7.326,6 MW• ER: 50,4 %

ELECTRIC POWER ON 2012

•17.627,78 GWh• ER: 45,2 %

• Export: 40,8 %

Exportation of electric power

Aragon produced:17.627,78 GWh /year 2012

ELECTRIC POWER MIX


Exportation of electric power

Aragon exports:

40,8%

Catalonia lacks of energy

The Basque Country lacks of energy

Valencia lacks of energy

Madrid lacks of energy

ELECTRIC POWER MIX


II.3. Map of the electric and gas infrastructures

ELECTRIC POWER INFRASTRUCTURES

Mediana de Aragón

Nuez de Ebro

Alcalá de Gurrea

Rubielos de Mora

Sobradiel

Alcalá de Gurrea

La Joyosa

Orera

Ariño

Novallas

Tierz

Quicena

AllozaCastelserás

Aliaga

Muel

Alcolea de Cinca

Mora de Rubielos

El Burgo de Ebro

Torres de Berrellén

Figueruelas

Gurrea de Gállego

Montalbán

Escucha

Altorricón

Pina de Ebro

Ateca

Mequinenza

Alfajarín

Albalate del Arzobispo

Monreal del Campo

Cella

PedrolaSariñena

Cadrete

Pinseque

María de Huerva

Calatorao

Épila

Gallur

Ricla

Calamocha

Calanda

UtrillasAlcorisa

Tamarite de Litera

La Muela

Alagón

Borja

Caspe

Cuarte

La Puebla de Alfindén

Villanueva

Zaragoza

Utebo

La Almunia

Zuera

Tauste

Calatayud

Huesca

Ejea de los Caballeros

Andorra

Tarazona

Barbastro

Alcañiz

Teruel

Monzón

Binéfar

Fraga

Sabiñánigo

Jaca

Pla-zaP.T.R.

Boltaña

Red APA

Red APB Transporte Secundario

Red APB Transporte Primario

(4<P<:16 bar)

(16<P<60 bar)

(P>:60 bar)

altimetria por COTAMAX

200

400

600

800

1.000

1.200

1.400

todos los demás

Otros abastecimientos

<1000 hab. Propano

<1000 hab. Gas natural desde gnl

<1000 hab. Gas natural desde gasoducto

>1000 hab <2000. Propano

>1000 hab <2000. Gas natural desde gasoducto


>2000 hab <3000. Gas natural desde planta gnl




> 5000 hab. Propano

> 5000 hab. Gas natural desde gasoducto

GAS INFRASTRUCTURES

II.3. Map of gas infrastructures

III. 2013-2020 ARAGON ENERGY PLAN

Autonomous Communities: Aragon know our energy situation…

-Availability and potentiality of autochthonous

and renewal sources

-Energy Transformation Technologies

-Technological development and inclusion in

the business fabric

-Sectors of energy end users

1994 – 2013 ARAGON ENERGY PLAN

1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020

2005 – 2012 ARAGON ENERGY PLAN NEW ARAGON ENERGY PLAN 2013

– 2020

WHAT DO WE AIM?

- EC COMMUNICATIONEUROPE 2020 Strategy towards smart, sustainable and structuring growth (European Council, 17 June 2010)- 2011 – 2020 Renewal Energies Action Plan - 2011 – 2020 Action Plan - 2008 – 2016 Plan for the Electric and Gas Sectors

END OF IN FORCE

PERIOD

The 2013 – 2020 Aragon Energy Plan is an

INDICATIVE PLANNING

It does not include specific projects

Competence of the

Autonomous Community


Basic procedure for the Plan elaboration, inlcuding the fostering unit in charge of the planning , the

environmental unit and social participation

INFORMACIÓN

PÚBLICA

ELABORACIÓN DEL

DOCUMENTO DE

INICIO (DI)

ELABORACIÓN DEL

DOCUMENTO DE

REFERENCIA (DR)

MEMORÍA AMBIENTAL

PUBLICACIÓN EN EL BOLETÍN

OFICIAL DE ARAGÓN (BOA)

DEPARTAMENTO DE AGRICULTURA,

GANADERIA

Y MEDIO AMBIENTE

INSTITUTO ARAGONÉS DE

GESTIÓN AMBIENTAL

(INAGA)

