Diapositiva 1 - Eosol Energy

Transcripción

COMPANY PRESENTATION
May 2013
COMPANY PRESENTATION
CONTENT
01
02
03
04
Introduction
Business Model
Experience
Appendix
01
01
02
03
04
Introduction
Business Model
Experience
Appendix
01 INTRODUCTION
EOSOL GROUP
Is a group of companies which promotes,
constructs and operates renewable energy
projects and infrastructure.
EOSOL
•Has collaborated, co-invested and
participated in more than 2,600 MW of
energy, 14 countries and 4 continents.
•We count on a team of 23 managers of 7
nationalities and 25 technicians specialized
in diverse projects.
“ In 2013
the
Group’s
presence
expanded
to 14
countries
“
Eosol is committed to energy production for the long-term
because we have firm agreements with investor institutions
such as la Caisse de Depots et Consignation, who co-invest
in development projects with the group.
www.eosolenergy.com
4
01 INTRODUCTION
Bruno Bernal
and Francisco
Javier Jurado found
Injuber S.L.
Sol Injuber and
Ibener sign a
deal for the Helios
II (7,5 MW)
project
Eosol New
Energy first
subsidiary of the
group with local
parteners in
France
Eos PM
The group forms a
technololgy
consultancy group
2003
Ignacio Pareja
Francisco Ruiz
de la Torre
creates IBENER
S.L
www.eosolenergy.com
Eosol Energy
is created by the
union of Injuber
S.L + Ibener +
other parteners
Eosol New Energy
third subsidiary of
the group begins in
Chile
Eosol Energy
Colombia fifth
subsidiary of
the group is
created in
Colombia
2013
Eosol Energy USA
second branch of the
group opens in the
USA
Eosol Energy
Mexico forth
subsidiary of the
group begins in
Mexico
Eos PM
First branch of the
consultancy forms
in Canada
5
01 INTRODUCTION
BRUNO BERNAL
ESTEBAN MORRÁS
AITOR ERQUICIA
FRANCISCO VIDAL
Industrial Engineer
University of Navarra
MBA ESIC, PDD IESE
Law degree from the
University of Navarra
Industrial Technical Engineer
Univ. of País Vasco,
MBA ESIC, PDG IESE
Naval Engineer
Politecnical Univ. of Madrid
MBA IE
Bruno began his career as
a technical consultant with
DMR before he joined
forces with the Castilla y
León Aeronáutica SA as a
Project Manager. He
worked with a team of 40
engineers and was
responsible for design and
production of a part of the
Airbus A-380 structure.
With more than 20 years
of experience, Esteban has
developed his career
within the ACCIONA
Group, as a General
Director of the Energy
division and then as a
Managing Director of
ACCIONA. Esteban was
awarded the Principe of
Asturias award in 2000.
Aitor began his career with
Mercedes Benz España
and with the CIE
Automobile group in the
corporate sales
department.
Mr. Vidal has more than 23
years of experience,
developing his career with
MTorres, as a Process
Engineering Manager, director
of the aeronautical division
and C.E.O.
In 2004 Bruno founded
INJUBER, a leading
company in the engineering
sector of renewable energy
in Spain.
Currently Esteban is the
General Director of
Garanza.
In 2007 he created Eosol
Energy.
www.eosolenergy.com
In 2011 he joined Eosol.
Next, Aitor held the
position of “European Key
Account Manager” for
Brammer plc. Where he
was responsible for sales
in 15 European countries.
In 2007 Aitor created
Eosol Energy.
Mr. Vidal was also the General
Director of investment funds
for Reiter Europe and Director
and promoter of the
technological park in the
Murcia region of Spain.
In 2007 Francisco craeted
Eosol Energy.
6
01 INTRODUCCIÓN
www.eosolenergy.com
7
02
01
02
03
04
Introduction
Business Model
Experience
Appendix
02 BUSINESS MODEL
Eosol is committed to becoming a model company in the renewable energy and
infrastructure sector, this is demonstrated through their experience and developmental
abilities and their project management. This is why EOSOL develops and co-invests in
infrastructure projects, all while forming long-term relationships with investors and
relevant players in the sector.
1
DEVELOPMENT
5
Working with local partners in
order to be familiar with
institutions, consultant agencies
and regulations of the area.
OPERATION
Operating on a 24-hr schedule,
presenting detailed data and
trouble-shooting until the
situation is resolved
4
CONSTRUCTION
Contract negotation, follow-up,
control, audits, tests, feedback.
www.eosolenergy.com
2
STRUCTORING
Due Diligences, financial
management of contracts,
consultancy and insurance.
