Presentación de PowerPoint - Solar Concentra · En base a los datos de ESIOS (REE), Ejemplo de producción continua de STE: 399h - 17días. Entre el 18 de julio y el 3 de agosto

2ª Reunión Grupo de Trabajo Tecnologías de Concentración

19 sept 2017

Plataforma tecnológica – SOLAR CONCENTRA

GT. Tecnologías de Concentración 2

1. Actualización de datos de producción de las plantas termosolares en España y en EE.UU.

2. Presentación del programa europeo RAISELIFE (Raising the Lifetime of Functional Materials for

Concentrated Solar Power Technology)

3. Análisis de la priorización de líneas tecnológicas realizado en el marco del SET Plan

4. Debate acerca de la reducción de costes del sector en base a las últimas noticias

5. Comentarios sobre la situación de la competencia del sector termosolar (PV + baterías)

6. Actualización de las expectativas del sector a nivel Internacional

ÍNDICE

19-Septiembre-2017









ÍNDICE

19-Septiembre-2017

La generación CSP en los meses de verano ha sido peor que en 2016, si bien la generación acumulada es prácticamente la

misma dada la buena primavera de 2017

19-Septiembre-2017 GT. Tecnologías de Concentración 4

0 GWh100 GWh200 GWh300 GWh400 GWh500 GWh600 GWh700 GWh800 GWh900 GWh

Comparativa de generación 2016 vs 2017

2016

2017

0 GWh500 GWh

1.000 GWh1.500 GWh2.000 GWh2.500 GWh3.000 GWh3.500 GWh4.000 GWh4.500 GWh5.000 GWh5.500 GWh

1 2 3 4 5 6 7 8 9 10 11 12

Month

Curva de Generación Acumulada 2014 - 2017

2014

2015

2016

2017

En base a los datos de ESIOS (REE), Ejemplo de producción continua de STE: 399h - 17días.

Entre el 18 de julio y el 3 de agosto de 2015


15.000

17.000

19.000

21.000

23.000

25.000

27.000

29.000

31.000

33.000

35.000

37.000

39.000

41.000

43.000

- 100 200 300 400 500 600 700 800 900

1.000 1.100 1.200 1.300 1.400 1.500 1.600 1.700 1.800 1.900 2.000 2.100 2.200 2.300 2.400

1

12

23

34

45

56

67

78

89

10

0

11

1

12

2

13

3

14

4

15

5

16

6

17

7

18

8

19

9

21

0

22

1

23

2

24

3

25

4

26

5

27

6

28

7

29

8

30

9

32

0

33

1

34

2

35

3

36

4

37

5

38

6

39

7

TOTA

L H

ou

rly

Ele

ctri

cyD

em

and

in S

pai

n(M

W)

Ho

url

yST

E ge

ne

rati

on

(MW

)

# of Hours since July 18th, 2015 9 am till August 8th, 2015 11pm

STE non-stop electricity generation 2015-7-18:9h --> 2015-8-3:23h

19-Septiembre-2017

870 MW tienen almacenamiento

TIPO DE TECNOLOGÍA POTENCIA INSTALADA (MW) %

Ciclo combinado 26.670 25,10%

Eólica 23.020 21,67%

Hidráulica 20.353 19,16%

Carbón 10.936 10,29%

Nuclear 7.573 7,13%

Cogeneración (2) 6.728 6,33%

Solar fotovoltaica 4.664 4,39%

Fuel/gas 2.490 2,34%

Solar térmica CSP/STE 2.300 2,16%

Residuos (3) 754 0,71%

Otras renovables (1) (2) 747 0,70%

Hidroeólica 11 0,01%

Total 106.247

MIX DE POTENCIA INSTALADA EN ESPAÑA

MÁXIMOS % sobre demanda Fecha + Hora

PERIODO 01-2014 hasta 06-2017 9,998% 2017-05-01 T18:00:00+02:00

2014 9,46% 2014-05-01 T17:00:00+02:00

2015 8,77% 2015-05-17 T18:00:00+02:00

2016 9,75% 2016-06-05 T18:00:00+02:00

2017 9,998% 2017-05-01 T18:00:00+02:00

19-Septiembre-2017GT. Tecnologías de Concentración 7

▪ Viento – 23 GW instalados; 414 GWh

➢ Aumenta la generación después de las horas soleadas.

➢ Alcanza picos entorno a la puesta de sol. (Pot.pico de cada día de la semana en GW: 4,8 – 7,5 – 2 – 3 – 4 – 3,5 – 5)

➢ A lo largo de la noche el viento decrece

▪ PV – 4,7 GW instalados; 211 GWh

➢ La PV no ha superado los 3,5GW pico

▪ Termosolar – 2,3 GW instalados; 216 GWh

➢ Mantiene estable durante las horas de sol 2,2GW

➢ Al caer el sol, las plantas con almacenamiento (870MW) de 7,5h de almacenamiento de media, mantienen hasta casi el amanecer 600MW, no cayendo por debajo de 165MW

La termosolar, la renovable gestionable y robusta, capaz de dar firmeza al sistema

Ejemplo de semana con OPERACIÓN CONTINUA, en un mes de verano

GT. Tecnologías de Concentración19-Septiembre-2017

EÓLICA

STE / CSP

BIOMASA

HIDRAÚLICA

NUCLEAR

COGENERACIÓN

CICLO COMBINADO

CARBÓN

PV

2016: MIX DE GENERACIÓN EN ESPAÑA

19,51%

2,09%

1,51%

13,06%

23,10%

10,69%

10,70%

14,44%

3,13%

242,5 TWh

Fuente Energética

Variación de participación en el mix cuando la PV no

genera

EÓLICA 3,36%

STE / CSP -53,93%

BIOMASA 8,08%

HIDRAÚLICA 0,48%

NUCLEAR 10,35%

COGENERACIÓN 7,39%

CICLO COMBINADO -0,86%

CARBÓN 5,35%

PV -100%

• Sólo 1/3 de la STE en España tiene almacenamiento. (870 MW)

• Al caer el sol, aumentan su participación en el mix:• Nuclear = 10%• Cogeneración = 7%• Carbón = 5%

A

Crescent Dunes Solar Energy Project (Tonopah)– Net Electricity Generation

▪ Torre – Sales Fundidas▪ NREL Estimated Electricity Generation MWh/yr = 500.000

GT. Tecnologías de Concentración 919-Septiembre-2017

▪ Solar Field Aperture Area = 1.200.000 m2▪ Potencia Instalada = 110 MW▪ Almacenamiento = 10h

0

20.000

40.000

60.000

80.000

100.000

120.000

140.000

0

5.000

10.000

15.000

20.000

25.000

30.000

35.000

10

/15

11

/15

12

/15

01

/16

02

/16

03

/16

04

/16

05

/16

06

/16

07

/16

08

/16

09

/16

10

/16

11

/16

12

/16

01

/17

02

/17

03

/17

04

/17

05

/17

06

/17

07

/17

08

/17

09

/17

10

/17

11

/17

12

/17

MW

h

CSP Plant CRESCENT DUNES monthly generation

Crescent Dunes Solar Energy Cum

Vuelve a generar el 12 de julio tras 8

meses de reparaciones

Solana Generating StationNet Electricity Generation

▪ Colectores Cilindro Parabólicos▪ NREL Estimated Electricity Generation MWh/yr = 944.000

1019-Septiembre-2017

▪ Solar Field Aperture Area = 2.200.000 m2▪ Potencia Instalada = 250MW▪ Almacenamiento = 6h