DEPARTAMENTO DE PRESIDENCIA

Y JUSTICIA

DIRECCIÓN GENERAL DE

PARTICIPACIÓN CIUDADANA,

ACCIÓN EXTERIOR Y COOPERACIÓN

PARTICIPACIÓN CIUDADANA

(PC)

PLAN ENERGÉTICO DE

ARAGÓN 2013-2020

DEPARTAMENTO DE INDUSTRIA E INNOVACIÓN

DIRECCIÓN GENERAL DE

ENERGÍA Y MINAS

ELABORACIÓN DEL

PLAN ENERGÉTICO DE ARAGÓN

2013-2020 (BORRADOR 1º)

Y DEL INFORME DE

SOSTENIBILIDAD

AMBIENTAL

(ISA)

ELABORACIÓN DEL

PLAN ENERGÉTICO DE ARAGÓN

2013-2020 (BORRADOR 2º),

DEL INFORME DE

SOSTENIBILIDAD

AMBIENTAL

(ISA) Y MEMORIA EXPLICATIVA

CONSULTAS Y

APORTACIONES

DEPARTAMENTOS

GOBIERNO DE ARAGÓN

INFORMES:

- Consejo de Industria de Aragón

- Consejo de Ordenación del Territorio de Aragón

(X)


Strategies

ARAGON

ENERGY

PLAN

ENERGY

SAVING AND

EFFICIENCY

ELECTRIC

POWER

PRODUCTION

INFRASTRUCTURES

R+D+iRENEWABLE

ENERGIES


INFRASTRUCTURES: production, transport, distribution,stocking and consumption; supply and transference

PRODUCTION with Renewable Energies and clean tech

CONSUMPTION: efficient and responsible

ENERGY:FORCE FOR SOCIAL AND ECONOMICDEVELOPMENT AND TERRITORIAL REBALANCE

Need to send correct signals to civil society

Be careful not to change energy dependence for technology dependence

To contribute to economic growth (of the energy sector and other sectors);Job creation

III.1. Background, methodology and strategiesWhat do we aim?

FINAL ENERGY CONSUMPTION BY ENERGY SOURCES

Saving of 9%

CEF 2020 Efficiency scenario

23,2%

33,2%8,7%

0,7%

34,3%ELECTRIC POWER

NATURAL GAS (GN=gn+V/0,9)

RENEWABLE ENERGIES

COAL

OIL PRODUCTS

2005 2012 2013 2020 tep % 2006-2012 2013-2020

Energía Eléctrica 783.314 815.232 923.324 1.039.830 224.598 27,6% 0,6% 3,1%

Productos Petrolíferos 1.924.532 1.489.040 1.641.402 1.535.300 46.260 3,1% -3,6% 0,4%

Carbón 19.431 22.574 25.799 30.667 8.093 35,9% 2,2% 3,9%

Energías Renovables 134.231 228.015 254.547 388.877 160.862 70,5% 7,9% 6,9%

Gas Natural (GN) 801.567 868.720 1.002.691 1.402.263 533.543 61,4% 1,2% 6,2%

TOTAL (considerando GN) 3.663.074 3.423.581 3.847.765 4.396.937 973.356 28,4% -1,0% 3,2%

TOTAL (considerando gn) 3.623.393 3.382.577 3.799.812 4.318.631 936.054 27,7% -1,0% 3,1%

variación media anual (%)Incremento 2013 - 2020TOTAL por fuentes

tep tepPLEAR Escenario tendencial

2005 2012 2013 2020 tep % 2006-2012 2013-2020

Energía Eléctrica 783.314 815.232 828.094 932.583 117.351 14,4% 0,6% 1,7%

Productos Petrolíferos 1.924.532 1.489.040 1.472.109 1.376.951 -112.089 -7,5% -3,6% -1,0%

Carbón 19.431 22.574 23.139 27.504 4.930 21,8% 2,2% 2,5%

Energías Renovables 134.231 228.015 228.293 348.768 120.754 53,0% 7,9% 5,5%

Gas Natural (GN) 801.567 868.720 945.991 1.333.922 465.202 53,6% 1,2% 5,5%

TOTAL (considerando GN) 3.663.074 3.423.581 3.497.626 4.019.729 596.147 17,4% -1,0% 2,0%

TOTAL (considerando gn) 3.623.393 3.382.577 3.449.948 3.941.870 559.293 16,5% -1,0% 1,9%

Incremento 2013 - 2020variación media anual (%)

