Aries Energy References Dec 13

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ARIES INGENIERÍA Y SISTEMAS A world leader in technological development, efficiency and quality

International References

ARIES INGENIERÍA Y SISTEMAS, S.A.December 2013

Castellana 130, 28046 Madrid, SPAIN.

2332 Galiano St. 2nd

floor, office 121, Coral Gables FL, 33134 USA.Silver Centre 1388 Shaan Xi North Road 1205A Room 200060 Shanghai, China.

www.aries.com.es • info@ aries.com.es

http://www.aries.com.es/




Pº Castellana 130, Madrid, SPAIN • Tel.: +34 91 570 27 37 • www.aries.com.es • [email protected] 1

ARIES INGENIERÍA Y SISTEMAS

offers a large range of integratedengineering services for the energy

generation industry, as well as advanced owner’s

engineering and technical advisory for large energyprojects. ARIES combines these capabilities with astrong investment in Research and Development (R+D).This allows for innovative technological developments

that improve the energetic efficiency of concentratedsolar energy plants, or the efficiency of CO 2 capturingsystems. ARIES features an all-purpose team whichguarantees quality in the development of any project.The firm´s engineers have the experience to tackle thecomplex regulations that affect these types of projects.The commitment, the efficiency, and the effectiveness

of the professionals at ARIES has been demonstrated inthe development of photovoltaic plants, concentratedsolar power plants, wind parks, hydro, conventionalcogeneration, combined cycle and nuclear plants. Withan international portfolio of advanced renewableenergy projects ARIES brings industry leadingexperience in the analysis, design, and EPC of

groundbreaking renewable energy facilities. The resultsare solutions that improve operational efficiency,manage price risk, increase security and reliability, andcreate valuable markets for tradable credits. Ourobjective is to offer innovative ideas and technologiesthat cost-effectively harness renewable energyresources wherever they are applicable.

ARIES

«Our comprehensive services and global

footprint offer renewable energy clients

a skilled and dependable partner in the

development of sustainable energy

assets around the globe»

© Aries. Arsol Toledo 2010

«ARIES’ comprehensive renewable portfolio includes the delivery of Concentrated Solar

Power (CSP), Photovoltaic (PV), Wind, Hydropower and Cogeneration Systems»



ARIES INTERNATIONAL REFERENCES


PHOTOVOLTAIC

ARIES, being the first company in Spain to reach non-recourse project finance of a solar PV projectin Spain (ARSOL 1-5MW), is a pioneer in utility scale photovoltaic power generation and has

developed 40 MW of PV power plants. In these projects, ARIES maintains a majority ownershipand has completed the EPC tendering process and supervision of the construction, start-up andO&M of 15 MW (with 2-axis tracking system). Furthermore, ARIES has performed engineeringworks on more than 1025MW of PV solar power plants all around the world. ARIES does the basicand detailed engineering, construction, commissioning and O&M supervision.

CONCENTRATED SOLAR POWER

ARIES is a top CSP expert presently developing 500 MW of CSP power projects in Spain, 150MWare already under operation. As a leading engineering company in CSP technology, ARIES has beeninvolved in the main CSP projects worldwide comprising parabolic trough, central receiver andFresnel technologies. ARIES has acted as owner’s engineer and technical advisor in these projects

for top-tier international industrial players such as ACWA Power in more than 1700MW of CSPdevelopments. ARIES is at the forefront in CSP applications developing add-on solar field in to anexisting conventional power facilities and integrating solar steam generation for industrialpurposes.

WIND

ARIES has more than 15 years of experience in the wind sector. Having developed services such asfeasibility studies, wind resource evaluations, concept engineering, installation management,consultancy in O&M and due diligences in over 4800MW wind farms, ARIES plays the role oftechnology expert, remaining agnostic and keeping ahead of the technologies improvements andevolutions. Our vast experience in the wind sector with the main players: wind manufacturers,utilities, banks and particular clients around the world, positions ARIES as the leader in the marketguaranteeing customer satisfaction in every single contracted project.

HYDRO

ARIES has been involved actively in the hydro energy program developed in Spain working closelywith IDAE, the Spanish Institute for Energy Diversification and Saving. ARIES has providedengineering and project management services in several hydro power plants of very differentpower outputs. Thus, ARIES has acquired a deep expertise and know-how managing hydro projectsof various sizes and site conditions. On top of that, ARIES has also gained relevant experience inmain equipment procurement processes and contract negotiations, as well as in the coordinationand management of the different subcontractors involved in a hydro project, from site evaluationand selection to power plant commissioning.

RESEARCH & DEVELOPMENT

ARIES is developing its own proprietary technologies, having innovation as the basis of itsphilosophy. Therefore one of the major departments of the company is R&D+i. The companyplaces the research and development as a core strategic element in its growth. To this end ARIEScollaborates closely with universities and research centers of great prestige such as the ConsejoSuperior de Investigaciones Científicas (CSIC) and IK4-Tekniker in Spain and with internationalcenters as Deutschen Zentrums für Luft-und Raumfahrt (DLR) and the Eidgenössische TechnischeHochschule Zürich (ETH Zürich). At present ARIES is focused on developing a variety ofcomponents for CSP plants providing solutions to reduce the costs of energy.





ARIES’ SINGULAR CSP PROJECTS

ASTE 1A & 1B

2 x 50 MW CSP plant inCastilla-La Mancha, SPAIN.

Aries’ role Shareholder, developer, engineering contractor, owner’s engineer and O&M contractor.

Customer ASTE (ARIES SOLAR TERMOELÉCTRICA).