0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

800.000

0

20000

40000

60000

80000

100000

120000

140000

01

/12

04

/12

07

/12

10

/12

01

/13

04

/13

07

/13

10

/13

01

/14

04

/14

07

/14

10

/14

01

/15

04

/15

07

/15

10

/15

01

/16

04

/16

07

/16

10

/16

01

/17

04

/17

07

/17

10

/17

MW

h

CSP Plant SOLANA monthly generation

Solana Generating Station Cum

▪ Torre – generación directa de vapor▪ NREL Estimated Electricity Generation MWh/yr = 1.080.000

Ivanpah– Net Electricity Generation


▪ Solar Field Aperture Area = 2.600.000 m2▪ Potencia Instalada = 377MW▪ Almacenamiento = 0h

0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

800.000

0

10.000

20.000

30.000

40.000

50.000

60.000

70.000

80.000

90.000

100.000

01

/12

03

/12

05

/12

07

/12

09

/12

11

/12

01

/13

03

/13

05

/13

07

/13

09

/13

11

/13

01

/14

03

/14

05

/14

07

/14

09

/14

11

/14

01

/15

03

/15

05

/15

07

/15

09

/15

11

/15

01

/16

03

/16

05

/16

07

/16

09

/16

11

/16

01

/17

03

/17

05

/17

07

/17

09

/17

11

/17

MW

h

CSP Plant IVANPAH monthly generation

Ivanpah Cum

Total Fuel Consumed

(MMBtu)

2014 4*106

2015 5,8*106

2016 6,2*106

SEGS Plants Net Electricity Generation

Central Tech MWStart

Year

SEGS III PT 30 1985

SEGS IV PT 30 1989

SEGS V PT 30 1989

SEGS VI PT 30 1989

SEGS VII PT 30 1989

SEGS VIII PT 80 1989

SEGS IX PT 80 1990

Fuente: Form EIA-923 detaileddata. U.S. Energy InformationAdministration


0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

0

5.000

10.000

15.000

20.000

25.000

30.000

01

/12

04

/12

07

/12

10

/12

01

/13

04

/13

07

/13

10

/13

01

/14

04

/14

07

/14

10

/14

01

/15

04

/15

07

/15

10

/15

01

/16

04

/16

07

/16

10

/16

01

/17

04

/17

07

/17

10

/17

MW

h

CSP Plants monthly generation over the last 4 years

SEGS III SEGS IV SEGS V SEGS VI

SEGS VII SEGS VIII SEGS IX SEGS III - IX

Nevada Solar one (NSO) – Net Electricity Generation



▪ Solar Field Aperture Area = 357.200 m2▪ Potencia Instalada = 72 MW▪ Almacenamiento = 0,5h

0

20.000

40.000

60.000

80.000

100.000

120.000

140.000

0

5.000

10.000

15.000

20.000

25.000

01

/12

04

/12

07

/12

10

/12

01

/13

04

/13

07

/13

10

/13

01

/14

04

/14

07

/14

10

/14

01

/15

04

/15

07

/15

10

/15

01

/16

04

/16

07

/16

10

/16

01

/17

04

/17

07

/17

10

/17

MW

h

CSP Plant NEVADA SOLAR monthly generation over the last 4 years

Nevada Solar One Cum

Mojave Solar Project– Net Electricity Generation



▪ Potencia Instalada = 250 MW▪ Almacenamiento = 0h

0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

010.00020.00030.00040.00050.00060.00070.00080.00090.000

100.000

MW

h

CSP Plant MOJAVE monthly generation

Mojave Solar Project Cum

Genesis Solar Energy Project– Net Electricity Generation




0

100.000

200.000

300.000

400.000

500.000

600.000

700.000

0

10.000

20.000

30.000

40.000

50.000

60.000

70.000

80.000

90.000

11

/13

01

/14

03

/14

05

/14

07

/14

09/1

4

11/1

4

01

/15

03

/15

05

/15

07

/15

09

/15

11

/15

01

/16

03

/16

05

/16

07

/16

09

/16

11

/16

01

/17

03

/17

05

/17

07

/17

09

/17

11

/17

MW

h

CSP Plant GENESIS monthly generation over the last 4 years

Genesis Solar Energy Project Cum

Martin Next Generation Solar Energy Center (MNGSEC) – Net Electricity

Generation▪ Colectores Cilindro Parabólicos▪ NREL Estimated Electricity Generation MWh/yr = 155.000

Fuente: Form EIA-923 detaileddata. U.S. Energy InformationAdministration



0

20.000

40.000

60.000

80.000

100.000

120.000

140.000

02.0004.0006.0008.000

10.00012.00014.00016.00018.00020.000

01

/12

04

/12

07

/12

10

/12

01

/13

04

/13

07

/13

10

/13

01

/14

04

/14

07

/14

10

/14

01

/15

04

/15

07

/15

10

/15

01

/16

04

/16

07

/16

10

/16

01

/17

04

/17

07

/17

10

/17

MW

h

CSP Plant - MARTIN monthly generation over the last 4 years



2. Presentación del programa europeo RAISELIFE (Raising the Lifetime of Functional Materials

for Concentrated Solar Power Technology)


4. Debate acerca de la reducción de costes del sector en base a las últimas noticas



ÍNDICE

19-Septiembre-2017


Raising the Lifetime of Functional Materialsfor Concentrated Solar Power Technology

[email protected]

19-Septiembre-2017






4. Debate acerca de la reducción de costes del sector en base a las últimas noticas



ÍNDICE

19-Septiembre-2017

Las 12 Acciones y Proyectos de I+D+i analizados por el GTT

1. Concentradores Lineales Fresnel con sales fundidas a 550C como fluido de trabajo

9. Acción especial en Almacenamiento Térmico (nuevos materiales e integración)

5. Plantas de Torre con sales fundidas y componentes mejorados (sin aumento de T)

7. Planta de Torre con receptor de aire presurizado y sistema de almacenamiento de alta T

8. Sistema Beam-down multi-torre

10. Desarrollo de turbinas supercríticas (650ºC) de alta velocidad y optimizadas para las CT

11. Diseño de turbinas adaptadas a los requerimientos de operación de las CT

12. Desarrollo de un ciclo combinado Brayton híbrido supercrítico (1000 ºC)

3. Captadores Cilindroparabólicos con aceite siliconado a 430C como fluido de trabajo

4. Plantas de Torre con receptor volumétrico atmosférico y sistema de almacenamiento

6. Nueva generación de plantas de Torre con sales fundidas a mayor temperatura

2. Captadores Cilindroparabólicos con sales fundidas a 550C como fluido de trabajo

Líneas Prioritarias de Desarrollo Tecnológico

19/09/2017 GT. Tecnologías de Concentración 20

Acciones Especiales de I+D+i seleccionadas

1. Plantas de Torre con sales fundidas y componentes mejorados (T<600C)


Teniendo en cuenta:

a) El Riesgo Industrial (riesgo tecnológico, bancabilidad, cadena de valor, rendimiento esperado yrequerimientos & costes asociados a O&M)

b) La Relevancia Tecnológica (reducción de costes, innovación, gestionabilidad y tiempo de desarrollo)

Las 2 Acciones de I+D+i seleccionadas como más prioritarias para sector fueron:



I+D+i para la mejora de la tecnología de Torre con sales fundidas (T<600ºC)

• Reducir el coste de los heliostatos (<100 €/m2) , principalmente mediante sistemas de accionamiento y procedimientos de fabricación & montaje más económicos