3
CO-INVESTING
Investment with institucioinal
investors for the long-term.
9
02 BUSINESS MODEL
Eosol has become a relevant player in all of the countries where they are involved and
have created first-class professional relationships along the way.
FINANCIAL
INSTITUTIONS
ENGINEERING FIRMS
CO-INVESTORS
UTILITIES
CONSULTING FIRMS
INSURERS
www.eosolenergy.com
10
02 BUSINESS MODEL
Eosol’s management team consists of a motivated, multidisciplined and multinational
group of individuals focused on obtaining the best results for its company and for its
collaborators.
•We rely on a team of 23 managers of 5 different nationalities and 25 specialized technicians for our
diverse projects.
•We have a pool of over 1,200 professionals who provide:
– Proven experience in international project management
– Highly specialized in different disciplines and specific sectors
– Multidisciplinary personalities and the ability to manage in a cross-trained manner
Organization Structure
Nationalities
Areas of Function
HEADQUARTER
EMPLOYEES
10%
90%
INTERNATIONAL
4%
POSTSECONDARY
EDUCATION
96%
www.eosolenergy.com
11
03
01
02
03
04
Introduction
Business Model
Experience
Appendix
03 EXPERIENCE
EOSOL
•
Has been involved in the production of more than 2600 MW of energy with diverse
technologies in 14 countries on 4 continents.
www.eosolenergy.com
13
03 EXPERIENCE
EOSOL
Has played a part in more than 17 projects of
different technologies in Spain:
TERMOSOLAR
FOTOVIOLTAICA
Número de Instalaciones:
Potencia total instalada:
12
40 MW
2
100 MW
OTROS
EÓLICAS
2
52 MW
Almacén de Gas
1
EOSOL
Has been involved in the development,
construction and management of the above
mentioned energy projects.
•Has provided a team of 12 people for the
start-up phase of the Castor Project.
•
www.eosolenergy.com
14
03 EXPERIENCE
EOSOL
Has developed a portfolio of 150 MW of energy from projects in
France.
FOTOVIOLTAICA
10
150 MW
• 50 MW-in operation since 2010 with
collaboration from la Caisse de Depots and
Abraxa.
• 50 MW-have been under construction since
May 2013.
• 50 MW-will be constructed during 2013 and
2014.
www.eosolenergy.com
15
03 EXPERIENCE
EOSOL
Ha participated throughout the rest of Europe in:
ALEMANIA
ITALIA
Planta de Incineracion RSU
1
1
IRLANDA
1
800 MW
FINLANDIA
HOLANDA
GATE NLG (ciclo de gas)
1
UZBEKISTAN
1
Ciclo combinado
1
478 MW
EOSOL
Has provided construction and “start-up” teams for
many diverse projects (see appendix).
www.eosolenergy.com
16
03 EXPERIENCE
EOSOL
Has taken part in the construction of a
hydroelectric power plant for ALSTOM Hydro,
consisting of 4 105MW turbines in Ruacana
NAMIBIA, Africa.
HIDROELÉCTRICA
1
420 MW
EOSOL provided the Mechanical BOP
Supervisor who was also responsible for
Quality Control of piping and welding during
the construction of the hydroelectric plant.
www.eosolenergy.com
17
03 EXPERIENCE
EOSOL
Has developed and constructed 2 photovoltaic
energy generating plants in California
FOTOVOLTAICA
2
3,86 MW
The installation is operated under a PPA
contract with Southern California Edison for 20
years.
The financing for the photovoltaic plant was
provided by NCB.
www.eosolenergy.com
18
03 EXPERIENCE
EOSOL
Has had their most success so far within
Mexico. It has participated in the following
projects:
TERMOSOLAR + GAS
FOTOVIOLTAICA
7
200 MW
1
412 MW
The photovoltaic development has been
underway in the state of Durango since 2009.
The construction of the first project began in
May 2013.
Additionally, EOSOL has been involved in a
combined cycle + thermal solar plant for SENER
in Mexico.
www.eosolenergy.com
19
03 EXPERIENCE
EOSOL
Has been involved in diverse projects in
Latinamerica, spefically in Chile and Colombia:
CHILE
COLOMBIA
Puerto de carga de Carbón
1
FOTOVOLTACIA
1
15 KW
In Chile EOSOL is developing a plan for 200 MW
of energy, a pilot plant of 15 kw has already
been constructed.