A SPV owned by ARIES, ELECNOR and EISER Infrastructure Fund). Status Under operation.

Date 2008 – present

Scope of

supply Development:

• Site selection.• Administrative/official studies.• Licensing documents preparation.• Licensing management.

Basic Engineering:• Power plant dimensioning.• Performance model study.• Equipment selection/negotiation.• Technical studies:

Solar resource analysis.

Environmental study.Technical feasibility study.Economical feasibility study.

Main equipments purchase process: Contractnegotiation and purchase of Steam Turbine,Generator, Condenser, Heat Collector Elementand Mirrors.

Financial model development.

EPC specification and call for tenders.EPC tender evaluation and selection.

EPC contract negotiation.

Financial arrangement and negotiation.

Owner’s engineer:• Detailed engineering supervision.• Construction supervision.• Start-up supervision.• Commissioning.

O&M of solar field.





ARIES’ SINGULAR CSP PROJECTS

ASTEXOL 2.50 MW CSP plant in

Extremadura, SPAIN.

Aries’ role Shareholder, developer, engineering contractor, owner’s engineer and O&M contractor.

Customer DIOXIPE SOLAR. A SPV owned by ARIES, ELECNOR and EISER Infrastructure Fund).

Status Under operation.

Date 2008 – present

Scope of

supply Development:

• Site selection.• Administrative/official studies.•

Licensing documents preparation.• Licensing management.

Basic Engineering:• Power plant dimensioning.• Performance model study.• Equipment selection/negotiation.• Technical studies:

Solar resource analysis.Environmental study.Technical feasibility study.Economical feasibility study.

Main equipments purchase process: Contractnegotiation and purchase of Steam Turbine,Generator, Condenser, Heat Collector Element

and Mirrors.Financial model development.

EPC specification and call for tenders.

EPC tender evaluation and selection.


Financial arrangement and negotiation.

Owner’s engineer:• Detailed engineering supervision.• Construction supervision.• Start-up supervision.• Commissioning.

O&M of solar field.





ARIES CSP INTERNATIONAL REFERENCES

PROJECT CLIENT ARIES’ ROLE SCOPE OF SUPPLY DATES

Technical Due Diligence

100 MW Tower CSP.

SOUTH AFRICA.

Confidential TechnicalAdvisor

Technology screening and analysis.

Review of surveys and any availableinformation.

• Topographic study.

• Archaeological study.

• Water sourcing study.

• Water analysis.

• Acoustic study.

• Study of accesses.

Review and advice on owner’s EPC

requirements.

Solar resource analysis (including P50, P90and P99 analysis).

Risk analysis.

Energy output review and economic analysis.

2013- atpresent

OUARZAZATE 1

160 MW CSP Project.

Ouarzazate, MOROCCO.

ACWA PowerOuarzazate

Owner´sEngineer

Pre-Engineering Review.

• Technical studies:


Environmental study.

Technical feasibility study.

Economical feasibility study.

• Power plant dimensioning.

• Performance model study.

• Equipment selection/negotiation.

• EPC Contract Review.

Detailed engineering approval.

EPC Procurement Support.Construction supervision.

Start-up supervision.

Commissioning.

Operation and Maintenance supervision.

2013- atpresent






Bokpoort 50 MW CSPProject.

Northern Cape,

SOUTH AFRICA.

ACWA PowerSouth Africa

Owner´sEngineer

Pre-Engineering Review.

• Technical studies:







• Equipment selection/negotiation.

• EPC Contract Review.

Detailed engineering approval.

EPC Procurement Support.Construction supervision.Start-up supervision.Commissioning.Operation and Maintenance supervision

2013- atpresent

Feasibility Study

1 GW CSP

SOUTH AFRICA.


Solar Resource Assessment.Review of Solar Technologies.Technology Selection.Preliminary Design.Technology Risk Analysis.Performance Modeling.

Detailed Engineering Specifications.

2013- atpresent

ISCC YAZD PROJECT.

17 MW Integrated SolarCombined Cycle power

plant.

Yazd, IRAN.

MAPNA MD2 Solar IslandEPCM

Basic engineering.

Detailed engineering.

Procurement engineering.

Construction site supervision.

Commissioning site supervision.

Operation and Maintenance manuals.

2012- atpresent

SOPOGY

MicroCSP TechnologyImprovement.

Hawaii, USA.

Sopogy/SunEdison

TechnicalAdvisor

Previous documentation analysis.

Site validation.

Initial lab validation.Redesign and implementation ofimprovements.

Manufacturability and supply chaindefinition.

Adaptation of performance model to fieldvalidation.

Prototype validation of optical performance.

2013 – atpresent






BOKPOORT.

50 MW CSP plant.

SOUTH AFRICA.

ACWA PowerInternational

Lender´sTechnicalAdvisor

Technical Due Diligence:• Review of principal technical aspects of

project agreements.• Review of project data.• Review of technology employed.• Review of EPC contract.• Review of O&M contract.• Review of construction scheduling.• Review of construction, commissioning

and operational risks.• Review of O&M contractor scope of

work.• Review of performance tests (PPA, EPC

and financing contracts).• Review of environmental standards and

compliance.•

Review of technical inputs for financialmodel.• Liaison with lender’s insurance advisor. • Support to project financing lenders.

2012-2013

200 MW CSP CentralReceiver.

Upper Egypt, EGYPT.

Taqa TechnicalAdvisor

Consultancy Services:• Meteorological station deployment and

data analysis.• Review of competing technologies.• Technical Due Diligence of Central

Receiver CSP technology.• Review of Front End Engineering

Package.• Site assessment and analysis.• Performance and financial modeling.