• Desarrollar nuevos receptores, para flujos de radiación más altos (1 MW/m2)

Los principales retos de I+D+i para una rápida reducción de costes de la electricidad producida con plantasde torre usando sales fundidas a T<600ºC son:

• Aumentar un 5% el rendimiento anual del campo de heliostatos, mejorando los parámetros ópticos (=95%) y geométricos ( 3 mrad)

• Desarrollar procedimientos automáticos de calibración para el campo de heliostatos

• Desarrollar sistemas económicos para la media rápida de la atenuación atmosférica

• Desarrollar sistemas precisos para medida/cálculo del flujo de radiación en el receptor

• Procedimientos de mantenimiento preventivo que reduzcan los costes de O&M

• Turbinas más flexibles y generadores de vapor optimizados para centrales termosolares



I+D+i para la mejora de la tecnología actual de Captadores Cilindroparabólicos

• Sustitución de los actuales aceites térmicos por aceites con base de silicona (T430ºC)

• Generadores de vapor con tiempos de arranque más cortos

Los principales retos de I+D+i para una rápida reducción de costes de la electricidad producida con plantasde captadores cilindroparabólicos son:

• Nuevos diseños de captadores con un factor de concentración mayor (sistemas de seguimiento solar precisos y fiables, recubrimientos selectivos para mayor T, espejos de muy alta calidad óptica, procedimientos de fabricación y montaje precisos)

• Turbinas más flexibles y adaptadas a los parámetros de operación de este tipo de plantas solares



DOE allocated $62 million for concentrated solar power

technologies

▪ The Office of Energy Efficiency and Renewable Energy (EERE), which houses SunShot, also announced $82 million in funding for early-stage research in concentrating solar power and power electronics➢ DOE allocated $62 million for concentrated solar power technologies

➢ $20 million for early-stage power electronic projects that would help grid operators better detect problems

▪ The U.S. Department of Energy announced plans to expand the SunShot program after hitting its 2020 goals to trim utility-scale solar costs to $0.06/kWh — or under $1 per watt — three years early



The SunShot Initiative is a national effort to drive down the cost of solar electricity and support solar adoption. SunShotaims to make solar energy a low-cost electricity source for all Americans through research and development efforts in collaboration with public and private partners. SunShot is managed by the Solar Energy Technologies Office. https://energy.gov/eere/sunshot/downloads/2017-gen-3-csp-systems-workshop

https://energy.gov/eere/sunshot/downloads/2017-gen-3-csp-systems-workshop

Wacker inks silicone fluid deal with concentrated solar power developer in China

▪ German polysilicon producer Wacker Chemie AG (ETR:WCH) said today it will be supplying silicone fluid to Chinese solar thermal plant components maker Royal Tech CSP Ltd.

▪ The Chinese firm will use Wacker’s newly developed HELISOL silicone fluid as a heat-transfer medium in its concentrated solar power (CSP) plants.

▪ HELISOL can withstand thermal stress of up to 425 C for a long period of time and its viscosity remains low even at -40 C

▪ Royal Tech is building a 50-megawatt solar power plant in the city of Yumen in western China, and has a 100-MW project in Inner Mongolia


06-2017: http://helioscsp.com/wacker-inks-silicone-fluid-deal-with-concentrated-solar-power-developer-in-china/

¿TOXICIDAD? ¿INFLAMABLIDAD?

http://helioscsp.com/wacker-inks-silicone-fluid-deal-with-concentrated-solar-power-developer-in-china/

US DOE Funds Terrafore’s Phase Change Energy Storage Test

▪ The US Department of Energy (DOE) has released funding to the Argonne National Laboratory for a scaled-up round of independent testing of Terrafore Technologies’

➢ Innovative encapsulated thermal energy storage in phase change salts

➢Designed to operate in temperatures to greater than 800°C

➢ In a single tank that acts as both:

• Storage and Heat Exchanger


http://helioscsp.com/us-doe-funds-terrafores-phase-change-energy-storage-test/

http://www.terraforetechnologies.com/

http://helioscsp.com/us-doe-funds-terrafores-phase-change-energy-storage-test/

Masdar develops high-performance concentrated solar power absorber

▪ Masdar Institute said the novel product, developed in partnership with the Massachusetts Institute of Technology (MIT), absorbs nearly 100 per cent of the sunlight’s energy from the ultraviolet and visible portions of the solar spectrum

▪ The innovative product features an ultrathin nanocomposite film made of silver and silica, topped with silver nanoparticles

▪ Transmission electron microscopes enable us to see through the materials, beyond the surface and deep within the nanocomposite solar absorber,” remarked Dr Zhang.

▪ “With this vision, we observed that traditional solar absorbers, thought to be made of smooth, continuous composite layers, were actually filled with tiny nano-particles of each composite element and large nano-particles on the top surface,”

▪ We discovered that it is the presence of these topping nano-particles that make absorbers more efficient. This knowledge became the basis for development of our nanocomposite film


07/2017: http://helioscsp.com/masdar-develops-high-performance-concenrated-solar-power-absorber/

http://helioscsp.com/masdar-develops-high-performance-concenrated-solar-power-absorber/

Las 12 Acciones y Proyectos de I+D+i analizados por el GTT

1. Concentradores Lineales Fresnel con sales fundidas a 550C como fluido de trabajo

9. Acción especial en Almacenamiento Térmico (nuevos materiales e integración)

5. Plantas de Torre con sales fundidas y componentes mejorados (sin aumento de T)

7. Planta de Torre con receptor de aire presurizado y sistema de almacenamiento de alta T

8. Sistema Beam-down multi-torre

10. Desarrollo de turbinas supercríticas (650ºC) de alta velocidad y optimizadas para las CT

11. Diseño de turbinas adaptadas a los requerimientos de operación de las CT

12. Desarrollo de un ciclo combinado Brayton híbrido supercrítico (1000 ºC)


4. Plantas de Torre con receptor volumétrico atmosférico y sistema de almacenamiento

6. Nueva generación de plantas de Torre con sales fundidas a mayor temperatura

2. Captadores Cilindroparabólicos con sales fundidas a 550C como fluido de trabajo











ÍNDICE

19-Septiembre-2017

Dubai - Mohammed bin Rashid Al Maktoum solar park200 MW - 9.45 US cents / kWh700 MW – 7.3 US cents / kWh

▪ 200 MW

▪ Mínimo 8 horas de almacenamiento

▪ 2 torres de 100MW cada una

▪ Oferta menor: USD 9,45 cents / kWh


07/2017: http://helioscsp.com/24-hour-concentrated-solar-power-is-possible-for-mena/

DEWA otorga 14.200 millones de AED para un conjunto de centrales termosolares (cilindroparabólicas y de torre) por un total de 700 MW con una oferta récord de 7,3 céntimos de USD por kWh

09/2017: http://helionoticias.es/dewa-otorga-14-200-millones-de-aed-para-la-termosolar-de-700-mw-con-una-oferta-record-de-73-centimos-de-usd-por-kwh/https://www.thenational.ae/business/energy/sheikh-mohammed-bin-rashid-announces-winning-contract-for-world-s-largest-csp-solar-project-1.628906

▪ Se otorgó a un consorcio compuesto por ACWA Power de Arabia Saudita y Shanghai Electric de China▪ Torre solar más alta del mundo que medirá 260 metros▪ El acuerdo de adquisición de energía y el cierre financiero se espera que concluyan pronto. ▪ El proyecto se realizará en etapas y comenzará a operar a partir de 2020

http://helioscsp.com/24-hour-concentrated-solar-power-is-possible-for-mena/

http://helionoticias.es/dewa-otorga-14-200-millones-de-aed-para-la-termosolar-de-700-mw-con-una-oferta-record-de-73-centimos-de-usd-por-kwh/

https://www.thenational.ae/business/energy/sheikh-mohammed-bin-rashid-announces-winning-contract-for-world-s-largest-csp-solar-project-1.628906

Australia: Port Augusta to build a concentrated solar power plant at AUS $78 per MWh

➢ Aurora Solar Energy Project: 20-year contract; 150 megawatts; 495 gigawatt hours of electricity per year -$650 million; Ready to power up by 2020

• $110 million of recoupable finance promised by the federal government equity investment

• SolarReserve CEO Kevin Smith: “Lenders keep everyone honest. It is a modest return project… We hope to make some money on the back end of the deal.”