In Colombia EOSOL has participated in the
start-up of a project to automate the coal
loading port in Cienaga.
www.eosolenergy.com
20
04
01
02
03
04
Introduction
Business Model
Experience
Appendix
04 APPENDIX
Photovoltaic Plant HELIOS I (Spain)
Description
Images
Installation of a 2 MW plant in the Mula municipality (Spain)
Plant operating under RD 661/2007
Key Factors
Installed Capacity:
2MW
Technology:
Double axis tracking
Annual production:
3.700 Mwh
Location
22
04 APPENDIX
Photovoltaic Plant HELIOS II (Spain)
Description
Images
Installation of a 7.50 MW photovoltaic plant in the Yecla municipality
(SPAIN)
Key Factors
Installed capacity:
7.50 MW
Technology:
Location
23
04 APPENDIX
Photovoltaic plant OLIVAR SOLAR I (Spain)
Description
Images
Installation of a 1.5 MW plant in the Baena municipality (SPAIN)
Key Factors
Installed capacity:
1.5 MW
Technology:
Annual production:
3.700 Mwh
Location
24
04 APPENDIX
Photovoltaic Plant OLIVAR SOLAR II (Spain)
Description
Images
Installation of a 2 MW photovoltaic plant in the Baena municipality
(SPAIN)
Key Factors
Installed Capacity:
2 MW
Technology:
Double Axis Tracking
Annual Production:
4.700 Mwh
Location
25
04 APPENDIX
Photovoltaic plant BENEIXAMA (Spain)
Description
Images
Installation of a 20 MW plant in the Beneixama municipality (SPAIN)
Key Factors
Installed capacity:
20 MW
Technology:
Stationary
Location
26
04 APPENDIX
Wind Energy Park Dama de Baza-16 MW (Spain)
Description
Images
Wind energy park of 16 MW in the Baza municipality (Granada)
Key Factors
Engineering and development managed by EOSOL
Location
27
04 APPENDIX
Wind Energy Park Parapanda-36 MW (Spain)
Description
Images
Wind energy park of 36 MW in the Montefrio municipality (Granada)
Key Factors
Engineering and development managed by EOSOL
Location
28
04 APPENDIX
Photovoltaic Plant MATILLAS (Spain)
Description
Photovoltaic installation
Guadalajara (Spain)
Images
of
1
MW
in
the
Matillas
municipality–
Key Factors
Installed Capacity:
1 MW
Technology:
Location
29
04 APPENDIX
Photovoltaic Plant CASTELLANA (Spain)
Description
Images
Photovoltaic installation of 0.7 MW on the roof of a chicken farm owned
by DAGU–Guadalajara (SPAIN)
Key Factors
Installed Capacity:
0.7 MW
Technology:
Stationary on the roof
Location
30
04 APPENDIX
Photovoltaic Plant LAS PALOMAS (Spain)
Description
Images
Photovoltaic plant of 1.8 MW in the Baena municipality (SPAIN)
Key Factors
Installed Capacity:
1.8 MW
Technology:
Annual Production:
4,200 Mwh
Location
31
04 APPENDIX
Photovoltaic Plant LLANOS DE LA VICTORIA (Spain)
Description
Images
Photovoltaic plant installation of 0.4 MW in the Baena municipality
(SPAIN)
Key Factors
Installed Capacity:
0.4 MW
Technology:
Location
32
04 APPENDIX
Photovoltaic Plant HELIOS III P1 (Spain)
Description
Images
(SPAIN)
Key Factors
Installed Capacity:
1.8 MW
Technology:
Stationary
Location
33
04 APPENDIX
Photovoltaic Plant HELIOS III P2 (Spain)
Description
Images
(SPAIN)
Key Factors
Installed Capacity:
0.7 MW
Technology:
Stationary with amorphous silicon panels
Location
34
04 APPENDIX
CASTOR Offshore Gas Storage (Vinarós, Spain)
Description
Images
Submarine Natural Gas Storage Facility in Vinarós (Castellon, Spain),
able to contain 1,3 Billion cubic meters of gas
Turnkey Consortium: ESCAL Group (subsidiary of Canadian Eurogas) &
ACS Group
Contractor: SENER worked for the Turnkey Consortium
Key Factors
Commissioning and Start-up as part of the Supervising property
engineer, providing a part of the process, I&C, rotating equipment,
telecommunication, PRL and permit to work supervision team.
