YEARS OF RECORDS Building a brighter future with Engineering and Construction Unit Ten years ago, few people would have bet on such disruptive development in renewable energy. Today, green resources are driving the energy transition, thanks to cheaper but advanced technologies and an increased environmental awareness. In this context, Enel Green Power, born as a bet, a dream, a great challenge, is now a victory, a reality, a challenge that goes on and keeps on being engaging.
According to the IEA, by 2040, global energy demand will rise up to 30% more and renewables play a key role in this rise. In just a few years, clean energy resources have managed to get rid of their old “alternative” label and have come into their own as pioneering resources for a sustainable development, and as such they are destined to dominate the future of the energy market. PV and wind technologies are the “main characters” in this play, along with storage systems that help overcoming the intrinsically intermittence and unpredictability nature of sun and wind. Meanwhile, clean energy costs are becoming more competitive than those of fossil fuels, that is another important factor that confirms the energy transition we are now living. This is the challenge: gradually decarbonize “a world in transformation”, with an increasing energy demand.
On our side, Enel Green Power is leading this important transition thanks to its people, who have faced many challenges without ever stopping creating a positive climate or believing in our essential values; such as the great attention we dedicate to the health and safety of our workers, sustainability and the innovation of our plants. The goal is to re-shape the future of energy production, being protagonist of this transition, by placing people and sustainability at the forefront of our attention. This new “humanism” does not exclude anyone from this important change we are experiencing and must be the distinctive drive of our business.
Antonio Cammisecra CEO of Enel Green Power Ten years ago, few people would have bet on such disruptive development in renewable energy. Today, green resources are driving the energy transition, thanks to cheaper but advanced technologies and an increased environmental awareness. In this context, Enel Green Power, born as a bet, a dream, a great challenge, is now a victory, a reality, a challenge that goes on and keeps on being engaging.
According to the IEA, by 2040, global energy demand will rise up to 30% more and renewables play a key role in this rise. In just a few years, clean energy resources have managed to get rid of their old “alternative” label and have come into their own as pioneering resources for a sustainable development, and as such they are destined to dominate the future of the energy market. PV and wind technologies are the “main characters” in this play, along with storage systems that help overcoming the intrinsically intermittence and unpredictability nature of sun and wind. Meanwhile, clean energy costs are becoming more competitive than those of fossil fuels, that is another important factor that confirms the energy transition we are now living. This is the challenge: gradually decarbonize “a world in transformation”, with an increasing energy demand.
On our side, Enel Green Power is leading this important transition thanks to its people, who have faced many challenges without ever stopping creating a positive climate or believing in our essential values; such as the great attention we dedicate to the health and safety of our workers, sustainability and the innovation of our plants. The goal is to re-shape the future of energy production, being protagonist of this transition, by placing people and sustainability at the forefront of our attention. This new “humanism” does not exclude anyone from this important change we are experiencing and must be the distinctive drive of our business.
Antonio Cammisecra CEO of Enel Green Power Index
About us 4 Nojoli, South Africa 49 Amistad, México 88 Morro do Chapéu, Brazil 130
E&C Division 6 World map plants 2017 52 Bungala, Australia 92 Macchiareddu, Italy 134
World map plants 2016 10 Cerro Pabellón, Chile 54 Cremzow BESS, Germany 98 Rattlesnake Creek, USA 136
Apiacás, Brazil 12 Rock Creek, USA 62 Diamond Vista, USA 100 Russi, Italy 140
Cimarron Bend, USA 20 Nova Olinda, Brazil 63 Don José, México 104 Salitrillos, Mexico 142 El Paso, Colombia 108 Stillwater 2, USA 144 Palo Alto, Mexico 26 Los Cóndores, Chile 64 Estrella Solar, Panama 112 Villanueva, Mexico 146 Drift Sand, USA 32 Villanueva, Mexico 68 HillTopper, USA 116 Wayra I, Perú 150 Pampa Norte, Chile 34 Ituverava, Brazil 72 Horizonte, Brazil 120 Vientos de Altiplano, Mexico 38 Wayra, Perù 77 Huampani, Perú 124 Finale Emilia, Italy 42 Sol Real, Panama 80 Los Cóndores, Chile 126 Pulida, South Africa 44 Lapa, Brazil 82
Finis Terrae, Chile 48 World map plants 2018 86 Index
About us 4 Nojoli, South Africa 49 Amistad, México 88 Morro do Chapéu, Brazil 130
E&C Division 6 World map plants 2017 52 Bungala, Australia 92 Macchiareddu, Italy 134
World map plants 2016 10 Cerro Pabellón, Chile 54 Cremzow BESS, Germany 98 Rattlesnake Creek, USA 136
Apiacás, Brazil 12 Rock Creek, USA 62 Diamond Vista, USA 100 Russi, Italy 140
Cimarron Bend, USA 20 Nova Olinda, Brazil 63 Don José, México 104 Salitrillos, Mexico 142 El Paso, Colombia 108 Stillwater 2, USA 144 Palo Alto, Mexico 26 Los Cóndores, Chile 64 Estrella Solar, Panama 112 Villanueva, Mexico 146 Drift Sand, USA 32 Villanueva, Mexico 68 HillTopper, USA 116 Wayra I, Perú 150 Pampa Norte, Chile 34 Ituverava, Brazil 72 Horizonte, Brazil 120 Vientos de Altiplano, Mexico 38 Wayra, Perù 77 Huampani, Perú 124 Finale Emilia, Italy 42 Sol Real, Panama 80 Los Cóndores, Chile 126 Pulida, South Africa 44 Lapa, Brazil 82
Finis Terrae, Chile 48 World map plants 2018 86 ABOUT US / ENEL GREEN POWER ENEL GREEN POWER / ABOUT US
We respect other cultures, populations, and the countries whe- re the plants are built, with a business model aimed at the crea- Work, effort, professionalism tion of shared values in which the economic opportunities of the Enel Green Power and synergy are and will be company also answer to social and environmental issues. We are convinced that with our effort we can build a sustainable and The energy of today for the world our energy for the future environmentally respectful Tomorrow of tomorrow. A world where energy is turned towards the future.
We are present in 29 countries around the world with more than 1,200 plants, including wind, solar, hydroelectric, geothermal and bio- mass. New information and cutting-edge skil- ls, innovation, desire to improve and passion for what we do are the elements that allow us to produce more than 100 TWh of clean ener- gy every year for 230 million households, cut- ting down on ever increasing amounts of CO2.
6 7 ABOUT US / ENEL GREEN POWER ENEL GREEN POWER / ABOUT US
We respect other cultures, populations, and the countries whe- re the plants are built, with a business model aimed at the crea- Work, effort, professionalism tion of shared values in which the economic opportunities of the Enel Green Power and synergy are and will be company also answer to social and environmental issues. We are convinced that with our effort we can build a sustainable and The energy of today for the world our energy for the future environmentally respectful Tomorrow of tomorrow. A world where energy is turned towards the future.