• “The government load peaks in the middle of the day, and the rest of the market’s load peaks at six or seven in the evening”. So what that gives the opportunity to play this power into the point of the day when it’s most needed.

• South Australia has an energy crisis, with the highest prices in the world for peak power after dark. Its evening peak is currently covered by dispatchable natural gas, and never under $100 MWh, but it can be almost unbelievably expensive. “In Australia, price cap is $14,000 per megawatt hour.

• That’s why it works, financially, for both parties.

• Kevin Smith, the record-low CSP price was largely due to their receiver and heliostat research into CSP cost-cutting conducted at Sandia Laboratories in the US. “The biggest part of getting our costs down has been the reduced production and capital costs due to more efficient designs in the heliostats


http://helioscsp.com/australia-to-build-a-concentrated-solar-power-plant-at-78-per-mwh/ http://helioscsp.com/how-concentrated-solar-power-tower-and-storage-won-on-costs/

http://helioscsp.com/research-was-key-to-the-low-price-record-of-6-cents-for-concentrated-solar-powermal-energy/

http://helioscsp.com/australia-to-build-a-concentrated-solar-power-plant-at-78-per-mwh/

http://helioscsp.com/how-concentrated-solar-power-tower-and-storage-won-on-costs/

http://helioscsp.com/research-was-key-to-the-low-price-record-of-6-cents-for-concentrated-solar-powermal-energy/

Noticias Asociadas a precios en CSP

▪ SUPCON oferta a 105 USD/m2 el campo solar para la planta Luneng Haixi

▪ SUPCON offer USD180m bidding price (USD105/m2 on solar field) for China 50MW Concentrated Solar Power Tower hybrid project

➢ Luneng Haixi 50MW CSP molten salt Tower hybrid project in China called for tenders of EPC, and received 8 biddings from 8 Chinese companies. The lowest price was offered by Zhejiang SUPCON Solar Technology Co., Ltd. (shorted as SUPCON) as RMB 1.2 billion (about USD 180 million), among which the cost for solar field is approximately RMB700 (about USD105) per square meter

▪ SUPCON, as one of China leading CSP Tower technology providers and project developer & EPCs, constructed and operated China 1st commercial 10MW CSP Tower project in the year of 2013. As SUPCON told CSP Focus, the price on solar field of that 10MW was over RMB1, 300/㎡, which was over twice as the one offered to date


08/2017: http://helioscsp.com/supcon-offer-usd180m-bidding-price-usd105%e3%8e%a1on-solar-field-for-china-50mw-concentrated-solar-power-tower-hybrid-project/

http://helioscsp.com/supcon-offer-usd180m-bidding-price-usd105%e3%8e%a1on-solar-field-for-china-50mw-concentrated-solar-power-tower-hybrid-project/


SIMULACIÓN SAMSEVILLA, 100MWe, 8h TES


SIMULACIÓN SAMSEVILLA, 100MWe, 8h TES

Desglose de los principales costes de una plata termosolar (SAM)

¿SON ESTOS COSTES DEMASIADO ALTOS A FECHA DE HOY?

Campo de heliostatos 145 USD / m2

Torre (175m de altura) 120.000 €/m

Receptor (539 MWt) 129.000 USD/MWt

Almacenamiento térmico 24 USD / kWht

BoP 340 USD / kWe

Ciclo de Potencia 1.100 USD / kWe

Contingencias 7% (CAPEX)

EPC 13 % (CAPEX)


https://energy.gov/eere/sunshot/concentrating-solar-power

https://energy.gov/eere/sunshot/concentrating-solar-power


Debate acerca de la reducción de precios


1. Actualización de datos de producción de las plantas termsolares en España y en EE.UU.




4. Debate acerca de la reducción de costes del sector en base a las últimas noticas.



ÍNDICE

19-Septiembre-2017

Los costes de generación del kWh de las centrales termosolares son bastante más baratos que los de las centrales fotovoltaicas, con 6 horas de almacenamiento y lo seguirán siendo al menos en los próximos 10 años

Aunque para pequeños sistemas distribuidos o vehículos eléctricos, con menos requerimientos de durabilidad y degradación, las baterías comenzarán a jugar un importante papel, no parece que sea el caso para el almacenamiento a gran escala en centrales eléctricas

Y no hay que olvidar que el parque de generación en 2030 tenemos que empezar a construirlo hoy


http://www.utilitydive.com/news/how-can-tucson-electric-get-solar-storage-for-45kwh/443715/

▪ TEP declined to reveal the exact pricing, but the all-in cost for the solar-plus-storage project is “significantly less than $0.045/kWh over 20 years

▪ At under 3¢s/kWh, the solar portion of the PPA is “the lowest price recorded in the U.S.”

▪ The project, which is being built by NextEra Energy, calls for a 100 MW solar array and a 30 MW, 120 MWh energy storage facility

▪ If the value of the available subsidies is backed out, the pricing on the project is probably closer to $0.09/kWh

▪ the developer is likely banking on continuing cost reductions for both solar and storage technologies. Those assumptions are probably “baked into the bid,”

La competencia de la termosolar, en cuanto a recurso solar se refiere, es la fotovoltaica + baterías. ¿Dónde están a nivel de desarrollo a fecha de hoy?

May 30th, 2017

http://www.utilitydive.com/news/how-can-tucson-electric-get-solar-storage-for-45kwh/443715/



▪ Salt River Project (SRP) has signed a 20-year power purchase agreement with NextEra Energy Resources for a project in Arizona. ¿USD / kWh? Arizona’s duck curve “far more dramatic” than in California.

▪ Pinal Central Energy Center near Coolidge, which will pair a 20 MW solar array with a 10 MW lithium-ion storage system. Duration (MWh) specifications for the battery were not released

▪ The solar panels will be used to charge the battery that SRP plans to use to test the economic viability of using storage to smooth out the intermittency of renewable resources on its grid.