Location
35
04 APPENDIX
TERMOSOL Solar Thermal Power Plants (Extremadura, Spain)
Description
Images
2 Solar Thermal Power Plants of 50 MW each one in Extremadura
(Spain). They are 2 twin units with parabolic trough collector (PCC)
technology which employ the SENERtrough® system patented by
SENER, with a molten salt thermal storage system capable of
generating energy for nine hours without solar radiation.
Customer: Florida Power
EPC Contractor: SENER
Key Factors
Collaboration in the commissioning phase and the start-up providing
Commissioning Manager, I&Csupervisors and Camp Supervision.
Location
36
04 APPENDIX
Photovoltaic Plant LASEOSOL (France)
Description
Images
Installation of a 0.25 MW photovoltaic plant in the Le Barp municipality
(FRANCE)
Key Factors
Installed capacity:
0.25 MW
Technology:
Stationary
Development:
EOSOL
Location
37
04 APPENDIX
Photovoltaic Plant SOLANDES (France)
Description
Images
Installation of a 8 MW photovoltaic plant in the Villeneuve de Marsan
municipality (FRANCE)
Key Factors
Installed capacity:
8 MW
Technology:
Stationary
Annual production:
Location
38
04 APPENDIX
Photovoltaic plant - VALENCE SOLARPHOTON (France)
Description
Images
Installation of a 12 MW photovoltaic plant in the Valence sur Baisse
municipality in Gers region (FRANCE)
Key Factors
Installed capacity:
12MW
Technology:
Stationary
Annual production:
Location
39
04 APPENDIX
Photovoltaic Plant PETIT CHATAIGNIER (France)
Description
Images
Installation of a 5.1 MW photovoltaic plant in La Genetouze municipality
in Poitou Charente (FRANCE)
Key Factors
Installed capacity:
5.1 MW
Technology:
Stationary
Annual production:
6,600 Mwh
Location
40
04 APPENDIX
Photovoltaic Plant - CHRYSLER (Mexico)
Description
Images
Installation of a 0.35 MW photovoltaic plant in the Saltillo municipality
Plant operating under RD 661/2007
Key Factors
Installed capacity:
0.35 MW
Technology:
Annual production:
3,700 Mwh
Location
41
04 APÉNDICE
Ciclo Combinado + Solar AGUA PRIETA II (México)
Descripción
Imágenes
Planta de Ciclo Combinado 400 MW + 12 MW Planta Solar en Agua
Prieta (al norte en el estado de Sonora, México)
Cliente: CFE (Comisión Federal de Electricidad)
Contratista EPC: SENER & ELECNOR S.A. joint venture
Factores claves
Participación en la construcción y comisionado de la planta, aportando
supervisión mecánica (turbina y BOP)
Lugar
42
04 APÉNDICE
Planta Fotovoltaica - LANCASTER (USA)
Descripción
Imágenes
Instalación de 3 MW en Planta Fotovoltaica situada en el municipio de
Lancaster (California)
Factores claves
Capacidad Instalada:
3MW
Tecnología:
Fija
Producción anual:
4,800 Mwh
Lugar
43
04 APÉNDICE
Planta Fotovoltaica Universidad Adolfo Ibañez
Descripción
Imágenes
Planta Fotovoltaica de 0.1 MW en el municipio de Santiago de Chile,
construida para la Universidad de Adolfo Ibañez
Factores claves
0.1 MW
Tecnología:
Fija y Seguimiento a un eje
Lugar
44
04 APÉNDICE
Planta Fotovoltaica - San Fermín (Puerto Rico)
Descripción
Imágenes
Instalación de Planta Fotovoltaica de 24 MW en la municipalidad de
Loiza (Puerto Rico)
Factores claves
24 MW
Tecnología:
Fija con almacenamiento gestionable
Lugar
45
04 APÉNDICE
Ciclo Combinado (Navoi, Uzbekistán)
Descripción
Imágenes
Ciclo Combinado de gas natural de 478 MW en Navoi, Uzbekistán
Cliente: UZBEKENERGO
EPC Contratista: INITEC Energía S.A. & ÇALIK Enerji consorcio.
Factores claves
Colaboración en la construcción de la planta, aportando la supervisión
de la Ingeniería Civil, así como en los campos mecánicos, eléctrico, I&C,
Control de calidad y PRL.