We are present in 29 countries around the world with more than 1,200 plants, including wind, solar, hydroelectric, geothermal and bio- mass. New information and cutting-edge skil- ls, innovation, desire to improve and passion for what we do are the elements that allow us to produce more than 100 TWh of clean ener- gy every year for 230 million households, cut- ting down on ever increasing amounts of CO2.
6 7 E&C DIVISION / ENEL GREEN POWER
The power of a team, the strength of Engineering
& Construction. THE PERFECT WAY TO CREATE CLEAN ENERGY Efficient system, efficient teamwork.
Every installation is realized through sound processes, well-defined h ands-on o -per ations, and efficient and avant-garde tools. Each new completed project signals the arrival to an objective, to a successful investment, one of the many achievements that e have a managed capacity for an average of 10.8 GW and a peak of more has made our company a leader in the renewable energy field. 2018 ends with 2,840 than 120 projects, an important figure destined to grow with excellent MW of additional built capacity, with 125 MW more in built capacity that’s connected results according to 2018 estimates, thanks to new efficient procedures W to the grid and the storage units. These figures are impressive even if just compared to and effective technologies which have been put in place with professionalism. 2015’s, where the same value was only one third of the sum we achieved this year. This is a process in which the Engineering and Construction division plays a key role. A result that came true thanks to the work of the whole E&C team, who commit Every system is developed, from design to final product, with accurate estimated daily to their work on the plants while facing extreme weather conditions and often times and costs by way of a detailed plan for every single phase, from its construction unforeseen or out of the ordinary circumstances. all the way through to the delivery to the operating and maintenance units. An incredible effort and a sign of great professionalism from this division and from Thanks to their know-how, developed with new technologies and the most avant-garde the company as a whole, which goes to show how behind all our successes there is tools, as well as the expertise acquired on all renewable technologies (geothermal, always the same common denominator: the engagement of more than 1,200 people wind, solar, water and biomass), our team can guarantee the highest professionalism who work with passion to create clean energy every day. Work, commitment, profes- at every stage of the project. sionalism and synergy are and will be our energy for the future. 8 9 E&C DIVISION / ENEL GREEN POWER
The power of a team, the strength of Engineering
& Construction. THE PERFECT WAY TO CREATE CLEAN ENERGY Efficient system, efficient teamwork.
Every installation is realized through sound processes, well-defined h ands-on o -per ations, and efficient and avant-garde tools. Each new completed project signals the arrival to an objective, to a successful investment, one of the many achievements that e have a managed capacity for an average of 10.8 GW and a peak of more has made our company a leader in the renewable energy field. 2018 ends with 2,840 than 120 projects, an important figure destined to grow with excellent MW of additional built capacity, with 125 MW more in built capacity that’s connected results according to 2018 estimates, thanks to new efficient procedures W to the grid and the storage units. These figures are impressive even if just compared to and effective technologies which have been put in place with professionalism. 2015’s, where the same value was only one third of the sum we achieved this year. This is a process in which the Engineering and Construction division plays a key role. A result that came true thanks to the work of the whole E&C team, who commit Every system is developed, from design to final product, with accurate estimated daily to their work on the plants while facing extreme weather conditions and often times and costs by way of a detailed plan for every single phase, from its construction unforeseen or out of the ordinary circumstances. all the way through to the delivery to the operating and maintenance units. An incredible effort and a sign of great professionalism from this division and from Thanks to their know-how, developed with new technologies and the most avant-garde the company as a whole, which goes to show how behind all our successes there is tools, as well as the expertise acquired on all renewable technologies (geothermal, always the same common denominator: the engagement of more than 1,200 people wind, solar, water and biomass), our team can guarantee the highest professionalism who work with passion to create clean energy every day. Work, commitment, profes- at every stage of the project. sionalism and synergy are and will be our energy for the future. 8 9 The construction site represents ourselves and our job, our willingness to do, to innovate and build, in compliance with regulations and safety, by respecting the local communities who live in the territory where the power plant is located. For this reason, everything is designed, managed and analyzed with high precision and accuracy in order to achieve such results, which get to be more and more challenging with each passing year. Our Engineering and Construction team constantly works with passion, high skills and knowledge, prioritizing our values of safety, quality Engineering and sustainability. & Construction For the first one, safety, our constant commitment takes shape through many initiatives: from safety agreements, to training, to implementing innovative prevention systems. Quality, always controlled and monitored, is essential to Plants 2016 enhance our processes and to become more efficient. Sustainability is the staple of our work, right from the planning to the construction phase of each plant. Sustainable sites turns best practices and innovation into reality, so that our insertion onto the hosting territory during the construction and operation of the plant only has a purely positive impact.
Volumes and yearly additional capacity are rising every year, along with the countries of presence and the complexity of our organization: this is the great challenge we have to face. The consolidated advent of Industry 4.0, through automation and digitalization, is helping our daily job, BIM methodologies support not only the design phase but also the construction and the operation and maintenance, in a safer and more sustainable environment.
The Engineering and Construction division of Enel Green power is all this: a wide portfolio of six technologies, a continuous synergy of capabilities and passion with more than 1,200 skilled people spread all around the world who work for a common goal.
Umberto Magrini Head of Engineering and Construction, Global Renewable Energies The construction site represents ourselves and our job, our willingness to do, to innovate and build, in compliance with regulations and safety, by respecting the local communities who live in the territory where the power plant is located. For this reason, everything is designed, managed and analyzed with high precision and accuracy in order to achieve such results, which get to be more and more challenging with each passing year. Our Engineering and Construction team constantly works with passion, high skills and knowledge, prioritizing our values of safety, quality Engineering and sustainability. & Construction For the first one, safety, our constant commitment takes shape through many initiatives: from safety agreements, to training, to implementing innovative prevention systems. Quality, always controlled and monitored, is essential to Plants 2016 enhance our processes and to become more efficient. Sustainability is the staple of our work, right from the planning to the construction phase of each plant. Sustainable sites turns best practices and innovation into reality, so that our insertion onto the hosting territory during the construction and operation of the plant only has a purely positive impact.
Volumes and yearly additional capacity are rising every year, along with the countries of presence and the complexity of our organization: this is the great challenge we have to face. The consolidated advent of Industry 4.0, through automation and digitalization, is helping our daily job, BIM methodologies support not only the design phase but also the construction and the operation and maintenance, in a safer and more sustainable environment.
The Engineering and Construction division of Enel Green power is all this: a wide portfolio of six technologies, a continuous synergy of capabilities and passion with more than 1,200 skilled people spread all around the world who work for a common goal.