▪ Separately, the utility also contracted for another 10 MW grid-scale battery, this one with four hours of duration.

http://www.utilitydive.com/news/salt-river-project-signs-ppa-for-20-mw-solarstorage-project/441015/

April 24th, 2017

http://www.utilitydive.com/news/salt-river-project-signs-ppa-for-20-mw-solarstorage-project/441015/



▪ AES Distributed Energy will build a solar-plus-storage "peaker plant" on the Hawaiian island of Kauai

▪ 28 MW of solar capacity with a 20-MW five-hour duration energy storage system to help KIUC balance generation with peak demand

▪ The utility's president and chief executive David Bissell said that power from the project will be priced at USD 0.11/kWh

▪ It will provide 11% of Kauai's electricity generation

▪ The project is expected to start operations by late 2018

https://www.greentechmedia.com/articles/read/aes-puts-energy-heavy-battery-behind-new-kauai-solar-peakerhttps://renewablesnow.com/news/aes-kauai-utility-sign-big-solar-plus-storage-ppa-553868/

Jan 11th, 2017

https://www.greentechmedia.com/articles/read/aes-puts-energy-heavy-battery-behind-new-kauai-solar-peaker

https://renewablesnow.com/news/aes-kauai-utility-sign-big-solar-plus-storage-ppa-553868/


http://www.utilitydive.com/news/sdge-contracts-for-5-energy-storage-projects-totaling-835-mw/440904/

▪ San Diego Gas & Electric has signed contracts for five battery storage projects totaling 83.5 MW, part of its efforts to meet California's energy storage mandate.

▪ Two of the five lithium-ion facilities — 30 MW and 40 MW, respectively — will be owned by SDG&E, which will use them to enhance regional energy reliability while maximizing renewable energy use.

▪ The other three storage projects, totaling 13.5 MW, will be owned separately by Powin Energy, Enel Green Power North America, and by Advanced Microgrid Solutions and constructed in Escondido, Poway and San Juan Capistrano, respectively.


April 21st, 2017

California in 2013 passed the nation’s first energy storage mandate, which called for investor owned

utilities to buy 1.325 GW of storage by 2020

http://www.utilitydive.com/news/sdge-contracts-for-5-energy-storage-projects-totaling-835-mw/440904/


http://sdgenews.com/battery-storage/sdge-unveils-world%E2%80%99s-largest-lithium-ion-battery-storage-facility

▪ 30 megawatt (MW) energy storage facility is capable of storing up to 120 megawatt hours of energy

▪ 400,000 batteries, similar to those in electric vehicles, were installed in nearly 20,000 modules and placed in 24 containers. The batteries will act like a sponge, soaking up and storing energy when it is abundant –when the sun is shining, the wind is blowing and energy use is low – and releasing it when energy resources are in high demand. This will provide reliable energy when customers need it most, and maximize the use of renewable resources such as solar and wind


February 28, 2017

http://sdgenews.com/battery-storage/sdge-unveils-world%E2%80%99s-largest-lithium-ion-battery-storage-facility

The "world's biggest" lithium ion battery is to be built in South Australia by Tesla and French company Neoen

▪ An array of lithium ion batteries will be connected to the Hornsdalewind farm, which is currently under construction in SA. It will look like a field of boxes, each housing Tesla commercial-scale Powerpackbatteries

▪ 100 MW; 129 MWh: Life of about 15 years

▪ The battery would primarily provide stability for the power grid

▪ Modular network: each Powerpack about the size of a large fridge; 1,200 kilograms each

▪ Battery components are replaceable and the circuitry should last 20 to 30 years

▪ Elon Musk: “Tesla could deliver the battery within 100 days — or it would be delivered for free”.

▪ If the battery is not operating by the start of summer, South Australia might be vulnerable to blackouts

19-Septiembre-2017 GT. Tecnologías de Concentración 45http://www.abc.net.au/news/2017-07-07/what-is-tesla-big-sa-battery-and-how-will-it-work/8688992

http://www.abc.net.au/news/2017-07-07/what-is-tesla-big-sa-battery-and-how-will-it-work/8688992


PV – electrical storage, battery storage capacity is between 30 – 90 minutes

CSP + thermal energy storage, capacity is between 4 – 12 hours

En busca del mercado de las bateríasFluence = AES + SIEMENS; & IBC

▪ Llega Fluence, nueva compañía global de tecnología de almacenamiento de energía (13/07/2017)➢ La estadounidense AES Corporation y la alemana Siemens AG han anunciado un acuerdo para formar una nueva

compañía de servicios y tecnología de almacenamiento de energía bajo el nombre de Fluence. La empresa conjunta combinará las plataformas de almacenamiento de energía de AES Advancion y Siemens Siestorage con servicios ampliados y tendrá su cuartel general en Washington DC.

➢ Las dos compañías han desplegado 48 proyectos que conforman un total de 463MW de almacenamiento de energía a través de baterías en 13 países,

▪ IBC Solar aprieta en la carrera de las baterías de ión-litio (13/07/2017)➢ La multinacional alemana, que se define como una "empresa activa en el sector de la energía fotovoltaica y las

baterías solares desde hace más de 35 años", acaba de lanzar una nueva gama de paquetes de servicio técnico: Take-Care. Según explica IBC en un comunicado que ha difundido hoy, estos paquetes "asisten a nuestros socios en la planificación, instalación y mantenimiento de las soluciones de batería"


https://america.energias-renovables.com/ahorro/llega-fluence-nueva-compania-global-de-tecnologia 20170714?utm_campaign=newsletterERAmerica&utm_medium=boletinClick&utm_source=Bolet%C3%ADn+amERica+2017-07-18

https://www.energias-renovables.com/fotovoltaica/ibc-solar-aprieta-en-la-carrera-de-20170713?utm_campaign=newsletterERSolar&utm_medium=boletinClick&utm_source=Bolet%C3%ADn+Solar+2017-07-18

https://america.energias-renovables.com/ahorro/llega-fluence-nueva-compania-global-de-tecnologia-20170714?utm_campaign=newsletterERAmerica&utm_medium=boletinClick&utm_source=Bolet%C3%ADn+amERica+2017-07-18

https://america.energias-renovables.com/ahorro/llega-fluence-nueva-compania-global-de-tecnologia-20170714?utm_campaign=newsletterERAmerica&utm_medium=boletinClick&utm_source=Bolet%C3%ADn+amERica+2017-07-18

https://www.energias-renovables.com/fotovoltaica/ibc-solar-aprieta-en-la-carrera-de-20170713?utm_campaign=newsletterERSolar&utm_medium=boletinClick&utm_source=Bolet%C3%ADn+Solar+2017-07-18


https://data.bloomberglp.com/bnef/sites/14/2017/07/BNEF-Lithium-ion-battery-costs-and-market.pdf






Debate acerca del posicionamiento de la termosolar frente a su futuro competidor









ÍNDICE

19-Septiembre-2017

ARENA (Australian Renewable Energy Agency) push for concentrated solar power in Australia

➢ The Australian Renewable Energy Agency (ARENA) reports a strong response from industry and investors on concentrated solar thermal (CST).

➢ This follows ARENA’s call for information from industry, solar manufacturers and green energy investors about CST.

▪ It is the most volatile market on earth; at peak the price can go from $100 to $14,000 and back again in 5 minutes ($/MWh)

▪ South Australia has an energy crisis, with the highest prices in the world for peak power after dark. Its evening peak is currently covered by dispatchable natural gas, and never under $100 MWh, but it can be almost unbelievably expensive. “In Australia, price cap is $14,000 per megawatt hour.

▪ Unlike with natural gas, a solar thermal power plant will always have an incentive to push its generation during every evening peak price period rather than withdrawing it to raise prices.

▪ Unlike a gas power plant, withholding stored solar thermal makes no sense.