Project implementation planning.

2011 – atpresent

OUARZAZATE 1

160 MW CSP Project.

Ouarzazate, MOROCCO.


TechnicalAdvisor

Technical Advisory during the Bidding Phase.• Technology and Design Optimization.• EPC Bidding Process.• Contract Management.• Production model.

2011 – 2013

50 MW CSP plant

TURKEY.

Zorlu TechnicalAdvisor

Site selection screening.

Selection of best site:•

Solar resource assessment.• Existing infrastructure assessment:

Access assessment.

Distribution line connection.

Water availability.

Fossil fuel availability.• Geological and topographical surveys.

Feasibility study:• Selection of optimal technology.• Conceptual design.• Plant lay-out.• Yield estimation.• Investment and O&M cost estimation.

2011






BOKPOORT

75 MW CSP plant.

SOUTH AFRICA.


TechnicalAdvisor


project agreements.• Review of project data.• Review of technology employed.• Review of EPC contract.• Review of O&M contract.• Review of construction scheduling.• Review of construction, commissioning


work.• Review of performance tests (PPA, EPC

and financing contracts).• Review of environmental standards and

compliance.•

Review of technical inputs for financialmodel.• Liaison with lender’s insurance advisor. • Support to project financing lenders.

2011

Parabolic TroughSystem

Units Demonstration

CHINA

Confidential EPCM Detailed Engineering.

Key Components Procurement.

Construction Supervision.

Commissioning.

2011 - atpresent

PerformanceVerification of Key

Components CSPCHINA


Technical Performance Analysis.

Validation roadmap advisory.

Procedure control and management.

Improvement advisory.

2011 - atpresent

50 MW CSP plant withThermal Storage

System.

Rajasthan, INDIA.

JayprakashGroup (Jaypee).

TechnicalAdvisor

Feasibility Studies:• Site selection.• Technical studies:




Economical feasibility study.• Administrative/official studies.

Front End Engineering:

• Power plant dimensioning.• Performance model study.• Indian supply and production capabilities

evaluation.

Equipment selection.

2010






SABHA SOLAR

300 MW CSP plant.

Sabha, LIBYA.

GECOL

(General ElectricCompany of

Libya)

Owner’s

EngineerSite selection.


Technical feasibility study:• Review of competing technologies.• Technology selection.• Economical feasibility study.

Front End Engineering:• Power plant layout.• Performance model study.• Main equipment specification definition.• Balance of plant operation model

specification.• Expected electricity production modeling.

EPC specification and call for tenders:• Preparation of tender documentation• EPC tender evaluation and selection.• EPC contract negotiation.

Owner’s Engineer for construction: • Review and approval of basic and

detailed engineering• Construction supervision services• Performance tests supervision and

commissioning

2010- atpresent

60 MW CSP plant.

Mashabei Sadeh,ISRAEL.

Israel SolarThermal Power

Ltd.

Owner’s

EngineerGuidance on potential EPC partners andproposed prices.

Review of the EPC contract.• Evaluation of the contractual terms and

conditions of the EPC contract.Review of the conceptual design and detaileddesign:

• Conceptual design review and analysis.• Performance model review and analysis.• Solar field review and analysis.• Power Block review and analysis.• BOP review and analysis.• Budgetary quotation review and analysis.

2010 – atpresent

MA’AN

46 MW Central ReceiverCSP plant based on

eSolar’s technology Ma’an Desert, JORDAN.

MillenniumEnergy Industries

TechnicalAdvisor

Technical Assessment:• Review of competing technologies.• Technical Due Diligence of Central

Receiver CSP technology.• Review of Front End Engineering

Package.• Site assessment and analysis.• Performance and financial modeling.• Project implementation planning.

2010 – 2011

GEVIM

60 MW TechnologySelection CSP/PV

Gevim, ISRAEL.

Solar Energy inSouth of Israel

Ltd.

TechnicalAdvisor

Site evaluation• Technology selection• Conceptual design• Support with relevant Israeli authorities

for plant deployment

2010 – 2011






Conversion of a singlecycle GT to ISCC.

OMAN.


Technical studies:• Solar resource analysis revision.• Site evaluation and infrastructures study

Pre-engineering:• Power plant layout• Performance model study• Main equipment specification definition• Expected electricity production modeling.• Financial evaluation.

2010

50 MW CSP plant withThermal Storage

System.

Gujarat, INDIA.

ElectrothermRenewables

(ElectrothermIndia Ltd.)

TechnicalAdvisor

Feasibility Studies:• Site selection.• Technical studies:




Economical feasibility study.• Administrative/official studies.

Front End Engineering:• Power plant dimensioning.• Performance model study.• Indian supply and production capabilities

evaluation.• Equipment selection.

2009-2010

10 MW CSP plant.

Atacama Desert, CHILE.

One of the mainChilean utilities(Confidential)

TechnicalAdvisor

Technical studies:• Solar resource analysis• Site evaluation and infrastructures study.

Front End Engineering:• Power plant layout revision.• Performance model study.• Main equipment specification definition.• Balance of plant operation model

specification.• Expected electricity production modeling.

Feasibility study:• Layout design optimization.• Legal and administrative structure

definition.• Sensibility analysis.• Financial evaluation.

EPC contract :• Tender functional technical

specifications.• EPC contracts definition.• EPC call for tenders.• EPC evaluation and selection.

O&M structure and recommendations.

2009 – 2011

SHAMS 1

100 MW CSP plant.

Abu Dhabi, UNITEDARAB EMIRATES

ACWA Power TechnicalAdvisor

Technology review.