Umberto Magrini Head of Engineering and Construction, Global Renewable Energies E&C WORLD MAP PLANTS 2016 E&C WORLD MAP PLANTS 2016
TECHNOLOGIES Installed capacity WIND STORAGE up to 2016 SOLAR HYDRO World map BIOMASS
Trend of new capacity installations [GW] 2,018 291 E&C PROJECTS
930 932 1,000 924 887 7,417 MW BUILT CAPACITY 344 382 18* COUNTRIES
2009 2010 2011 2012 2013 2014 2015 2016 Main data updated at 2016
* (Italy, Spain, Greece, France, Portugal, 2016: Western world record of 2 GW of capacity built in one single year Germany, Bulgaria, Romania, Mexico, Guatemala, Panama, Costa Rica, Brazil, Chile, Uruguay, USA, Canada, South Africa).
12 13 E&C WORLD MAP PLANTS 2016 E&C WORLD MAP PLANTS 2016
TECHNOLOGIES Installed capacity WIND STORAGE up to 2016 SOLAR HYDRO World map BIOMASS
Trend of new capacity installations [GW] 2,018 291 E&C PROJECTS
930 932 1,000 924 887 7,417 MW BUILT CAPACITY 344 382 18* COUNTRIES
2009 2010 2011 2012 2013 2014 2015 2016 Main data updated at 2016
* (Italy, Spain, Greece, France, Portugal, 2016: Western world record of 2 GW of capacity built in one single year Germany, Bulgaria, Romania, Mexico, Guatemala, Panama, Costa Rica, Brazil, Chile, Uruguay, USA, Canada, South Africa).
12 13 HYDROELECTRIC / APIACÁS APIACÁS / HYDROELECTRIC Apiacás
Brazil
Plant information
Technology: Hydroelectric Capacity: 102 MW Location: Brazil – Mato Grosso COD: April, 2016 Turbine technology: Kaplan “S” montante - 15 MW
14 15 HYDROELECTRIC / APIACÁS APIACÁS / HYDROELECTRIC Apiacás
Brazil
Plant information
Technology: Hydroelectric Capacity: 102 MW Location: Brazil – Mato Grosso COD: April, 2016 Turbine technology: Kaplan “S” montante - 15 MW
14 15 “The green heart of the planet pulsates with clean energy.” “The green heart of the planet pulsates with clean energy.” APIACÁS / HYDROELECTRIC
19 APIACÁS / HYDROELECTRIC
19 HYDROELECTRIC / APIACÁS APIACÁS / HYDROELECTRIC
20 21 HYDROELECTRIC / APIACÁS APIACÁS / HYDROELECTRIC
20 21 Cimarron Bend USA
Follow the horizon to see the future. Cimarron Bend USA
Follow the horizon to see the future. WIND / CIMARRON BEND
A land right at the center of the wind’s path.
24 WIND / CIMARRON BEND
A land right at the center of the wind’s path.
24 WIND / CIMARRON BEND
More than 350 people working together to build the largest wind Plant information farm in the world.
Technology: Wind Capacity: 200 MW (of 400 MW total capacity) Location: Clark County, Kansas (USA) Type of turbines: Vestas 2.0 MW, 110 m Rotor Diameter, 80 m Hub Height
26 WIND / CIMARRON BEND
More than 350 people working together to build the largest wind Plant information farm in the world.
Technology: Wind Capacity: 200 MW (of 400 MW total capacity) Location: Clark County, Kansas (USA) Type of turbines: Vestas 2.0 MW, 110 m Rotor Diameter, 80 m Hub Height
26 WIND / PALO ALTO PALO ALTO / WIND
Palo Alto Mexico
Plant information
Technology: Wind Capacity: 129 MW Location: Ojuelos y Lagos de Moreno, Jalisco – Mexico Type of Turbine: Acciona AW125/3000 of 3MW at 87.5 Hub Height
28 29 WIND / PALO ALTO PALO ALTO / WIND
Palo Alto Mexico
Plant information
Technology: Wind Capacity: 129 MW Location: Ojuelos y Lagos de Moreno, Jalisco – Mexico Type of Turbine: Acciona AW125/3000 of 3MW at 87.5 Hub Height
28 29 WIND / PALO ALTO
A never-ending land crossed by a never-ending source of energy.
30 31 WIND / PALO ALTO
A never-ending land crossed by a never-ending source of energy.
30 31 WIND / PALO ALTO
32 33 WIND / PALO ALTO
32 33 WIND / DRIFT SAND DRIFT SAND / WIND Drift Sand USA 480 million KWh of wind power produced each year.
Plant information
Technology: Wind Capacity: 108 MW Location: Grady County, Oklahoma – USA Type of Turbine: Vestas 2.0 MW – 100 m rotor diameter – 80m hub high at 87.5 m Hub Height
34 35 WIND / DRIFT SAND DRIFT SAND / WIND Drift Sand USA 480 million KWh of wind power produced each year.
Plant information
Technology: Wind Capacity: 108 MW Location: Grady County, Oklahoma – USA Type of Turbine: Vestas 2.0 MW – 100 m rotor diameter – 80m hub high at 87.5 m Hub Height
34 35 ENGINEERINGSOLAR / PAMPA & NORTECONSTRUCTION / BOOK 2018 ENGINEERING & CONSTRUCTION / BOOK 2018
Information Pampa Norte ENERGY Chile Country: USA Plant name: Cimarron Bend / Phase I - Phase II
Technology: Wind
Name Plate Capacity: 200 MW
Location: Clark County
Turbine Technology: VESTAS 2.0 MW – 110 m Rotor Diameter – 80 m Hub Height
Number of Turbines: 100 100
Net Capacity Factor (Estimated): 52.6% 52.1%
Net Energy Anticipated: [MWh/year] 921,600 912,800
The energy of the future, born from the sun of the Pampas.
36 37 ENGINEERINGSOLAR / PAMPA & NORTECONSTRUCTION / BOOK 2018 ENGINEERING & CONSTRUCTION / BOOK 2018
Information Pampa Norte ENERGY Chile Country: USA Plant name: Cimarron Bend / Phase I - Phase II
Technology: Wind
Name Plate Capacity: 200 MW
Location: Clark County
Turbine Technology: VESTAS 2.0 MW – 110 m Rotor Diameter – 80 m Hub Height
Number of Turbines: 100 100
Net Capacity Factor (Estimated): 52.6% 52.1%
Net Energy Anticipated: [MWh/year] 921,600 912,800
The energy of the future, born from the sun of the Pampas.
36 37 SOLAR / PAMPA NORTE ENGINEERING & CONSTRUCTION / BOOK 2018
Information
Technology: Solar Capacity: 79.25 MW Location: Antofagasta, Región de Antofagasta – Chile Type of PV Panels: Polycrystalline Silicon 258,000 modules of Polycrystalline silicon producing 200 GWh every year.