TOTAL por fuentestep tep

PLEAR Escenario tendencial

III.2. Prospective for 2020: final energy consumption

Electric uses (Power)

Conventional Electric Power 2020: 3.902 MW (it basically maintains that of 2012)

Renewal Electric Power2020: 7.537 MW (almost doubles the number)

TOTAL ELECTRIC POWER 2020: 11.438 MW

2012 2020 MW % 2013-2020

Térmica de carbón 1.261,4 1.188 -73 -5,8% -0,7%

Ciclo Combinado 1.862,6 1.863 0 0,0% 0,0%

Cogeneración Convencional 510,9 851 340 66,5% 6,6%

TOTAL CONVENCIONAL 3.635,0 3.902 267 7,3% 0,9%

Hidroeléctrica <1 MW 13,0 17 4 30,8% 3,4%

Hidroeléctrica 1<P<10 MW 175,4 205 30 16,9% 2,0%

Hidroeléctrica 10<P≤50 MW 464,5 544 80 17,2% 2,0%

Hidroeléctrica > 50 MW 910,4 2.020 1.110 121,9% 10,5%

Hidroeléctrica de bombeo 329,0 1.329 1.000 304,0% 19,1%

Total Hidroeléctrica 1.563,3 2.787 1.224 78,3% 7,5%

Eólica 1.873,1 4.000 2.127 113,6% 9,9%

Solar fotovoltaica 168,6 369 200 118,6% 10,3%

Plantas Biomasa 0,0 120 120 - -

Biogás 13,4 30 17 124,1% 10,6%

Cogeneración biomasa 70,7 111 40 57,1% 5,8%

Gasificación con biomasa 2,6 15 12 474,9% 24,4%

Total biomasa usos eléctricos 86,6 276 189 218,5% 15,6%

Solar termoeléctrica 0,0 100 100 - -

Geotermia 0,0 5 5 - -

TOTAL RENOVABLES 3.691,6 7.537 3.845 104,2% 9,3%

TOTAL 7.326,6 11.438 4.112 56,1% 5,7%

MWPLEAR Escenario tendencial

Incremento 2013 - 2020

variación media

anual (%)

III.2. Prospective for 2020: : electric uses

Electric uses (Power)

Power by technologies 2020

Conventional Thermic

Cogeneration

Conventional Cogeneration

Hydropowerr

Wind power

Sun power

Biomass electric uses

Solar thermoelectric

Geothermic

TOTAL electric power: 11.458 MW

Conventional electric power: 3.902 MW; Renewable: 7.537 MW

10,4%

16,3%

7,5%

24,3%

35,0%

3,2%

2,4%

0,9%

0,04%

III.2. Prospective for 2020: : electric uses

Electric uses (Production)

Power by technologies 2020

TOTAL electric power production: 31.023.017 MWh

Conventional electric power production: 14.531.773 MWh;

Renewable : 16.491.243 MWh

14,2%

16,2%

16,5%14,5%

31,0%

1,7%

4,8%

1,0%0,1%

III.2. Prospective for 2020: electric uses

Thermic uses

Thermic production 2020: 188.642 tep

Thermic energy produced by technologies 2020. Efficiency scenario

Thermic biomass

Thermic solar

Geothermic

Renewal energy from heating pumps

Renewal energy from heating pumps

2012 2020 tep % 2013-2020

Biomasa térmica 147.174,34 164.994 17.819 12,1% 1,4%

Solar térmica 3.903,79 19.300 15.396 394,4% 22,1%

Geotermia 1.722,00 2.824 1.102 64,0% 6,4%

Energía renovable a partir de bombas de calor (aerotermia) 183,00 309 126 68,9% 6,8%

Energía renovable a partir de bombas de calor (geotermia) 483,00 1.215 732 151,6% 12,2%

153.466,13 188.642 35.176 22,9% 2,6%

Incremento 2013 - 2020tep

PLEAR Escenario eficiencia variación media

anual (%)