Cost estimation.

2008






ASTE 3 & 4.

2 x 50 MW CSP plantwith 8 hours thermal

storage.

Castilla-La Mancha,SPAIN.

ETERIA.

A SPV owned by

ARIES

Shareholder,developer,engineering

contractor

Development:• Site selection.• Administrative/official studies.• Licensing documents preparation.• Licensing management.

Front End Engineering:• Power plant dimensioning.• Performance model study.• Equipment selection/negotiation.• Technical studies:



Technical feasibility study.Economical feasibility study.


Status of supply:• Land secured.• Permits and licenses in advanced stage.• Critical components booked.

2008- atpresent

ALMAGRO SOLAR 1&2

2 x 50 MW CSP plant.

Ciudad Real, SPAIN.

PROENER TechnicalAdvisor

Development:• Preliminary licensing project.• Site Technical verification.

Front End Engineering:• Preliminary dimensioning.• Production studies.

2007-2011

HELIOS 1 & 2

2 x 50 MW CSP plant.


HYPERION

INVESTMENTS

Technical

AdvisorDevelopment:


Front End Engineering:• Power plant dimensioning.• Performance model study.• Technical studies:




2005-

2007





ARIES’ SINGULAR PHOTOVOLTAIC PROJECTS

ARSOL TOLEDO

10 MW PV plant with 2 axis tracking inLa Puebla de Almoradiel, SPAIN.

Aries’ role Shareholder, developer, engineering contractor, site supervision, commissioning andO&M contractor.

Customer ENERSOL PROYECTOS A SPV wholly owned by ARIES.

Status Under operation.Date 2006 – presentScope of

supply Development:


Detailed Engineering:• Power plant dimensioning.• Performance model study.• Equipment selection/negotiation.• Technical studies:


Environmental study.Technical feasibility study.






Financial arrangement and negotiation.Owner’s engineer:

• Detailed engineering supervision.• Construction supervision.• Start-up supervision.• Commissioning.

O&M contractor.





ARIES’ SINGULAR PHOTOVOLTAIC PROJECTS

ARSOL-1

5 MW PV plant with 2 axis tracking inDaimiel, SPAIN.

Aries’ role Shareholder, developer, engineering contractor, site supervision, commissioning andO&M contractor.

Customer ARSOL ENERGIAS LIMPIAS A SPV wholly owned by ARIES.

Status Under operation.Date 2005 - presentScope of

supply Development:


Detailed Engineering:• Power plant dimensioning.• Performance model study.• Equipment selection/negotiation.• Technical studies:


Environmental study.Technical feasibility study.






Financial arrangement and negotiation.Owner’s engineer:

• Detailed engineering supervision.• Construction supervision.• Start-up supervision.• Commissioning.

O&M contractor.





ARIES GROUND MOUNTED PHOTOVOLTAIC REFERENCES


Lender´s TechnicalAdvisor 75 MW PV.

SOUTH AFRICA.

Standard Bank Lender´sTechnicalAdvisor

Review design.

Yield analysis.

Review of surveys and any availableinformation.


Risk analysis.

Energy output review and economic analysis.

2013- atpresent

Facility Scada SystemDevelopment and

Installation

75 MW Plant

Kathu, SOUTH AFRICA.

Building Energy SystemContractor

Supply, Delivery and Commissioning of ScadaSystem:

• ESKOM requirements analysis andimplementatation

• Detailed Design.• Hardware Installation, Software Release

and commissioning.• Test Validation.• Commissioning.

2013- atpresent

REPP 1

1.4 MW PV plant

North Carolina, USA.

510nano EPCcontractor

for thebalance ofsystem

Engineering.

Procurement.

Construction.Start up

Commissioning.

Connection to the grid.

2012- atpresent






40 MW PV plant.

Gujarat, INDIA.ADANI PowerCompany Ltd.

EPCMcontractor

Engineering services:• Detailed engineering

Preparation of detailed plot plan.

Complete engineering andintegration.Preparation of all constructiondrawings.Preparation of detailed plant andequipment layout.Selection of the package vendors andsubcontractors.Review of quality assurance program(QAP).Review of O&M manual.

• Basic engineering.

Preparation of general plot plant.

Preparation of technical bidspecifications.

Power evacuation scheme.

Control system architecture.• Purchase specifications• Technical evaluations• Evaluation of bids• Performance testing procedure &

schedule.

Project management services.• Preparation/review of project schedule.

Site supervision services.• Supervision of construction &

commissioning and handing over of theproject.

2010 – atpresent.

ARSOL-TOLEDO

10 MW PV plant.

Toledo, SPAIN.

Impax AssetManagement


Plant performance Due Diligence forInvestors:

• Historic irradiation analysis.• Historic yield analysis.• Historic performance analysis.• Revised production forecast.

2012- atpresent

Ojos de San Pedro

PV-Diesel off-gridhybridization.

Antofagasta, CHILE.

CODELCO TechnicalAdvisor

Pumping system diagnosis.

Technology selection assessment and

hybridization optimization.Investment and O&M cost analysis.

2012 – 2013

Aurora PV plant. 1 MW.Aurora, PHILIPPINES.

AURORA EnergyCorp

TechnicalAdvisor

Feasibility study:• Site evaluation.• TMY Design.• Technology selection.• Conceptual design.• Economic study

2012 – Present






Due Diligence of 5PVplants summing up

17 MW.

SPAIN.