38 39 SOLAR / PAMPA NORTE ENGINEERING & CONSTRUCTION / BOOK 2018
Information
Technology: Solar Capacity: 79.25 MW Location: Antofagasta, Región de Antofagasta – Chile Type of PV Panels: Polycrystalline Silicon 258,000 modules of Polycrystalline silicon producing 200 GWh every year.
38 39 Vientos del Altiplano Mexico
40 41 Vientos del Altiplano Mexico
40 41 WIND / VIENTOS DEL ALTIPLANO
Plant information Thanks to these 50 wind turbines,
Technology: Wind every year 157,000 tons of CO2 Capacity: 100 MW don’t pollute the atmosphere. Location: Mahoma, Zacatecas – Mexico Type of turbine: Gamesa G114 – 2.0 MW at 93 m Hub Height
42 43 WIND / VIENTOS DEL ALTIPLANO
Plant information Thanks to these 50 wind turbines,
Technology: Wind every year 157,000 tons of CO2 Capacity: 100 MW don’t pollute the atmosphere. Location: Mahoma, Zacatecas – Mexico Type of turbine: Gamesa G114 – 2.0 MW at 93 m Hub Height
42 43 BIOMASS 2016 / FINALE EMILIA Finale Emilia Italy
Plant information
Technology: Biomass Capacity: 15 MW Location: Italy – Emilia Thermal Capacity: 50 MWh Type of combustion: Combustion on grid with water/steam cycle
45 BIOMASS 2016 / FINALE EMILIA Finale Emilia Italy
Plant information
Technology: Biomass Capacity: 15 MW Location: Italy – Emilia Thermal Capacity: 50 MWh Type of combustion: Combustion on grid with water/steam cycle
45 SOLAR / PULIDA Pulida
South Africa
Plant information
Technology: Solar Capacity: 82.5 MW Location: South Africa – Free State, Latsemeng Municipality Type PV Panels: 3 Thin Film solar cells Two thin-film solar cells: the latest generation in solar energy.
46 47 SOLAR / PULIDA Pulida
South Africa
Plant information
Technology: Solar Capacity: 82.5 MW Location: South Africa – Free State, Latsemeng Municipality Type PV Panels: 3 Thin Film solar cells Two thin-film solar cells: the latest generation in solar energy.
46 47 SOLAR / PULIDA
159 GWh produced each year for the energy needs of 50,000 households. SOLAR / PULIDA
159 GWh produced each year for the energy needs of 50,000 households. SOLAR / FINIS TERRAE NOJOLI / WIND Nojoli Finis Terrae South Africa Chile Plant information
Technology: Wind Capacity: 88 MW Location: Cookhouse-Bedford, EC – South Africa Turbine Technology: V 100, 2 MW – 100 m rotor diameter – 80m hub high
Plant information Technology: Solar Capacity: 160 MW Location: Maria Elena, Región de Antofagasta – Chile Type PV Panels: Crystalline
51 SOLAR / FINIS TERRAE NOJOLI / WIND Nojoli Finis Terrae South Africa Chile Plant information
Technology: Wind Capacity: 88 MW Location: Cookhouse-Bedford, EC – South Africa Turbine Technology: V 100, 2 MW – 100 m rotor diameter – 80m hub high
Plant information Technology: Solar Capacity: 160 MW Location: Maria Elena, Región de Antofagasta – Chile Type PV Panels: Crystalline
51 Engineering & Construction Plants built and under construction 2017 Engineering & Construction Plants built and under construction 2017 E&C WORLD MAP PLANTS 2017 E&C WORLD MAP PLANTS 2017 Mexico & Central America (144.3 MW) Sol Real Cluster (29.3 MW) Villanueva ph 1 (115 MW) 2017: on the way of 3 GW USA (1,223 MW) Aurora Ph. II (31 MW) Europe (4 MW) 316 Lindahl Ph. II (70 MW) Mini biomass (0.6 MW) E&C PROJECTS In 2017 we confirmed the work done in previous years, building new plants and Rock Creek (300 MW) Hydro repowering ITA (3.4 MW) investing in new projects aimed at innovation and sustainability. Thunder Ranch (298 MW) These goals will also remain at the forefront for 2018. Cimarron Bend Ph. II (200 MW) 10,019 MW BUILT CAPACITY Red Dirt (299.3 MW) Trend of new capacity installations [MW] Woods Hill (24.5 MW) 2,602 19* COUNTRIES
2,018 Main data updated at 2017
Peru (179.5 MW) Rubi (179.5 MW) * (Italy, Spain, Greece, 930 932 1,000 924 France, Portugal, Germany, 887 South Africa (36 MW) Bulgaria, Romania, Mexico, Guatemala, Panama, 344 382 Gibson Bay Ph II (36 MW) Costa Rica, Brazil, Peru, Chile, Uruguay, USA, Canada, South Africa) 2009 2010 2011 2012 2013 2014 2015 2016 2017 Chile (41 MW) Brazil (974 MW) Cerro Pabellón (41 MW) Cristalandia (90 MW) Delfina (180 MW) Ituverava (254 MW) Lapa (158 MW) TECHNOLOGIES WIND SOLAR STORAGE GEOTHERMAL HYDRO Nova Olinda (292 MW) Additional Capacity: 2,602 MW
52 53 E&C WORLD MAP PLANTS 2017 E&C WORLD MAP PLANTS 2017 Mexico & Central America (144.3 MW) Sol Real Cluster (29.3 MW) Villanueva ph 1 (115 MW) 2017: on the way of 3 GW USA (1,223 MW) Aurora Ph. II (31 MW) Europe (4 MW) 316 Lindahl Ph. II (70 MW) Mini biomass (0.6 MW) E&C PROJECTS In 2017 we confirmed the work done in previous years, building new plants and Rock Creek (300 MW) Hydro repowering ITA (3.4 MW) investing in new projects aimed at innovation and sustainability. Thunder Ranch (298 MW) These goals will also remain at the forefront for 2018. Cimarron Bend Ph. II (200 MW) 10,019 MW BUILT CAPACITY Red Dirt (299.3 MW) Trend of new capacity installations [MW] Woods Hill (24.5 MW) 2,602 19* COUNTRIES
2,018 Main data updated at 2017
Peru (179.5 MW) Rubi (179.5 MW) * (Italy, Spain, Greece, 930 932 1,000 924 France, Portugal, Germany, 887 South Africa (36 MW) Bulgaria, Romania, Mexico, Guatemala, Panama, 344 382 Gibson Bay Ph II (36 MW) Costa Rica, Brazil, Peru, Chile, Uruguay, USA, Canada, South Africa) 2009 2010 2011 2012 2013 2014 2015 2016 2017 Chile (41 MW) Brazil (974 MW) Cerro Pabellón (41 MW) Cristalandia (90 MW) Delfina (180 MW) Ituverava (254 MW) Lapa (158 MW) TECHNOLOGIES WIND SOLAR STORAGE GEOTHERMAL HYDRO Nova Olinda (292 MW) Additional Capacity: 2,602 MW
52 53 GEOTHERMAL / CERRO PABELLÓN Cerro Pabellón Chile
The challenge to see the future as if it was the present.