▪ Danny Price designed the Generation Project Agreement for the South Australian Government: “simply adding a lot more intermittent renewables would just make the peak price problem worse”

▪ The goal was to use the dispatchability of a thermal solar project to get the evening peak prices down


Actualización de las Expectativas a nivel internacionalAustralia

http://www.solarpaces.org/port-augusta-cheapest-solar-thermal-power/

http://helioscsp.com/arena-push-for-concentrated-solar-power-in-australia/

http://www.solarpaces.org/port-augusta-cheapest-solar-thermal-power/

http://helioscsp.com/arena-push-for-concentrated-solar-power-in-australia/

▪ The CPC2017 international conference was organized by CSP Plaza and held in Hangzhou (China) from June 14 to 16.

▪ Some of the data presented at the conference, within the framework of this strategy

➢ Primary energy consumption target for non-fossil fuels: 15 % by 2020, 20 % by 2030, and more than 50 % by 2050

➢ CSP Project Plan (in the areas with the most Direct Normal Irradiance, or DNI). To achieve 6.55 GW by 2020, 15.55 GW by 2025, and 27.6 GW by 2030.

➢ Evolving CSP project costs. Presently, it stands at 25.000 – 30.000 CNY / kW. Forecast: 15.000 CNY / kW with a tariff of 0.75 CNY by 2020; and a 12.500 CNY / kW maximum cost by the year 2030 and a maximum tariff of 0.65 CNY / kW-h (10 cUSD / kWh)


08/2017: http://helioscsp.com/the-future-of-concentrated-solar-power-ste-or-csp-in-china/

Actualización de las Expectativas a nivel internacionalChina

http://helioscsp.com/the-future-of-concentrated-solar-power-ste-or-csp-in-china/

China officially discloses 20 Concentrated Solar Power demonstration projects

▪ 8 projects will meet with the scheduled operation date in late 2018

▪ the remaining 12 demonstration projects are now preparing for biddings, yet need to speed up to construction to operate in the end of 2018

▪ Obstacles in Development related to China’s immature CSP industry situation.➢ Obstacle 1 : poorly managed preliminary work

➢ Obstacle 2: financing difficulties

➢ Obstacle 3: technology to be accumulated and strengthened

▪ The first batch of demonstration project is to enhance CSP technology, to build the ability of project development and construction, to promote system integration optimization and operation, to complete key equipment manufacturing chain, and to test policy support system as well. Thus, we can further optimize whole system and see a healthy and sustainable development of CSP industry


08/2017: http://helioscsp.com/china-officially-discloses-20-concentrated-solar-power-demonstration-projects/


http://helioscsp.com/china-officially-discloses-20-concentrated-solar-power-demonstration-projects/

▪ 8 tenders competing for EPC of 100 MW Molten Salt Tower Concentrated Solar Power project in Gansu, China➢ Shanghai Electric Group Co., Ltd.

➢ Beijing Equipment Installation Engineering Group Co., Ltd.

➢ China Energy Engineering Group Northwest Construction Engineering Co., Ltd.

➢ China Energy Engineering Group Northwest Design & Survey Institute Co., Ltd.

➢ Beijing Shouhang IHW Resources Saving Technology Co., Ltd.

➢ SEPCOIII Electric Power Construction Co., Ltd.

➢ Dongfang Electric Group Co., Ltd

▪ Solar field bid of China Hami 50MW molten salt tower CSP demonstration project Announced: ➢ There were 6 enterprises competing for the bid:

• 1. Beijing Shouhang IHW Resources Saving Technology Co.,Ltd.

• 2. Zhejiang SUPCON Solar Technology Co.,Ltd.

• 3. Shanghai Electric Group – BrightSource CSP Engineering Co.,Ltd.

• 4. SEPCOIII Electric Power Construction Corporation

• 5. Dongfang Boiler Group Co., Ltd.

• 6. Harbin Turbine Company Limited55

http://helioscsp.com/8-tenders-competing-for-epc-of-100-mw-melton-salt-tower-concentrated-ssolar-power-project-in-gansu-china/

http://en.cspplaza.com/solar-field-bid-of-china-hami-50mw-project-announced-consortium-of-dbc-sbp-ranks-first.html


http://helioscsp.com/8-tenders-competing-for-epc-of-100-mw-melton-salt-tower-concentrated-ssolar-power-project-in-gansu-china/

http://en.cspplaza.com/solar-field-bid-of-china-hami-50mw-project-announced-consortium-of-dbc-sbp-ranks-first.html

LuNeng 50MW Concentrated Solar Power tower EPC bid reopened oversea suppliers win over

▪ The same 8 tenders compete for the reopened bid, they are:

➢ 1. Beijing Shouhang IHW Resources Saving Technology Co., Ltd. (hereafter referred to as Shouhang)

➢ 2. Hebei Electric Power Design & Research Institute

➢ 3. SEPCO Electric Power Construction Corporation (SEPCO)

➢ 4. SEPCOIII Electric Power Construction Corporation

➢ 5. SEPCOI Electric Power Construction Corporation (hereafter referred to as SEPCOI)

➢ 6. Zhejiang SUPCON Solar Technology Co., Ltd. (hereafter referred to as SUPCON)

➢ 7. Power China Nuclear Engineering Company

➢ 8. China Energy Engineering Group Northwest Power Construction Engineering Co., Ltd.

▪ The distinct is, this time, suppliers of the receiver are clarified as CMI, GE, SolarReserve, and Sener. Four in four are oversea companies and none of Chinese receiver suppliers are selected in this bid, which has absolutely impacted tenders manufacturing receiver, such as SUPCON and Shouhang

56


http://helioscsp.com/chinas-first-commercial-concentrated-solar-power-plant-begins-test-run/

http://helioscsp.com/chinas-first-commercial-concentrated-solar-power-plant-begins-test-run/

Actualización de las Expectativas a nivel internacionalMiddle East

▪ Kuwait: (06/2017)

➢ The expected total capacity of CSP will be 1150 MW (750 MW Parabolic Trough, 400 MW Solar Tower), PV 700MW, and wind 150MW

▪ Middle East oil extraction creates great market for Concentrated Solar Power

➢ Kuwait is currently finalizing tender terms for a solar CSP EOR plant of capacity up to 100 MWth at Ratqaoilfield, and to launch the tender later this year.

• Industry sources say that some 11 CSP companies have pre-qualified to bid on the tender.

➢ Miraah (Oman) 1,021MWth solar thermal facility. First phase in operation.


http://helioscsp.com/kuwait-shagaya-50mw-solar-concentrated-solar-power-project-operates-in-2018/

07/2017: http://helioscsp.com/middle-east-oil-extraction-creates-great-market-for-concentrated-solar-power/

07/2017: http://helioscsp.com/miraah-concentrated-solar-power-project-in-oman/

http://helioscsp.com/kuwait-shagaya-50mw-solar-concentrated-solar-power-project-operates-in-2018/

http://helioscsp.com/middle-east-oil-extraction-creates-great-market-for-concentrated-solar-power/

http://helioscsp.com/miraah-concentrated-solar-power-project-in-oman/

Actualización de las Expectativas a nivel

internacionalMarruecos

▪ 31st of July 2017: TuNur has filed its request for authorization with the Tunisian Ministry of Energy, Mines and Renewable Energy for a 4,5GW solar export project in the Sahara Desert in South West Tunisia with undersea grid connections to Europe

▪ The TuNur project is 50% owned by UK-based company Nur Energie and 50% owned by investors from Tunisia and Malta

▪ If all goes smoothly, TuNur chief executive Kevin Sara told Climate Home a first 250MW phase, with a connection to Malta, could be running by 2020, for an estimated €1.6 billion investment

▪ According to Daniel Rich, the Chief Operating Officer at TuNur, the initial production costs for the first phase will be $85 million, making the cost 10.1 US-cent/kWh

▪ Malta is already connected to the European mainland with 100 km of undersea power line that transmits electricity to Sicily, Italy- meaning that only the first part of interconnection is needed, i.e. 500 km transmission systems connecting Tunisia to Malta


Actualización de las Expectativas a nivel internacionalTúnez

Chile:▪ Numerosas concesiones ambientales

➢ SolarReserve Receives Environmental Approval for 390 Megawatt Concentrated Solar Power Facility with Storage in Chile

➢ Likana Solar Energy Project in the Antofagasta region of Chile, will be comprised of three 130 megawatt (MW) solar thermal towers, each with 13 hours of full load energy storage. With 5.1 gigawatt-hours of total energy storage capacity, the facility will deliver 390 megawatts of continuous output, resulting in over 2,800 gigawatt-hours generated annually. It will operate at a capacity factor and availability percentage equal to that of a fossil fired power plant, while providing a highly competitive price of power – and with zero emissions.