Masdar CleanEnergy

TechnicalAdvisor


project agreements.• Review of project data.• Review of EPC contract.• Review of O&M contract.• Review of construction scheduling.• Review of construction, commissioning


work.• Review of environmental standards and

compliance.• Review of technical inputs for financial

model.

2012

Due Diligence of a3.6 MW PV plant.

Úbeda, SPAIN.

Masdar PV TechnicalAdvisor


project agreements.• Review of project data.• Review of EPC contract.• Review of O&M contract.• Review of construction scheduling.• Review of construction, commissioning


work.• Review of environmental standards and

compliance.• Review of technical inputs for financial

model.

2012

Adaptation of PV plantsto Spanish regulation

RD1565/2010,Normativa P.O.12.3

related to Low VoltageRide Through).

SPAIN.

Solarpack,Magtel, Tsk,

Solaer,Fotowatio,Avanzalia,Anemoi,

Naturener,Scheuten,

Conergy, Enersol,Arsol, Vectorcuatro, Scan

Energy, Altenand others up to

600MW.

EPCcontractor

Basic engineering.

Equipment supply and installation.

Civil works.

Permitting.


Commissioning.

2011- atpresent

Adaptation of PV plantsto Iberdrola (main

national utility)connection

requirements

SPAIN.

Albujon Solarand others up to

50MW.

EPCcontractor

Basic engineering.

Equipment supply and installation.

Civil works.

Permitting.


Commissioning.

2013- atpresent






NOOR-1

100 MW PV plant.

Abu Dhabi, UAE.


Basic Engineering:• Power plant layout.• Performance model study.• Foundation engineering.• BOQ for main equipment.• Cost engineering.

Pre-design

O&M plan specification.

2011

GEVIM

60 MW TechnologySelection CSP/PV.

Gevim, ISRAEL.


Ltd.

TechnicalAdvisor

Site evaluation.

Technology selection.

Conceptual design.

Support with relevant Israeli authorities forplant deployment.

2010 – 2011

60 MW PV plant with 1axis tracker.

Gevim, ISRAEL.


Ltd.

TechnicalAdvisor

Site evaluation.

Technology selection.

Conceptual design.

Support with relevant Israeli authorities forplant deployment.

Elaboration of RFP document.

Clarification of bidders’ questions.

Techno-economical bidders’ qualif ication.

Technical evaluation of submitted bids.

Final recommendation.

2011

50 MW PV plant.

TURKEY.Zorlu Technical

Advisor

Site selection screening.

Site selection:• Solar resource assessment.• Existing infrastructure assessment:

Access assessment.Distribution line connection.

• Geological and topographical surveys.

Feasibility study:• Selection of optimal technology.• Conceptual design.• Plant lay-out.• Yield estimation.• Investment and O&M cost estimation.

2011

20 MW PV plant.

Wisconsin, USA.

Green StatesEnergy

TechnicalAdvisor

Basic Engineering.

Layouts.

Production Study.

2011

TARBORO PROJECT

20 MW PV plant.


510Nano TechnicalAdvisor

Basic engineering.

Layouts.

Production study.

Feasibility study.

Interconnection Request.

2011






JACKSON PROJECT

20 MW PV plant.


510Nano Engineeringservices

Basic engineering.

Layouts.

Production study.Feasibility study.


2011

NORTHAMPTON REPP1.

3 x 1.4 MW PV plant.


510Nano Engineeringservices

Basic engineering.

Layouts.

Production study.

Feasibility study.


2011

NOVO ZHELEZARE.

4.5 MW PV plant.Hisarya, BULGARIA.

Confidential Technical

Advisor

Basic engineering.

Layouts.

Production study.

Feasibility study.


2011

STARA ZAGORA.

15 MW PV plant.

Malko Tarnovo,BULGARIA.


Basic engineering.

Layouts.

Production study.

Feasibility study.


2011

PV Project.

Rajasthan, INDIA.

CLP India FeasibilityStudy

Feasibility study for a PV plant:• Technology advisory• Site analysis• Possible layouts with production

estimation and meteorological datasupervision.

Equipment suppliers and constructioncompanies selection.

2011

5 + 10 MW PV plants.

Karnataka andRajasthan, INDIA.

Shaporji Pallonji FeasibilityStudy

Site selection.

Pre-design of the plant.

Supplier evaluation and selection.

Production estimation.

Cost analysis.

Financial model.

2010

MOHAVE VALLEY.

15 MW PV plant

California, USA.

Redco TechnicalAdvisor

Basic engineering.

Layouts.

Production Study.

Feasibility study.


2010






12 MW PV plant.

Maryland, USA.

CPV TechnicalAdvisor


Front End Engineering:• Power plant dimensioning.• Performance model study.

2010

15 MW PV power plantwith 1 axis tracker.

California, USA.

Redco Engineeringservices

Front end engineering. 2010

7 MW PV power plantwith 1 axis tracker.

California, USA.

MMR Engineeringservices


MMR San Diego

20 MW PV plant with 1axis tracking.

California, USA.

MMR TechnicalAdvisor

Development and request for proposal stage:• Technical advisory• Preliminary engineering design.• Financial modeling

2009

CPV ARIZONA

117MW PV plant.

Arizona, USA.

CPV TechnicalAdvisor

Technical feasibility study. 2009

ASTEXOL 3

20 MW PV power plant.

Badajoz, SPAIN.

Egiale SL TechnicalAdvisor

Basic engineering.

Layouts.

Production study.

2009

VALDECABALLEROS

10 MW PV power plant.Fixed structure, 1 and 2

axis tracker

comparison.Badajoz, SPAIN.


Basic engineering.

Layouts.

Production study.