54 GEOTHERMAL / CERRO PABELLÓN Cerro Pabellón Chile
The challenge to see the future as if it was the present.
54 GEOTHERMAL / CERRO PABELLÓN CERRO PABELLÓN / GEOTHERMAL
56 GEOTHERMAL / CERRO PABELLÓN CERRO PABELLÓN / GEOTHERMAL
56 GEOTHERMAL / IMPLANTS 2017 CERRO PABELLÓN / GEOTHERMAL
Plant information
Technology: Geothermal Capacity: 48 MW Location: Ollagüe, Region Antofagasta – Chile Type of cycle: binary Production Wells (quantity): 6 Injection Wells (quantity): 5
60 59 GEOTHERMAL / IMPLANTS 2017 CERRO PABELLÓN / GEOTHERMAL
Plant information
Technology: Geothermal Capacity: 48 MW Location: Ollagüe, Region Antofagasta – Chile Type of cycle: binary Production Wells (quantity): 6 Injection Wells (quantity): 5
60 59 GEOTHERMAL / CERRO PABELLÓN
Vision, innovation, technology, people. The necessary elements to achieve a collective dream. GEOTHERMAL / CERRO PABELLÓN
Vision, innovation, technology, people. The necessary elements to achieve a collective dream. WIND / ROCK CREEK NOVA OLINDA / SOLAR Rock Creek Nova Olinda Brazil USA
Plant information Plant information
Technology: Wind Technology: Solar Capacity: 300 MW Capacity: 292 MW Location: USA – Atchison County, Missouri Location: Brazil – São João do Piauí (Piauí) Type of Turbine: Vestas V110 – 2.0 MW – Hub Height 95m Type of PV Panels: Jinko JKM 315PP-72
62 WIND / ROCK CREEK NOVA OLINDA / SOLAR Rock Creek Nova Olinda Brazil USA
Plant information Plant information
Technology: Wind Technology: Solar Capacity: 300 MW Capacity: 292 MW Location: USA – Atchison County, Missouri Location: Brazil – São João do Piauí (Piauí) Type of Turbine: Vestas V110 – 2.0 MW – Hub Height 95m Type of PV Panels: Jinko JKM 315PP-72
62 ENGINEERING & CONSTRUCTION / BOOK 2018 LOS CÓNDORES / HYDROELECTRIC
Los Cóndores Chile What we do El dolor iustrud dolendionum
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66 65 ENGINEERING & CONSTRUCTION / BOOK 2018 LOS CÓNDORES / HYDROELECTRIC
Los Cóndores Chile What we do El dolor iustrud dolendionum
Lorem ipsum dolor sit amet, consectetur adipisici elit, sed eiusmod quis nostrum exercitationem ullam corporis suscipit laboriosam, nisi tempor incidunt ut labore et dolore magna aliqua. Ut enim ad minim ut aliquid ex ea commodi consequatur? Quis autem vel eum iure veniam, quis nostrud exercitation ullamco laboris nisi ut aliquid ex reprehenderit, qui in ea voluptate velit esse, quam nihil molestiae ea commodi consequat. Quis aute iure reprehenderit in voluptate consequatur, vel illum, qui dolorem eum fugiat, quo voluptas nulla velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint obca- pariatur? At vero eos et accusamus et iusto odio dignissimos duci- ecat cupiditat non proident, sunt in culpa qui officia deserunt mollit mus, qui blanditiis praesentium voluptatum deleniti atque corrupti, anim id est laborum. quos dolores et quas molestias excepturi sint, obcaecati cupiditate non provident, similique sunt in culpa, qui officia deserunt molli- unde omnis iste natus error sit voluptatem accusantium dolorem- tia animi, id est laborum et dolorum fuga. Et harum quidem rerum que laudantium, totam rem aperiam eaque ipsa, quae ab illo inven- facilis est et expedita distinctio. Nam libero tempore, cum soluta tore veritatis et quasi architecto beatae vitae dicta sunt, explicabo. nobis est eligendi optio, cumque nihil impedit, quo minus id, quod Nemo enim ipsam voluptatem, quia voluptas sit, aspernatur aut maxime placeat, facere possimus, omnis voluptas assumenda est, odit aut fugit, sed quia consequuntur magni dolores eos, qui ra- omnis dolor repellendus. Temporibus autem quibusdam et aut offi- tione voluptatem sequi nesciunt, neque porro quisquam est, qui ciis debitis aut rerum necessitatibus saepe eveniet, ut et voluptates dolorem ipsum, quia dolor sit, amet, consectetur, adipisci velit, sed repudiandae sint et molestiae non recusandae. Itaque earum rerum quiaThe non powernumquam eius and modi temporapassion incidunt, ofut labore a team et dolore tohic capturetenetur a sapiente the delectus, energy ut aut reiciendis of water. voluptatibus maio- magnam aliquam quaerat voluptatem. Ut enim ad minima veniam, res alias consequatur aut perferendis doloribus asperiores repellat.
66 65 HYDROELECTRIC / LOS CÓNDORES ENGINEERING & CONSTRUCTION / BOOK 2018
Plant information
Technology: Hydroelectric Capacity: 150 MW Location: Chile – Talca Technology: 2 Pelton units, vertical axis, with underground powerhouse
66 69 HYDROELECTRIC / LOS CÓNDORES ENGINEERING & CONSTRUCTION / BOOK 2018
Plant information
Technology: Hydroelectric Capacity: 150 MW Location: Chile – Talca Technology: 2 Pelton units, vertical axis, with underground powerhouse
66 69 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Villanueva Mexico
70 71 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Villanueva Mexico
70 71 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Plant information
Technology: Solar Capacity: 754 MW (Villanueva 1 - 427 MW; Villanueva 3 - 327 MW) 2,400,000 panels to harvest Location: Viesca, Coahuila – Mexico the energy that falls on the desert. Type of PV Panels: Jinko Polycristaline Modules 320 W
72 73 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Plant information
Technology: Solar Capacity: 754 MW (Villanueva 1 - 427 MW; Villanueva 3 - 327 MW) 2,400,000 panels to harvest Location: Viesca, Coahuila – Mexico the energy that falls on the desert. Type of PV Panels: Jinko Polycristaline Modules 320 W
72 73 ITUVERAVA / SOLAR Ituverava Brazil
An area equal to 660 soccer fields dedicated to the sun.