87,5%

10,2%

0,6%0,2%

1,5%

III.2. Prospective for 2020: thermic uses

Transports

Transport production 2020: 179.270,19 tep

Energy for transports by technologies 2020. Efficiency scenario

Energía térmica transportes por tecnologías 2020. Escenario de eficiencia

18,7%

72,3%

2,2% 6,8% Bioetanol

Biodiesel

Electricidad procedente de fuentes renovables

para trasnporte por carretera

Electricidad procedente de fuentes renovables para

trasnporte no por carretera

18,7%

72,3%

2,2% 6,8%

2012 2020 tep % 2013-2020

Bioetanol 6.237,00 33.558 27.321 438,0% 23,4%

Biodiesel 69.499,04 129.617 60.117 86,5% 8,1%

TOTAL FUENTES RENOVABLES EN EL TRANSPORTE

(Biocarburantes) (sin tener en cuenta electricidad)75.736 163.174 87.438 115,5% 10,1%

Electricidad procedente de fuentes renovables

para trasnporte por carretera- 3.904

Electricidad procedente de fuentes renovables para

trasnporte no por carretera- 12.192

Total TRANSPORTES 75.736 179.270 103.534 136,7% 11,4%

tep

PLEAR Escenario eficienciavariación media

anual (%)Incremento 2013 - 2020

III.2. Prospective for 2020: electric uses

PLANNING IN FORCE 2008-2016

Planning of the Electrical and Gas Sectors 2008 - 2016. Development of transport grids.

FUTURE PLANNING: 2014-2020

Order IET/2598/2012, of 29 November, by virtue of which begins the procedure to present proposals for the development of electric power transport grids.

Government of Aragon: Proposal addressed to the National Ministry for Industry, Energy and Tourism on the Planning of Electric Power Transport Grids 2014-2020 in the Autonomous Community of Aragon (February 2013).

Development of electric infrastructures 2014-2020

III.2. Prospective for 2020: electric and gas infrastructures

ENERGY INDICATORS

2004 2012 2020

13,69% 19,09% 30,58%

30,82% 32,47% 39,16%

38,69% 45,08% 53,02%

77,53% 83,83% 151,25%

44,86% 38,32% 62,60%

68,73% 108,40% 191,63%

143,97 100,95 96,56

tep/mill € ctes2000 tep/mill € ctes2000 tep/mill € ctes2000

15,82% 20,44% 24,37%8. Consumo final bruto renovable respecto del consumo final bruto

total (CFB renov/CFB total)

4. Producción de energía eléctrica de origen renovable respecto del

consumo total de energía eléctrica (PEEER/CEE)

5. Exportación de energía eléctrica respecto de la producción total de

energía eléctrica (EXP/PEE)

6. Producción de energía eléctrica de origen eólico respecto del

consumo eléctrico final doméstico (PEE eólica/CEE doméstico)

7. Intensidad energética final (CEF/PIB)

INDICADORES ENERGÉTICOS ARAGÓN

1. Producción de energías renovables respecto del consumo total de

energía primaria (PER / CEP)

2. Grado de autoabastecimiento (PEP/CEP)

3. Producción de energía eléctrica de origen renovable respecto de la

producción total de energía eléctrica (PEEER/PEE)