2009

1 MW PV power plantwith 2 axis tracker

Badajoz, SPAIN.


Basic engineering.

Layouts.

Production study.

2009

VALVERDE DEL CAMINO

500 kW PV plant.

Sevilla, SPAIN.

Banco Santander TechnicalAdvisor

Technical Due Diligence. 2006-2008

SINGULA ENERGIASRENOVABLES S.L.

Fontella (14 MW),Valtierra (20 MW),Funes I (6 MW), Funes II(6 MW), Ablitas (6 MW)

and Ablitas II (8 MW)

PV plants.

Deutsche Bank TechnicalAdvisor

Technical Due Diligence for pipelineacquisition.

2006-2008

PICEA ABIES S.L.

Valfuentes 1.6 MW PVplant.

Murcia, SPAIN.

EnergíasAlternativasMurcianas

TechnicalAdvisor

Technical Due Diligence. 2006





ARIES ROOF MOUNTED PHOTOVOLTAIC REFERENCES


SILVER PROJECT

1.4 MW rooftop PVplant

Ashkelon, ISRAEL.

Amisragas TechnicalAdvisor


VADASTILLA

1 MW PV rooftop and500 kW PV Shaded

Parking

Cáceres, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2010

CASABERMEJAS

630 kW PV rooftop

Málaga, SPAIN.

Confidential Technical

Advisor

Basic engineering.

Layouts.

Production Study.

Feasibility study

2010

ESCURIAL

600 kW PV rooftop

Cáceres, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2010

SOCUELLAMOS

500 kW PV rooftop

Ciudad Real, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2010

400 kW PV rooftop

Badajoz, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2010

ACEUCHAL

200 kW PV rooftop

Badajoz, SPAIN


Basic engineering.

Layouts.

Production study.

Feasibility study

2010

TRUJILLO

250 kW PV rooftop,

Cáceres, SPAIN.


Basic engineering.

Layouts.

Production study.Feasibility study

2010

750 kW 7Up roof top PVplant.

California, USA.

Fresco Solar TechnicalAdvisor

EPCM 2010

ALCALÁ DE HENARES

2 MW PV rooftop

Madrid, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2009





1.5 MW PV rooftop

Huelva, SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2009

HOSPITAL SON LLÀTZE

450 kW PV rooftop

Palma de Mallorca,SPAIN.


Basic engineering.

Layouts.

Production study.

Feasibility study

2009

12 kW Residential rooftop PV plant

California, USA.


Detailed engineering. 2009

24 kW, Intex roof topPV plant

California, USA.


Detailed engineering. 2009





ARIES WIND REFERENCES


3x200 MW

Wind Farms.

Colorado, USA.

Investment Fund(Confidential)

Owner’s

EngineerDevelopment:

• Site selection.

• Technical studies.

Wind resource study.




• Land securing.

• Administrative/official studies.

• Licensing documents preparation.

• Licensing management.




• Equipment/selection negotiation.

Pre-engineering:

• Power plant layout.


• Main equipment specificationdefinition.

• Expected electricity productionmodeling.

• Financial evaluation.

2011-atpresent






4x150 MW

Wind Farms.

Illinois, USA.

Investment Fund(Confidential)

Owner’s

EngineerDevelopment:

• Site selection.

• Technical studies.


Environmental Study.



• Land securing.

• Administrative/official studies.

• Licensing documents preparation.

• Licensing management.




• Equipment/selection negotiation.

Pre-engineering:

• Power plant layout.


• Main equipment specificationdefinition.

• Expected electricity productionmodeling.

• Financial evaluation.

2011-atpresent

Feasibility Study toDevelop Wind Power in

Areas Inhabited byIndigenous

Communities.

CHILE.

Inter-AmericanDevelopmentBank (IADB)



Wind turbine selection.

2012- atpresent

200 MW Wind Farm.Wyoming, USA. Investment Fund(Confidential) Owner’sEngineer Development:• Site selection.• Technical studies.




• Administrative/official studies.• Licensing documents preparation.• Licensing management.

2011-2012






PPA and GreenCertificates

Negotiation for a 64

MW Wind Farm.ROMANIA.

Industrial Group(Confidential)

ConsultancyServices

Identification of utilities and traders.

Power Purchase Agreement negotiationand signature.

Green Certificates contract negotiation andsignature.

2012

33 MW Wind FarmFeasibility Study.

KAZAKHSTAN.

DevelopmentFund

(Confidential) TechnicalAdvisor

Site Assessment for the Wind FarmConstruction.Wind Energy Resources Assessment at theselected site:

• Wind Data Analysis.• Long Term Study.• Wind Shear Study.• IEC Class Study.

Wind Turbine Selection.

Optimized Wind Turbine Layout.Power Output Assessment.

Conclusion and Recommendations.

2011

ECO-CIUDADMONTECORVO

1.6 MW Wind Farmwith 200 kW turbines(to be integrated with

a PV plant).

Logroño, SPAIN

Teydi TechnicalAdvisor

Wind Measuring Campaign.

Wind Resource Assessment.

Conceptual Design.

2011- atpresent

BORCA

50 MW Wind Farm.Neamt, ROMANIA.

CEINSA Technical

Advisor

Due Diligence.• Technical evaluation.• Wind resource.• Wind turbine evaluation.• Civil works.• Grid connection.• Environment analysis.• Conclusions.

Optimization’s options.

2011

200 MW Wind Farm.

Indiana, USA.

US developer(Confidential).

TechnicalAdvisor

Development:• Site selection.• Technical studies.

Wind resource study.Technical feasibility study.


Technical Due Diligence.