Plant information
Technology: Solar Capacity: 254 MW Location: Tabocas do Brejo Velho - Bahia Type of PV Panels: JA Solar mod. JAP6 72-315/3BB and JAP6 72-320/3BB
74 75 ITUVERAVA / SOLAR Ituverava Brazil
An area equal to 660 soccer fields dedicated to the sun.
Plant information
Technology: Solar Capacity: 254 MW Location: Tabocas do Brejo Velho - Bahia Type of PV Panels: JA Solar mod. JAP6 72-315/3BB and JAP6 72-320/3BB
74 75 SOLAR / ITUVERAVA ITUVERAVA / SOLAR
11,676 solar panels installed in just one day: a record achieved through team effort.
76 77 SOLAR / ITUVERAVA ITUVERAVA / SOLAR
11,676 solar panels installed in just one day: a record achieved through team effort.
76 77 SOLAR / SOL REAL
Sol Real Panama
An expanse of more than Plant information 310,000 panels to capture the Technology: Solar sun between two oceans. Capacity: 42 MW (Caldera Solar 5 MW; Sol de David 8 MW; Sol Real 11 MW; Milton Solar 10 MW; Vista Alegre 8 MW) Location: Coclé and Chiriquí - Panama Type of PV Panels: 3Sun thin film
78 SOLAR / SOL REAL
Sol Real Panama
An expanse of more than Plant information 310,000 panels to capture the Technology: Solar sun between two oceans. Capacity: 42 MW (Caldera Solar 5 MW; Sol de David 8 MW; Sol Real 11 MW; Milton Solar 10 MW; Vista Alegre 8 MW) Location: Coclé and Chiriquí - Panama Type of PV Panels: 3Sun thin film
78 SOLAR / LAPA LAPA / SOLAR Lapa Brazil
Plant information
Technology: Solar Capacity: 158 MW (Bom Jesus da Lapa I & II - 80 MW; Lapa II and III - 78 MW) Location: Bom Jesus da Lapa Municipality – State of Bahia, Brazil. Type of PV Panels: Jinko JKM 315PP-72
80 81 SOLAR / LAPA LAPA / SOLAR Lapa Brazil
Plant information
Technology: Solar Capacity: 158 MW (Bom Jesus da Lapa I & II - 80 MW; Lapa II and III - 78 MW) Location: Bom Jesus da Lapa Municipality – State of Bahia, Brazil. Type of PV Panels: Jinko JKM 315PP-72
80 81 Engineering & Construction Plants built and under construction 2018 Engineering & Construction Plants built and under construction 2018 E&C WORLD MAP PLANTS 2018 E&C WORLD MAP PLANTS 2018 Mexico & Central America 1180 MW North America 830 MW Don José (260 MW) Diamond Vista (300 MW) Villanueva (713.6 MW) 2018: preparing 4+ GW HillTopper (185 MW) Amistad (198 MW) Rattlesnake (318.2 MW) Estrella (7.6 MW) Still Water II (27.1 MW) 341 E&C PROJECTS
Europe 65 MW 12,860 MW BUILT CAPACITY Trend of new capacity installations Macchiareddu (22.8 MW) Russi (31 MW) 3 2 84 Hydro refurbishment (11.4 MW) 21* 2 6 Cremzow (22 MW) COUNTRIES 2,5
2 018 2 * Italy, Spain, Greece, Latin America 492 MW France, Portugal, Germany, Horizonte (103.4 MW) 1,5 Bulgaria, Romania, Mexico, El Paso (83.5 MW) Guatemala, Panama, 1 0 887 0 93 0 93 0 92 Morro do Chapéu (172 MW) Costa Rica, Brazil, Peru, 1 Wayra (132,3 MW) Chile, Uruguay, USA, 0 382 Hydro refurbishment (0.7 MW) Canada, South Africa, 0,5 0 344 Colombia, Australia Africa & Australia 275 MW 0 Bungala I (137.7 MW) 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Bungala II (137.5 MW)
TECHNOLOGIES WIND SOLAR BIOMASS STORAGE HYDRO Additional Capacity: 2,841 MW
84 85 E&C WORLD MAP PLANTS 2018 E&C WORLD MAP PLANTS 2018 Mexico & Central America 1180 MW North America 830 MW Don José (260 MW) Diamond Vista (300 MW) Villanueva (713.6 MW) 2018: preparing 4+ GW HillTopper (185 MW) Amistad (198 MW) Rattlesnake (318.2 MW) Estrella (7.6 MW) Still Water II (27.1 MW) 341 E&C PROJECTS
Europe 65 MW 12,860 MW BUILT CAPACITY Trend of new capacity installations Macchiareddu (22.8 MW) Russi (31 MW) 3 2 84 Hydro refurbishment (11.4 MW) 21* 2 6 Cremzow (22 MW) COUNTRIES 2,5
2 018 2 * Italy, Spain, Greece, Latin America 492 MW France, Portugal, Germany, Horizonte (103.4 MW) 1,5 Bulgaria, Romania, Mexico, El Paso (83.5 MW) Guatemala, Panama, 1 0 887 0 93 0 93 0 92 Morro do Chapéu (172 MW) Costa Rica, Brazil, Peru, 1 Wayra (132,3 MW) Chile, Uruguay, USA, 0 382 Hydro refurbishment (0.7 MW) Canada, South Africa, 0,5 0 344 Colombia, Australia Africa & Australia 275 MW 0 Bungala I (137.7 MW) 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 Bungala II (137.5 MW)
TECHNOLOGIES WIND SOLAR BIOMASS STORAGE HYDRO Additional Capacity: 2,841 MW
84 85 WIND / AMISTAD AMISTAD / WIND
Amistad México
Plant information
Technology: Wind Capacity: 198 MW Location: Ciudad Acuña, Coahuila - México Type of Turbine: GAMESA 3.5 MW, rotor diameter 132 m, hub height 84 m
86 WIND / AMISTAD AMISTAD / WIND
Amistad México
Plant information
Technology: Wind Capacity: 198 MW Location: Ciudad Acuña, Coahuila - México Type of Turbine: GAMESA 3.5 MW, rotor diameter 132 m, hub height 84 m
86 AMISTAD / WIND AMISTAD / WIND Bungala I & II Australia
Enel Green Power’s solar power reached Australia with the biggest plant of the country Bungala I & II Australia
Enel Green Power’s solar power reached Australia with the biggest plant of the country SOLAR / BUNGALA I & II BUNGALA I & II / SOLAR
Plant information - Bungala I
Technology: Solar Capacity: 138 MW Location: Port Augusta, South Australia - Australia Type of PV module: Jinko Polycrystalline Solar Modules (325 and 330 W)
92 SOLAR / BUNGALA I & II BUNGALA I & II / SOLAR
Plant information - Bungala I
Technology: Solar Capacity: 138 MW Location: Port Augusta, South Australia - Australia Type of PV module: Jinko Polycrystalline Solar Modules (325 and 330 W)
92 SOLAR / BUNGALA I & II BUNGALA I & II / SOLAR
Plant information Bungala II