III.3. Energy Indicators

Millones de € %

Inversión pública 715 7,6%

Inversión privada 8.691 92,4%

TOTAL 9.406 100,0%

INVERSIÓN TOTAL2013-2020

Millones de € %

Energías Renovables 6.475 69

Generación eléctrica convencional 478 5

Infraestructuras 1.094 12

Ahorro y Eficiencia Energética 1.107 12

I+D+i 252 3

TOTAL 9.406 100

2013-2020ÁREAS DE ACTUACIÓN

Millones de € %

Retribuciones del sistema eléctrico y gasista 529 73,9%

Administraciones Públicas: uso eficiente de la

energía y promoción de las EERR164 22,9%

Administración Comunidad Autónoma de

Aragón22 3,1%

TOTAL 715 100,0%

INVERSIÓN PUBLICA2013-2020

Envisaged investment

Millones de € %

Promoción de Inversiones en E. Renovables 6,26 28

Promoción de Inversiones en Ahorro,

Diversificación y Uso Eficente de la Energía2,09 9

Promoción de Inversiones en Infraestructuras

de distribución eléctrica y electrifcaición rural4,18 19

Promoción de Inversiones en Infraestructuras

de distribución gasista3,48 16

Acciones de divulgación y formación 1,00 4

Ahorro y diversificación en edificios públicos 1,00 4

Estudios sectoriales, de potencialidades de 0,70 3

Convenios de colaboración 0,60 3

Proyectos piloto 0,70 3

Promoción de inversiones en I+D+i 2,36 11

TOTAL 22,36 100,00

GOBIERNO DE ARAGÓN2013-2020


Expected jobs

Created jobs: 22.400

-----------------------------------------

Construction phase: 20.000

Execution phase: 2.400

año-persona %

Fase de construcción (2013-2020) 20.000 69

Fase de explotación (2013-2020) 9.060 31

TOTAL 29.060 100

EMPLEO ASOCIADO2013-2020


PROMOTION OF INVESTMENT

→Thermic Biomass

→Thermic Solar at low temperature

→Solar photovoltaic or mixed wind-isolated photovoltaic

→Small plants for the extraction and use of biogas

→On-site treatment of biomass

→Pump biofuels

→Geothermal plants

→Mini-hydroelectric plants

PROMOTION AND DEVELOPMENT OF RENEWABLE ENERGIES

NORMATIVE PROVISIONS (specific activity sectors and civil society are included):

- Creation and update of a legal framework capable of enabling the development of renewable energies in accordance to the established objectives, the technical requirements and the specific characteristics of the transport and distribution grids.

- Regulation by means of tenders for wind power plants and other technologies under the special regime (biomass and sun power).

- Rationalization and agility when processing projects.

- Coordination among the different agents in the sector and involvement of civil society.

Public aids for investment in the form of GRANTS


PROMOTION OF ENERGY SAVING, ENERGY DIVERSIFICATION AND THE

EFFICIENT USE OF ENERGY

PROMOTION OF INVESTMENTS

• Industry:– Energy audits

– Public aid program

– Renewal Plan on boilers and other equipment

• Transport:– Sustainable urban mobility Plans

– Management of road transport fleets

– Renewal of the car fleet

– Renewal of the transport fleet

– Development of the necessary infrastructure to charge vehicles

• Construction:– Energy rehabilitation of the thermal enclosure in existing buildings

– Improvement of energy efficiency of thermal facilities in existing buildings

– Improvement of energy efficiency of lighting installations inside existing buildings

– Renewal Plan for household appliances, boilers and other equipment

• Public Services:– Renewal of the existing external public lighting installations

– Studies, viability analysis and audits of the existing external public lighting installations

– Improvement of energy efficiency in the current existing facilities for potabilization, supply and treatment of waste water and desalinization

• Agriculture and Fisheries:– To boost the change of irrigation systems by sprinkling or gravity by located irrigation systems

– Energy audits and action plans to improve agricultural holdings

• Energy transformation:– Feasibility studies for cogeneration plants

– Energy audits for cogeneration plants

– Non-industrial cogeneration plants

– Promotion of low power cogeneration plants

• Research, development and innovation actions in relation to the regional energy planning objectives

NORMATIVE PROVISIONS:

- Implementation of a register and an inspection and control procedure with regards to energy certification in Aragon buildings.


ENERGY CERTIFICATION OF BUILDINGS


NORMATIVE PROVISIONS:

- New coordination protocol with the Spanish Electric Grid.

- Possible declaration of autonomic interest of strategic energy facilities.

- Legal regulation for household consumption and net balance of wind power.

- Rationalization and transparency in the administrative processing (i.e. Publication in the Aragon Official Bulletin of the annual and multiannual investment plans).

WORKING GROUPS

- System operators and managers

- Companies that distribute electric energy and hydrocarbons

PROMOTION OF INVESTMENT

OPTIMIZATION AND DEVELOPMENT OF ELECTRICITY AND GAS GRIDS

- Electric lines for energy distribution and supply, and centres and electric sub-stations in rural areas.

- Piped gas supply and replacement of Liquefied Natural Gas or Liquefied Oil Gases satellite plants



> Aragon Strategy on Research and Innovation for a smart expertise (RIS 3_Aragón) 2013 – 2020

> Autonomic Plans (in force II-PAID)

Competencies on the coordination and promotion of research and scientific knowledge transfer

GENERAL DIRECTORATE FOR RESEARCH AND INNOVATION

PRIORITY AREAS

SMART GRIDS, SMART CITIES AND DISTRIBUTED PRODUCTION

- Automation and incorporation of Information and Communication Technologies in the electric grid.

- Implementation of systems integrated in the production and stocking of energy.

- Household consumption and energy net balance.

- Development of micro- grids.

- Charging of electric vehicles.

-...