2010

500 MW Wind Farms.

Extremadura, SPAIN.


Project management.


Access and road survey.

Electrical infrastructure design.

Basic engineering.

Study of civil works planning.

Economic and technical feasibility study.

2010- atpresent






120 MW Wind Farm.

ROMANIA


Complete Technical Due Diligence.


2010

67 MW Wind Farms

Chimay, Froidchapelleand Cerfontaine,

BELGIUM

NEO Energía TechnicalAdvisor

Repowering study.• Repowering.• Energy production study.• Project energy losses study.• Uncertainties study.

2009

500 MW Wind Farms.



Project management.


Access and road survey.

Electrical infrastructure design.

Basic engineering.


Economic and technical feasibility study.

2008 – atpresent

11.5 MW Wind Farm.

El Hierro, SPAIN

ConstruccionesEspeciales y

Dragados, S.A.DRACE

TechnicalAdvisor

Basic project management.


Access and roads study.

Electrical infrastructure design and basicengineering.


Economic and feasibility study.

2008

50 MW Wind Farms.

SPAIN

ESB International Technical

Advisor

Wind Resource Evaluation.

Project Planning.

Pre-evaluation of environmental impacts.

Feasibility study.

Layout.

Basic engineering.

2007

11.7 MW Wind Farm.

Sorihuela, SPAIN

Banco Sabadell Financial andTechnicalAdvisor

Site analysis.


Equipment suitability assessment.

Electrical infrastructure design and basicproject revision.

Study of civil works planning revision.

Economic study.

Construction supervision.

Final acceptance.

2007-2009

Wind Farms TechnicalAdvisory.

SPAIN.

EHN (ACCIONA) TechnicalAdvisor

Technical Audit.

Technical Design.

Machine Design.

2006






10 MW Wind Farm.

San Vicente,GUATEMALA

FILACOL TechnicalAdvisor

Installation, management and dataanalysis.

Wind and site study.

Micrositing.

Wind energy estimation.

Basic engineering.

2006-2008

Wind FarmsMonitoring

Management

SPAIN, ITALY, CYPRUS,GREECE, GREAT

BRITAIN, POLAND,ROMANIA, HUNGARY,

ESTONIA, MEXICO,CHILE, CHINA.

IBERDROLAIngeniería y

Construcción.

TechnicalAdvisor

Wind monitoring mast installation.

Wind resource and data management.

Site selection.

2005-2008

500 MW Wind Farms.

SPAIN


Construcción.

TechnicalAdvisor

Power curve calculation based oninformation provided by the client.

Power curve estimation, calculationaccording to international standards.

2005-2006

67 MW Wind Farms.

Chimay, Froidchapelleand Cerfontaine,

BELGIUM

HC Energia TechnicalAdvisor

Technical Due Diligence:• Wind resource study based on data

provided by the client.• Performance of the IEC class

verification for locations.• Energy production study.•

Project energy losses study.• Uncertainties study.

2005-2006

50 MW Wind Farms.

FRANCE


Construcción.

TechnicalAdvisor

Verification of wind resource study.

Wind farm basic engineering.

Preparation of basic administrativedocumentation.

2005

900 MW Wind Farms.

Several locations,SPAIN


Construcción.

Site ResourceAnalysis

Meteorological data:• Data quality control.• Data statistical treatment study.

Engineering:• Resource evaluation.• Production estimation.• Preliminary design.• Feasibility study.

2004-2006

URBAENERGÍA,

2 Wind Farms.

SPAIN

ACS/GRUPODRAGADOS

TechnicalAdvisor

Technical Due Diligence.

Wind Resource Evaluation.

2002






GAMESA.

Several locations,SPAIN

GAMESA EÓLICA TechnicalAdvisor

Feasibility Studies.

Components Design.

Analysis of Systems.Wind Turbine Performance.

Power Curve Test.

1996-2000






Feasibility for 3hydroelectric plants:Diteki river, Talaytay

river, Davildavilanriver.

Aurora, PHILIPPINES.

AURORA EnergyCorp.

TechnicalAdvisor

Site evaluation.

Feasibility study.

Conceptual design.

Economic study.

2012 – Present

LA LLOSA DEL CAVALL

7 MW HydroelectricPlant, using theexisting weir.

Barcelona, SPAIN.

ENDESA ProjectCoordinator

Project supervision 2001

BOEZA CANAL1.9 MW Hydroelectricexploitation of Boeza

Canal.

León, SPAIN.

ENDESA ProjectCoordinator

Project supervision 1995-97

Engineering andManagement Services

for NationalDevelopment Hydro

Plants Program in

Spain:• Selga de Ordás

(León), 450 kW.• Lanzahita (Ávila),

2MW.• Águeda (Salamanca),

5MW.• Bubones (Soria),

1,8MW.• Feixa II,

(Pontevedra), 5MW.• San José (Valladolid)

3x0,8MW + 1,46MW• Salto del Olvido

(Segovia) 1,2 MW.• Virgen de las Viñas

(Burgos) 1,8MW.

IDAE EngineeringServices

Feasibility studies.

Basic engineering.


Procurement management.

Construction supervision.Hydro plant commissioning.

1989 - 96

ALMAZÁN CANAL.

Engineering andManagement Services

for NationalDevelopment of Hydro

Plants Program.

Soria, SPAIN.

IDAE Engineeringservices


Basic engineering.


1989 - 90

ARIES HYDRO REFERENCES






OQUILLEGUI.

500kW Hydro power

plant.Guipzcoa, SPAIN.

Ibarcan S.A. Engineeringand

commissioningservices


Basic engineering.