Lugar
46
04 APÉNDICE
Planta Hidro-Eléctrica - RUACANA HYDRO (Namibia)
Descripción
Imágenes
Instalación y comisionado de la 4ª turbina de 105 MW para Ruacana
Hydro Power Station ubicada en el río Kunene (Namibia)
La planta de Ruacana genera el 50% del suministro de energía de
Namibia.
Propietario: Nampower
Contratista: ALSTOM Hydro Power Francia
Factores claves
Colaboración en la instalación de la 4ª turbina, aportando supervisión
del BOP, supervisión del BOP mecánico y control de calidad tanto en
tubería como soldadura.
Lugar
47
04 APÉNDICE
Terminal de Carbón en Puerto Nuevo (Ciénaga,
Colombia)
Descripción
Imágenes
Instalación de sistemas directos de carga con cintas transportadora en
la Terminal del Puerto Nuevo de Carbón en Ciénaga (Colombia)
Propietario: GLENCORE XSTRATA PLC
Contratista: C.I. PRODECO S.A.
Capacidad incial de exportación: 21 millones de toneladas de carbón
anual.
Factores clave
Participación en la fase de comisionado para la automatización de la
terminal de carbón, aportando supervisión de PRL.
Lugar
48
04 APÉNDICE
Planta de Incineración RSU (Meath, Irlanda)
Descripción
Imágenes
Planta de Incineración de RSU (Residuos Sólidos Urbanos) en Duleek,
en el municipio de Meath (Irlanda)
Propietario: Indaver
Contratista: LAB S.A. (CNIM Group)
Planta de Incineración: 26,7 tonelada / hora
Factores claves
Participación en la fase de comisionado y Puesta en Marcha de los
sistemas y tratamientos de gases, aportando el Supervisor de
Comisionado, Supervisor de Procesos , Supervisor de I&C Supervisor y
Operador de Planta durante el 2011.
Lugar
49
04 APÉNDICE
Planta de Generación a Carbón (Lünen, Alemania)
Descripción
Imágenes
Planta de generación a carbón con un resultado de 800 MW en Lünen en
las proximidades de Dortmund (Alemania)
Comisionado y Puesta en Marcha de sistema de tratamiento de gases,
BOP, automatización e incremento de eficiencia
Propietario: STEAG GmbH Contratista: Siemens & IHI
Factores claves
Participación en el Comisionado y Puesta en Marcha, aportando
Supervisor de Comisionado, Supervisor Mecánico, Supervisor de
Procesos y Supervisor de I&C Supervisor durante 2011-2012.
Lugar
50
04 APÉNDICE
GATE LNG TERMINAL (Rotterdam, Holanda)
Descripción
Imágenes
Planta de regasificación y terminal de importación de NGL (Gas natural
licuado en Maasvlakte (Rotterdam)
Propietarios: DONG Energy, RWE Supply & Trading, EconGas OMV, E.ON
Ruhrgas, Eneco.
EPC Contratista: consorcio entre Techint, Sener, Entrepose y Vinci.
Factores claves
Participación en la fase de comisionado de la planta aportando la
Supervisión de I&C durante el 2011.
Participación en las pruebas de garantía (1 año tras la conclusión)
aportando el Supervisor de Procesos durante 2012
Lugar
51
04 APÉNDICE
Planta de Incineración de RSU (Vaasa,
Finlandia)
Descripción
Imágenes
Planta de Incineración de RSU en Vaasa (Finlandia)
Contratista: Hitachi Zosen Inova (Caldera/Furnace) & LAB S.A. (Sistema
de tratamiento de gases)
Central térmica: 61 MW ; Planta de Incineración: 20 toneladas / hora
Factores claves
Servicio prestado a LAB para la operación de Comisionado del sistema
de tratamiento de gases durante 2012: Supervisor de Comisionado,
Supervisor de I&C , Supervisor de procesos, Operadores de Planta.
Lugar
52
04 APÉNDICE
Planta de Incineración (Turín, Italia)
Descripción
Imágenes
Planta de Incineración de Residuos Sólidos Urbanos
“Termovalorizzatore” en Turín (Italia)
Contratista: LAB S.A. (Sistema de tratamiento de gases)
Planta de Incineración: 3 líneas con más de 22 toneladas / hora
Factores claves
Servicio prestado a LAB para las operaciones de Comisionado de Planta
de tratamiento de gases durante el 2012-2013: Supervisor de
Comisionado Manager, Supervisor de I&C , Supervisor de Procesos y
Operadores de Planta.
Lugar
53

Diapositiva 1 - Eosol Energy

Transcripción

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