▪ Gestiones para promover la instroducción de las centrales termosolares

México:▪ Gestiones para promover la instroducción de las centrales termosolares


07/2017: http://helioscsp.com/solarreserve-receives-environmental-approval-for-390-megawatt-concentrated-solar-power-facility-with-storage-in-chile/08/2017: http://helionoticias.es/tramitacion-de-la-termosolar-bundang-gu-calama-en-chile/

Actualización de las Expectativas a nivel internacionalChile & México

http://helioscsp.com/solarreserve-receives-environmental-approval-for-390-megawatt-concentrated-solar-power-facility-with-storage-in-chile/

http://helionoticias.es/tramitacion-de-la-termosolar-bundang-gu-calama-en-chile/

Información sobre plantas en construcción


Country CSP PlantExpected Start

YearOwner

InstalledCapacity(MWe)

Technology

Storage (h)

Chile Atacama-1 2019 Abengoa Solar 110 T - MS 17,5

FranceSUNCNIM 9MWe

Fresnel DSG2018 SUNCNIM 9 LF 4

Israel Ashalim2 CSP project 2017Ashalim CSP (Israel Shikun

and Binui RenewableEnergy)

110 PT 0

IsraelAshalim1 CSP project

(Ashalim Plot B)2017

BrightSource Energy (25%) General Electric (25%)

NOY Infrastructure & Energy Investment Fund (50%)

121 T - Steam 0

Kuwait Shagaya CSP Project 2018Kuwait Institute for

Scientific Research (KISR) 50 PT

Mexico Agua Prieta II 2017 12 PTMorocco NOOR II 2018 ACWA 185 PT 7Morocco NOOR III 2018 ACWA 134 T - MS 7

Saudi Arabia ISCC Duba 1 2018 Saudi Electricity Co. 50 PT - ISCC 0

Saudi ArabiaWaad Al Shamal ISCC

Plant2018 General electric 50 PT - ISCC 0

South Africa Kathu Solar Park 2018Kathu Solar Park Consortium

- Engie100 PT 4,5

South Africa Ilanga I 2018 Emvelo + ACS 100 PT 4,5

Informaciones sobre plantas en construcción


Country CSP PlantExpected Start

YearOwner

InstalledCapacity(MWe)

Technology Storage (h)

ChinaQinghai Supcon Delingha

50MW Molten Salt Tower CSP2018

Qinghau Supcon Solar Technology Delingha Co. Ltd

50 T - MS 6

ChinaDunhuang 100 MW Molten

Salt tower CSP Project2018

Shouhang IHW Resources Saving Technology Co., Ltd

100 T - MS 11

China Hami 50 MW CSP Project 2018Northwest Electric Power Design

Institute of China Power Engineering Consulting Group

50 T - MS 8

ChinaGansu Akesai 50MW Molten

Salt CSP parabolic Troughdemostration plant

2018Shenzhen gold vanadium Energy

Technology Co., Ltd. 50 PT - MS 15

China64MW Molten Salt Parabolic

Trough CSP project2018

Zhongyang Zhangjiakou Chabei Energy Co. Ltd

64 PT - MS 16

ChinaYumen Town East 50MW CSP project Changzhou royal tech

csp equipment2018 Royal Tech CSP Limited 50 PT 7

ChinaGansu Yumen East town 50

MW trough power plant2018 Rayspower Energy Group Co.,Ltd 50 PT 7

ChinaUrat Middle Banner 100MW Thermal Oil Parabolic Trough

CSP project2018

Inner Mongolia Royal Tech New Energy Co., Ltd.

100 PT 4

China50MW Thermal Oil Parabolic

Trough CSP project2018

CGN Delingha Solar Energy Development

50 PT 9









7. Ruegos y Preguntas

ÍNDICE

19-Septiembre-2017


Muchas gracias por la atención

GRUPO DE TRABAJO DE TECNOLOGÍAS DE CONCENTRACIÓN

BACK-UP


MEJOR SEMANA HISTÓRICA CSP DE OPERACIÓN CONTINUA POR ENCIMA DE 165MW (1/7) – Fuente ESIOS (REE)

20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

4.500

5.000

5.500

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora

Desde las 9h del 22 de junio de 2015 hasta las 8h del 23 de junio de 2015

PV = Generación medida Solar fotovoltaica (MW)

CSP = Generación medida Solar térmica (MW)

EOLICA TERRESTRE = Generación medida Eólica Terrestre (MW)

TOTAL = Generación medida total (MW) 6619-Septiembre-2017

20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

- 500

1.000 1.500 2.000 2.500 3.000 3.500 4.000 4.500 5.000 5.500 6.000 6.500 7.000 7.500 8.000

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora





TOTAL = Generación medida total (MW)

MEJOR SEMANA HISTÓRICA CSP DE OPERACIÓN CONTINUA POR ENCIMA DE 165MW (2/7). Fuente ESIOS (REE)


20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora








20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora








20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

4.500

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora








20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora








20.000

22.000

24.000

26.000

28.000

30.000

32.000

34.000

36.000

-

500

1.000

1.500

2.000

2.500

3.000

3.500

4.000

4.500

5.000

5.500

9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 0 1 2 3 4 5 6 7 8

MW

To

tal E

spañ

a

MW

(C

SP +

PV

+ W

ind

)

Hora








EU-funded research project (Amadeus)

▪ Concentrated Solar Power scientists target 2,000°C thermal storage by 2019

➢ A new EU-funded research project (Amadeus) is now aiming to increase operating temperatures to up to 2,000°C by introducing compact energy storage devices based on molten silicon and solid-state heat to power converters

➢ The ‘Amadeus’ project, led by the Technical University of Madrid (UPM) Solar Energy Institute, could increase storage energy density over 10-fold compared with molten salt systems

➢ Ultra-high temperatures will shift the heat transfer process from conduction or convection, to radiation

➢ Thus, we can eliminate heat transfer fluids, and substitute the conventional heat engines [with] simpler and cost-effective solid-state converters such as infrared-sensitive photovoltaic cells, not requiring working fluids or moving parts

▪ UPM researchers expect their silicon-based TES to cut project capital expenditure (capex) as it is smaller, uses fewer materials and requires less labor to install, than current designs.