RENEWABLE ENERGIES

- Innovation in photovoltaic solar and low temperature thermic solar plants.

- Integration energy-water. Multi-generation.

- Innovation biomass facilities and distribution systems.

- Wind power parks of R+D.

- Micro-generation in isolated and connected systems.

-...

ENERGY EFFICIENCY- Eco-innovation Energy Sustainability.

- Design and optimization of boilers for solid fuels.

- Use of Liquefied Natural Gas on captive transport fleets in replacement of biodiesel.

- Integrated systems of energy management in rural areas

- Analysis of life cycle for the assessment of direct and indirect energy impacts of buildings. Green-labels.

- Technological innovations in building’s sustainability: Active and passive solar uses, insulated ventilated facades, thermic and noise insulations with thermal blocks, household facilities and equipments of high energy efficiency

-Technological innovations in the field of public services: LED fire-lights and lamp posts, solar lamp-posts and sustainable urbanism.

-...

R+D+i Strategy


ELECTRIC VEHICLES AND SUSTAINABLE MOBILITY - Development of fast charge stations for electric vehicles, charging infrastructure and energy management (smart charge,

control equipment and communications). Contributing to energy stocking and the integration of renewable energies,

aiming to support the system management.

- Analysis of the repercussion of the implementation of electric vehicles in the energy system, especially with regards to assuring

the exportation of wind power and as key element of stabilization of the electric system.

- Implementation of urban mobility programs in companies and industrial areas.

- Electric traction and integration of electric and electronic systems in hybrid and electric vehicles.

- Promotion of training for the sector professionals.

- Support of the technological development of the motor technological park Technopark Motorland.

-...

HIDROGEN

- Generation of H2, integration with renewable energies (wind power). High pressure alkaline electrolyser.

- Stocking and distribution systems.

- Integration of fuel batteries.

- P2G (injection to the grid).

-...

ENERGY CROPS AND BIOFUELS - Bio engineering of microorganisms for cellulose and hemicellulose ethane and other.

- Bio engineering for the development of adapted plants to the regional environment.

- Use of sub-products for the production of biofuels...

-...

CLEAN USE OF COAL, DECREASE AND CAPTURE EMISSIONS OF CO2 EMISSIONS- Combustion of gas with transporters of O2.

- Cleaning of gases at high temperature with gasification procedures.

- Development of catalysers for the reduction of polluting emissions.

- Co- Combustion.

-...


II. SOME OF THE ACTIONS DEVELOPED

Grants for energy saving and efficient use.

Grants for the promotion of renewable energies.

Grants for the optimization and development of Energy Infrastructures:

electric and gas

Renewal Plan for Household Appliances

PLAN 2000 Energy Services Companies

2013 Boost Plan of the Government of Aragon

IV.1. Some of the actions of the Government of Aragon

BOOSTING INVESTMENT

Investment, grant and number of applications

Nº solicitudes, Inversión y subvención (DGA e IDAE)

263.697.370,2

54.096.129,7

6.682

0

50.000.000

100.000.000

150.000.000

200.000.000

250.000.000

300.000.000

INVERSIÓN-SUBVENCIÓN 2006 → 2012

€

01000200030004000500060007000

Nº

so

licit

ud

es

INVERSIÓN (€)

SUVBENCIÓN (€)

Nº SOLICITUDES


Grants: Brief on the years 2006 to 2012

Nº solicitudes, Inversión y subvención (DGA e IDAE)

34.503,0

134.281,43

0

10.000

20.000

30.000

40.000


tep

0

30000

60000

90000

120000

150000

T C

O2/a

ño

AHORRO ENERGETICO (tep/año)

EMISIONES CO2 (T/año)

Energy saving and avoided emissions



Investment, grant and number of applications

RENEWAL PLAN Nº solicitudes, Inversión y subvención RENOVE

43.999.823,2

8.226.940,6

90.499

0

10.000.000

20.000.000

30.000.000

40.000.000


€

0

20000

40000

60000

80000

100000

Nº

so

licit

ud

es

INVERSIÓN (€)

SUVBENCIÓN (€)

Nº SOLICITUDES



Energy saving and avoided emissions

RENEWAL PLAN

Nº solicitudes, Inversión y subvención RENOVE

1.789,5

6.066,48

0

500

1.000

1.500

2.000


tep

0

2000

4000

6000

T C

O2/a

ño

AHORRO ENERGETICO (tep/año)

EMISIONES CO2 (T/año)



SPANISH STRATEGY ON ENERGY SAVING AND EFFICIENCY (E4) 2004-2012)

• Plan to foster the Hiring of Energy Services Companies by Public Administrations

(Plan 2000 Energy Services Companies) in the Public Sector (2.000 centres: 1.000 National

Government and 1.000 Autonomous Communities + Local Governments)


BOOSTING INVESTMENT: Energy Services Companies Plan

Gov.