Technology: Solar Capacity: 138 MW Location: Port Augusta, South Australia - Australia Type of PV module: Jinko Monocrystalline Solar Modules (330 and 335 W)
94 SOLAR / BUNGALA I & II BUNGALA I & II / SOLAR
Plant information Bungala II
Technology: Solar Capacity: 138 MW Location: Port Augusta, South Australia - Australia Type of PV module: Jinko Monocrystalline Solar Modules (330 and 335 W)
94 STORAGE / CREMZOW BESS CREMZOW BESS / STORAGE Cremzow Bess Germany
Plant information
Technology: Storage Capacity: 22MW / 34MWh Location: Carmzow, Germany Type of Battery: LG-Chem NMC Li-ion battery
97 STORAGE / CREMZOW BESS CREMZOW BESS / STORAGE Cremzow Bess Germany
Plant information
Technology: Storage Capacity: 22MW / 34MWh Location: Carmzow, Germany Type of Battery: LG-Chem NMC Li-ion battery
97 WIND / DIAMOND VISTA DIAMOND VISTA / WIND Diamond Vista USA
Plant information
Technology: Wind Capacity: 300 MW Location: Marion and Dickinson counties, Kansas - USA The wind farm involved more than Type of turbine: Nordex-Acciona 3.15 MW, rotor diameter 125 m, hub height 87.5 m 500 workers simultaneously, 5 main cranes and 6 teams during night and day shifts. The 95 wind turbines are expected to generate around 1,300 GWh annually,
avoiding 900,000 tones of CO2 per year. 98 WIND / DIAMOND VISTA DIAMOND VISTA / WIND Diamond Vista USA
Plant information
Technology: Wind Capacity: 300 MW Location: Marion and Dickinson counties, Kansas - USA The wind farm involved more than Type of turbine: Nordex-Acciona 3.15 MW, rotor diameter 125 m, hub height 87.5 m 500 workers simultaneously, 5 main cranes and 6 teams during night and day shifts. The 95 wind turbines are expected to generate around 1,300 GWh annually, avoiding 900,000 tones of CO2 per year. 98 DIAMOND VISTA / WIND
101 DIAMOND VISTA / WIND
101 DON JOSÉ / SOLAR Don José México DON JOSÉ / SOLAR Don José México SOLAR / DON JOSÉ DON JOSÉ / SOLAR
Plant information
Technology: Solar Capacity: 260 MW Location: San Luis de la Paz, Guanajuato - México Type of PV module: Jinko Polycrystalline Solar Modules (320 and 325 W)
105 SOLAR / DON JOSÉ DON JOSÉ / SOLAR
Plant information
Technology: Solar Capacity: 260 MW Location: San Luis de la Paz, Guanajuato - México Type of PV module: Jinko Polycrystalline Solar Modules (320 and 325 W)
105 SOLAR / EL PASO EL PASO / SOLAR
El Paso Colombia Enel Green Power also landed in Columbia, building the biggest Plant information solar power plant in this country
Technology: Solar Capacity: 86 MW Location: El Paso, departamento del Cesar - Colombia Type of PV module: Polycrystalline Solar modules
106 107 SOLAR / EL PASO EL PASO / SOLAR
El Paso Colombia Enel Green Power also landed in Columbia, building the biggest Plant information solar power plant in this country
Technology: Solar Capacity: 86 MW Location: El Paso, departamento del Cesar - Colombia Type of PV module: Polycrystalline Solar modules
106 107 SOLAR / EL PASO EL PASO / SOLAR The construction site of El Paso is based on Enel’s “Sustainable Construction Site” model, incorporating the rational use of resources, such as water saving systems and recycling processes.
108 109 SOLAR / EL PASO EL PASO / SOLAR The construction site of El Paso is based on Enel’s “Sustainable Construction Site” model, incorporating the rational use of resources, such as water saving systems and recycling processes.
108 109 ESTRELLA SOLAR / SOLAR Estrella Solar Panama
Plant information
Technology: Solar Capacity: 8 MW Location: Village of Llano Sanchez, Corregimiento El Roble, Distrito de Aguadulce, Provincia de Coclé - Panama Type of PV module: JA Monocrystalline Solar Modules (360 and 365 W)
111 ESTRELLA SOLAR / SOLAR Estrella Solar Panama
Plant information
Technology: Solar Capacity: 8 MW Location: Village of Llano Sanchez, Corregimiento El Roble, Distrito de Aguadulce, Provincia de Coclé - Panama Type of PV module: JA Monocrystalline Solar Modules (360 and 365 W)
111 SOLAR / ESTRELLA SOLAR ESTRELLA SOLAR / SOLAR
112 113 SOLAR / ESTRELLA SOLAR ESTRELLA SOLAR / SOLAR
112 113 WIND / HILLTOPPER HILLTOPPER / WIND
HillTopper USA
Plant information
Technology: Wind Capacity: 185 MW Location: Mount Pulaski, Illinois - USA Type of Turbine: GE 2.5 MW, rotor diameter 116 m, hub height 90 m
114 WIND / HILLTOPPER HILLTOPPER / WIND
HillTopper USA
Plant information
Technology: Wind Capacity: 185 MW Location: Mount Pulaski, Illinois - USA Type of Turbine: GE 2.5 MW, rotor diameter 116 m, hub height 90 m
114 HILLTOPPER / WIND HILLTOPPER / WIND SOLAR / HORIZONTE Horizonte Brazil Horizonte is made up of 330.000 solar panels and is able to generate over 220 GWh per year SOLAR / HORIZONTE Horizonte Brazil Horizonte is made up of 330.000 solar panels and is able to generate over 220 GWh per year SOLAR / HORIZONTE HORIZONTE / SOLAR
Such energy production is enough Plant information to meet the annual energy Technology: Solar Capacity: 103 MW consumption needs of more than Location: Tabocas do Brejo Velho, Bahia - Brazil Type of PV Panels: Polycrystalline Silicon 108,000 Brazilian households while avoiding the emission
of about 129,000 tonnes of CO2 into the atmosphere.
120 121 SOLAR / HORIZONTE HORIZONTE / SOLAR
Such energy production is enough Plant information to meet the annual energy Technology: Solar Capacity: 103 MW consumption needs of more than Location: Tabocas do Brejo Velho, Bahia - Brazil Type of PV Panels: Polycrystalline Silicon 108,000 Brazilian households while avoiding the emission
of about 129,000 tonnes of CO2 into the atmosphere.