➢ TES systems represent 10 to 20% of CSP plant costs

➢ the Department of Energy’s SunShot initiative is targeting a TES cost of $15/kWhth by 2020


08/2017: http://helioscsp.com/concentrated-solar-power-scientists-target-2000c-thermal-storage-by-2019/

http://helioscsp.com/concentrated-solar-power-scientists-target-2000c-thermal-storage-by-2019/

Dubai - 9.45 US cents per kilowatt hour


07/2017: http://helioscsp.com/24-hour-concentrated-solar-power-is-possible-for-mena/

http://helioscsp.com/dubai-concentrated-solar-power-developers-urged-to-apply-shams-1-desert-findings/

Dubai Concentrated Solar Power developers urged to apply Shams 1 desert findings

▪ The Shams 1 plant achieved a 99.5% reliability rate in 2016, generated 9% above expected output levels.

▪ Reduced morning start-up times. When we started operating Shams 1 it took two hours to start up the plant…. Today it takes one hour and sometimes less.

➢ Modifications included a pre-warming line to extract steam from the turbine to warm the plant.

▪ Improved plant reliability by erecting a perimeter wind fence to protect components from high wind levels and shifting dust

▪ The attenuation of solar rays from heliostat to tower due to dust and aerosols is the “biggest technological challenge” for developers in the UAE. The solution is to think about multi-tower technology, because this will reduce the distance between the heliostat and tower

http://helioscsp.com/24-hour-concentrated-solar-power-is-possible-for-mena/

http://helioscsp.com/dubai-concentrated-solar-power-developers-urged-to-apply-shams-1-desert-findings/

▪ Abengoa announced it had signed an agreement with a Moroccan government agency to forge ahead with the first phase of a project to build the world’s largest renewable energy-driven seawater desalination plant

▪ Abengoa will undertake the engineering, construction, operation and maintenance of the plant for 27 years. The project will produce 275,000 cubic meters (m3) of desalinated seawater daily, to supply 150,000 m3 water for drinking as well as 125,000 m3 for irrigation of 13,600 hectares of farmland near Agadir, a coastal town in western Morocco

▪ According to the Moroccan government, the electricity to power the plant will come in by planned new high-tension wires from the Noor Ouarzazate solar power plant nearly 400 kilometers east of Agadir.


08/2017: http://helioscsp.com/shall-concentrated-solar-power-help-desalination-technology/

Actualización de las Expectativas a nivel internacionalMarruecos

http://helioscsp.com/shall-concentrated-solar-power-help-desalination-technology/


08/2017: http://helionoticias.es/termosolar-cerro-dominador-en-chile-busca-financiacion/

▪ Termosolar Cerro Dominador en Chile busca financiación

➢ EIG Global Energy Partners, la firma de inversión de capital privado que tomó control de la planta solar de US$1.000 millones Cerro Dominador el año pasado.

➢ EIG quiere levantar alrededor de US$800 millones en deuda de construcción

➢ La planta termosolar de 110 megavatios conocida anteriormente como Atacama I fue una empresa conjunta entre EIG y Abengoa SA. La compañía española gastó alrededor de US$200 millones antes de detener las obras en el desierto de Atacama a principios de 2016, y en diciembre pasó su participación a EIG.

▪ Tramitación de la Termosolar Bundang-Gu Calama en Chile

➢ El proyecto, además de fotovoltaica, considera también un campo de colectores cilindro parabólicos

➢ Una inversión de USD 4.000 millones considera el proyecto de generación eléctrica Termosolar Bundang-Gu Calama, ingresado al Sistema de Evaluación Ambiental (SEA).

➢ Ambos parques convergen en una subestación que aumenta el voltaje al nivel de transmisión, 220 Kv para conectarse finalmente al Sistema Interconectado Norte Grande (SING). En total el proyecto aportará unos 1.100 MW al sistema

➢ La producción “será vendida a la gran industria minera y también para ser insertada en el SING

Actualización de las Expectativas a nivel internacionalChile

http://helionoticias.es/termosolar-cerro-dominador-en-chile-busca-financiacion/




Miraah Concentrated Solar Power Project in Oman –The project will also demonstrate the use of solar for the

oil industry on a commercial-scale▪ Miraah is a proposed 1,021MWth solar thermal facility - $600 million - generating steam at 300 °C to flush out heavy oil at the Amal oilfield▪ Construction of the plant commenced in October 2015, while operations are scheduled to begin in August 2017▪ GlassPoint Solar has been contracted to construct the new solar thermal plant by Petroleum Development Oman (PDO), a joint venture (JV)

between the Government of Oman, Shell, Total and Partex.▪ The project builds from the success of the existing 7MW pilot plant at Amal that was commissioned in February 2013 and has an output of

50t of steam a day.▪ The pilot has been a resounding success,” PDO Managing Director Raoul Restucci said in a testimonial on the company’s website▪ The facility will generate approximately 6,000t of solar steam a day. The use of solar energy will save approximately 5.6 trillion British thermal

units (BTUs) of natural gas a year, which is sufficient to provide residential electricity to approximately 209,000 people in Oman▪ The natural gas used for oil production in Oman currently accounts for more than 20% of the nation’s total gas consumption, more gas is used

to aid oil production than for electricity generation. Use of solar EOR technology could reduce gas consumed at the oilfield by up to 80%, redirecting the gas to the export market or for higher value uses, such as industrial development.

▪ The mirrors will be enclosed with a glasshouse, protecting them from wind, sand and dust storms. The glasshouse will further be equipped with automatic washing facilities, which are capable of recycling the majority of the water used

▪ By eliminating the wind load, GlassPoint is able to use ultra-lightweight, thin reflectors, which are suspended from the roof of the greenhouse,

▪ The glasshouse roof is approximately 6m above ground level, reducing the soiling rate by 50% compared to the use of typical exposed solar designs where the mirrors are placed around 1m above ground.

▪ This has a cascading effect on cost—from reduced shipping costs, installation costs, to using smaller, off-the-shelf motors and drive systems used to track the sun


07/2017: http://helioscsp.com/miraah-concentrated-solar-power-project-in-oman/

http://helioscsp.com/miraah-concentrated-solar-power-project-in-oman/

▪ SUNCNIM 9MWe Fresnel DSG concentrated solar power plant with energy storage

▪ Recently, the construction work of the 9MWe linear Fresnel DSG solar thermal power plant which is developed by SUNCNIM, the subsidiary of the French industrial group CNIM, has made new progress. The first batch of mirrors has been installed in place. This project began construction in October 2016 and is excepted to be put into operation within 2 years


http://helioscsp.com/process-of-suncnim-9mwe-fresnel-dsg-concentrated-solar-power-plant-with-energy-storage/

Actualización de las Expectativas a nivel internacionalFrancia

http://helioscsp.com/process-of-suncnim-9mwe-fresnel-dsg-concentrated-solar-power-plant-with-energy-storage/

➢ The solar receiver weighting thousands tons is recently set on top of the 240m collecting tower of 121 MW Ashalim Solar Thermal Power Station in Israel’s Negev desert. Difficulties of construction is previously addressed and now the success of setting the heavy receiver becomes a milestone of the project which will be operational in late 2017


07/2017: http://en.cspplaza.com/solar-receiver-successfully-set-atopping-israel-121-mw-ashalim-csp-tower.html

Actualización de las Expectativas a nivel internacionalIsrael

http://en.cspplaza.com/solar-receiver-successfully-set-atopping-israel-121-mw-ashalim-csp-tower.html

Documents

Presentación de PowerPoint - Solar Concentra · En base a los datos de ESIOS (REE), Ejemplo de producción continua de STE: 399h - 17días. Entre el 18 de julio y el 3 de agosto