Aragon

Energy

Diversification

and Saving

Institute

Sign of the Addenda of the Collaboration Framework Convention, related

to the Plan 2000 ESE and aiming to rule how the budget addressed to theeconomic support within the Boosting Plan for the Hiring of EnergyServices (14/10/2011) will be executed.

Future specific Agreement for each Public

Administration that gathers the proceeding rules

for the execution and justification of projects

Energy

Services

Companies

An energy services contract between each of the Energy

Companies and Energy Services Companies may beagreed when legal assumptions occur through a contractwith public administrations (article 11 Public Contracts

Act) or any other valid contract type of those establishedby the Act 30/2007, of 30 October, Public Contracts Act.

257.300 €

2.339.431,13€

The transferences will be developed project by project

benefiting the winning ESE, once investments have been

executed and certified by the corresponding Public

Administration.

Economic support line

III. It will be applied once the

investments have been executed

and certified by the corresponding

Public Administration.

Sign of the Collaboration Framework Convention for the definition and start

up of those actions envisaged in the 2008-2012 Action Plan (PAE4+)(13/06/2008).

PUBLIC

ADMINISTRATIONS

Economic support lines

I y II

2.339.431,13€


BOOSTING INVESTMENT: Energy Services Companies Plan

2013 BOOST PLAN FOR THE ECONOMIC GROWTH AND SOCIAL PROTECTION

• Order of 16 October 2013, of the Councillor for Industry and Innovation, that establishes theregulatory rules and approves the call for aids related to the Plan for the Integral Renewal of EnergyFacilities within the 2013 Boosting Plan: Renewal Plan for Household Appliances, Boilers and airconditioning equipments (Published in the Aragon Official Bulletin on 08/11/2013).

Production, commercialization and installation fostering. Energy saving thanks to the replacement of equipments bymore efficient equipments from the energy point of view.

Aids go from 50 to 145 € when considering household appliances.

Aids of 300€ can be received when replacing and old boiler. (Condensing boilers using as fuel natural gas or GLP,with Pmax<70 kW and low emission of NOx (Class 5)).

Aids between 150 and 350€ can be received when replacing air conditioning equipments working either on coldmode or hot/cold mode with P<12 kW and high energy benefits.


2013 BOOST PLAN OF THE GOVERNMENT OF ARAGON

76,1%

22,0%

1,9%

78,9%

19,7%

1,4%

0 €

2.000.000 €

4.000.000 €

6.000.000 €

8.000.000 €

10.000.000 €

12.000.000 €

14.000.000 €

INVERSIÓN (€) SUBVENCIÓN (€)

INVERSIÓN

aire acondicionado

calderas

electrodomésticos

Household appliances: 19.593

Boilers: 1.514

Air conditioning: 167

TOTAL: 21.274

(9.345.246 €)

(2.698.210,33 €)

(234.612,76 €)

(32.582,51 €)

(449.783,62 €)

(1.804.056 €)



95,8%

4,1%

0,1%

0

100

200

300

400

AHORRO (tep)

AHORRO ENERGÉTICO 2013 (tep)

aire acondicionado

calderas

electrodomésticos


Boilers: 1.514


TOTAL: 21.274

(361,18 tep)

(15,62 tep)

(0,24 tep)



95,8%

4,1%

0,1%

0

200

400

600

800

1.000

1.200

EMISIONES (T CO2)

EMISIONES EVITADAS 2013 (tep)

aire acondicionado

calderas

electrodomésticos


Boilers: 1.514


TOTAL: 21.274

(0,76 T CO2)


2.3. Some actions

(50,31 T CO2)

(1.114,63 T CO2)

renewable energy plan of aragon, state of situation, objectives & funding tools

Environment

aragon energy balance

energy electric power

energy madrid

energy structure

aragon energy plan limerick

energy indicators

electric power mw

strategic location aragon