120 121 HUAMPANI / HYDROELECTRIC Huampani Perú
Plant information
Technology: Hydro Capacity: (expansion) 1 MW Location: Lurigancho Chosica, department of Lima - Perú Type of turbine: Streamdiver® Voith 350 kW
123 HUAMPANI / HYDROELECTRIC Huampani Perú
Plant information
Technology: Hydro Capacity: (expansion) 1 MW Location: Lurigancho Chosica, department of Lima - Perú Type of turbine: Streamdiver® Voith 350 kW
123 LOS CÓNDORES / HYDROELECTRIC
Los Cóndores Plant information
Chile Technology: Hydroelectric Capacity: 150 MW Location: Chile – Talca Tybe of turbine: 2 Pelton units, vertical axis, with underground powerhouse
Los Cóndores project has involved great efforts from all E&C team to deal with high technical complexity and adverse weather conditions
125 LOS CÓNDORES / HYDROELECTRIC
Los Cóndores Plant information
Chile Technology: Hydroelectric Capacity: 150 MW Location: Chile – Talca Tybe of turbine: 2 Pelton units, vertical axis, with underground powerhouse
Los Cóndores project has involved great efforts from all E&C team to deal with high technical complexity and adverse weather conditions
125 HYDROELECTRIC / LOS CÓNDORES HYDROELECTRIC / LOS CÓNDORES WIND / MORRO DO CHAPÉU MORRO DO CHAPÉU / WIND
Morro do Chapéu Brazil
Plant information
Technology: Wind Capacity: 172 MW Location: Morro do Chapéu, Bahia - Brazil Type of Turbine: Vestas 2.0 MW, rotor diameter 110 m, hub height 80 m
128 129 WIND / MORRO DO CHAPÉU MORRO DO CHAPÉU / WIND
Morro do Chapéu Brazil
Plant information
Technology: Wind Capacity: 172 MW Location: Morro do Chapéu, Bahia - Brazil Type of Turbine: Vestas 2.0 MW, rotor diameter 110 m, hub height 80 m
128 129 WIND / MORRO DO CHAPÉU
130 WIND / MORRO DO CHAPÉU
130 BIOMASS / MACCHIAREDDU MACCHIAREDDU / BIOMASS
Macchiareddu Plant information Technology: Biomass Italy Capacity: 23 MW Location: Macchiareddu, Assemini (Cagliari) - Italy Type of turbine: Siemens HP+LP
132 133 BIOMASS / MACCHIAREDDU MACCHIAREDDU / BIOMASS
Macchiareddu Plant information Technology: Biomass Italy Capacity: 23 MW Location: Macchiareddu, Assemini (Cagliari) - Italy Type of turbine: Siemens HP+LP
132 133 Rattlesnake Creek Plant information USA Technology: Wind Capacity: 318 MW Location: Dixon, Nebraska - USA Type of turbine: Acciona-Nordex 3.15 MW, rotor diameter 125, hub height 87.5 m
It’s the second largest wind project in Nebraska and can provide clean energy to over 105,000 households: introducing Enel Green Power’s Rattlesnake Creek plant, powered by the wind of the great plains Rattlesnake Creek Plant information USA Technology: Wind Capacity: 318 MW Location: Dixon, Nebraska - USA Type of turbine: Acciona-Nordex 3.15 MW, rotor diameter 125, hub height 87.5 m
It’s the second largest wind project in Nebraska and can provide clean energy to over 105,000 households: introducing Enel Green Power’s Rattlesnake Creek plant, powered by the wind of the great plains WIND / RATTLESNAKE CREEK
Adobe and Facebook have opted for renewable energy by signing Power Purchase Agreements (PPAs) for long-term clean energy supply
136 WIND / RATTLESNAKE CREEK
Adobe and Facebook have opted for renewable energy by signing Power Purchase Agreements (PPAs) for long-term clean energy supply
136 BIOMASS / RUSSI RUSSI / BIOMASS
Russi Italy
Plant information
Technology: Biomass Capacity: 31 MW Location: Ravenna - Italy Type of turbine: TOSI + Solar PV
138 139 BIOMASS / RUSSI RUSSI / BIOMASS
Russi Italy
Plant information
Technology: Biomass Capacity: 31 MW Location: Ravenna - Italy Type of turbine: TOSI + Solar PV
138 139 SALITRILLOS / WIND Salitrillos Plant information Mexico Technology: Wind Capacity: 103 MW Location: Reynosa, Tamaulipas - Mexico Type of turbine: Vestas 3.45 MW, rotor diameter 136 m, hub height 112 m
141 SALITRILLOS / WIND Salitrillos Plant information Mexico Technology: Wind Capacity: 103 MW Location: Reynosa, Tamaulipas - Mexico Type of turbine: Vestas 3.45 MW, rotor diameter 136 m, hub height 112 m
141 SOLAR / STILLWATER 2 STILLWATER 2 / SOLAR
Stillwater 2 USA
Plant information
Technology: Solar Capacity: 27 MW Location: Fallon, Churchill county, Nevada - USA Type of PV module: 3SUN Solar Modules (140W and 135W)
142 143 SOLAR / STILLWATER 2 STILLWATER 2 / SOLAR
Stillwater 2 USA
Plant information
Technology: Solar Capacity: 27 MW Location: Fallon, Churchill county, Nevada - USA Type of PV module: 3SUN Solar Modules (140W and 135W)
142 143 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Villanueva Mexico
2,500,000 panels to harvest the energy that falls on the desert.
144 145 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Villanueva Mexico
2,500,000 panels to harvest the energy that falls on the desert.
144 145 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Plant information
Technology: Solar Capacity: 828 MW Location: Viesca, Coahuila – Mexico Type of PV Panels: Jinko Polycrystalline Solar Modules (320 (originals) and 330 (expansions) W)
146 147 SOLAR / VILLANUEVA VILLANUEVA / SOLAR
Plant information
Technology: Solar Capacity: 828 MW Location: Viesca, Coahuila – Mexico Type of PV Panels: Jinko Polycrystalline Solar Modules (320 (originals) and 330 (expansions) W)
146 147 WAYRA / WIND Wayra I Peru
Building Tomorrow from the wind. Plant information Giving birth to Peru’s first wind farm. Technology: Wind Capacity: 132 MW Location: Nazca, Ica - Peru Type of Turbine: Acciona-Nordex 3.15 MW, rotor diameter 125 m, hub height 87.5 m WAYRA / WIND Wayra I Peru
Building Tomorrow from the wind. Plant information Giving birth to Peru’s first wind farm. Technology: Wind Capacity: 132 MW Location: Nazca, Ica - Peru Type of Turbine: Acciona-Nordex 3.15 MW, rotor diameter 125 m, hub height 87.5 m www.enelgreenpower.com