Detailed engineering.Procurement support.

Hydro plant commissioning.

1989 -90

GARGANTA LA ELIZA.

Feasibility for 1hydroelectric plant.

Ávila, SPAIN.

Lanzahita CityCouncil.

TechnicalAdvisor

Site evaluation.

Feasibility study.

Conceptual design.

Economic study.

1989 - 90

MINI-HYDRO POWERPLANT, ODINA

2MW

Mini-hydro powerplant in existing canal.

Huesca, SPAIN.

IrrigationCommunity

ProjectCoordinator &

Constructor

Project supervision

Construction supervision

1988

MINI-HYDRO POWERPLANT, BERBEGAL4 MW Mini-hydro

power plant.

Huesca, SPAIN.

IrrigationCommunity

ProjectCoordinator &

Constructor

Project supervision


1988

SALTO DE SOTONERA

6MW Hydro power

plant, betweenexisting reservoir

and irrigationcanal.

Huesca, SPAIN.

IrrigationCommunity

ProjectCoordinator

&Constructor

Project supervision


1987

SALTO DE ANZÁNIGO

9MW Hydro powerplant. New equipments

for the new waterflows. Two groups of

4.5MW.Río Gállego, Huesca,

SPAIN.

ERZ ProjectCoordinator

&Constructor

Project supervision


1987

SALTO DEVALDESPARTERA

6MW Hydro powerplant using dischargeof existing irrigation

canal.

Huesca, SPAIN.

IrrigationCommunity

ProjectCoordinator

&Constructor

Project supervisionConstruction supervision

1986





PROJECT CLIENT

ARIES’

ROLE SCOPE OF SUPPLY DATES

Nanoscalemechanical

metrology forindustrial processes

and products(NECSO)

EuropeanCommission. R&D

Collaborative projectfunded under the

Seventh FrameworkProgramme (FP7).

Expert inCSP

The target is providing tools to the end users(solar plants builders) to guaranty that solarselective coating will work properly during thewhole life of the system (20-25 years).Additionally, the testing protocols should helpcoating developers comparing available layersand new films, with standard procedures.

Partners: Foundation Tekniker (coordinator),Aries Ingeniería y Sistemas, University KI,University KLU, University ECP, BONSAI-TECNOVAC vacuum, CSM Instruments.

www.necso.eu

2012 -2015

New solar collectorconcept for high

temperatureoperation in CSP

applications(HITECO).

EuropeanCommission. R&D

Collaborative projectfunded under the

Seventh FrameworkProgramme (FP7).

ProjectCoordinator

Development and validation of a new conceptof absorber tube and Solar Assembly Collectorthat allows the operating temperature of thetransfer fluid (HTF) to reach near 600ºCincreasing the performance and reducing themanufacturing costs.

Partners: Aries Ingeniería y Sistemas,Eidgenössische Technische Hochschule Zürich,Trelleborg Sealing Solutions Germany GmbH,Pfeiffer Vacuum GmbH, Witzenmann GmbH,Kavalierglass A.S., Agencia Estatal Consejo

Superior de Investigaciones Científicas-CSIC,Asociación de la Industria Navarra-AIN,Fundación CIDAUT, and Fundación Tekniker..

www.hitecoproject.com

2010 –

2013

New Concept forParabolic Trough

and Heat CollectorElement.

R&D project fundedunder the IndividualR&D Project of the

Centre for theDevelopment of

IndustrialTechnology (CDTI).

Managerand

TechnicalDeveloper

The main objective of this project is toresearch and develop a new concept ofParabolic-Trough Heat Collector Element withhigher optical performance, maximum energyefficiency, simpler assembly/manufacturingand a strong potential to reduce the cost ofelectricity generated with this technology.

2009 -2012

H2 permeationbarriers using newselective coatings.

R&D project fundedunder the HITO 2010

Programme by theDepartment of

Education & Scienceof Castilla-La

Mancha.

Managerand

TechnicalDeveloper

Research on:

- the effects of H2 permeation in the lifetimeof absorber tubes, and

- the real usefulness of the H2 getters.

Collaborators: Asociación de la IndustriaNavarra-AIN and Instituto de catálisis ypetroquímica de Madrid (CISC).

2011-atpresent

ARIES R&D REFERENCES

http://www.necso.eu/


http://www.hitecoproject.com/








PROJECT CLIENTARIES’

ROLESCOPE OF SUPPLY DATES

Vacuum level andgaseous

compositioninfluence in the

thermaltransmission inabsorbers in theparabolic trough.

R&D project fundedunder the HITO 2009

Programme by theDepartment of

Education & Scienceof Castilla-La

Mancha.

Managerand

TechnicalDeveloper

Research on new absorber tube concepts forthe parabolic-trough technology capable ofoptimizing heat loss by applying systems tominimize the effect of H2 in the vacuumchamber.

2010-2011

CENIT CO2 Project:

National StrategicConsortium for CO2Technical Research.

SPAIN.

R&D Project fundedby the Ministry ofIndustry, Tourismand Trade of Spain

under the CENITProgram.

EngineeringProvider

Research, development and validation of newknowledge and integrated solutions that allowreducing CO2 emissions to the atmosphere,generated from the combustion of fossil fuelsin electricity generation processes.

Aries Ingeniería y Sistemas has worked:

- to show the technical feasibility of the CO2capture concept in a combustion-carbonationreactor and its removal into a pure CO2stream.

- to study the possible integration of the newsystem in existing coal power plants, allowing adouble credit for biomass combustion and CO2capture.

2006-2010

PV panels Solartesting laboratory.

CENER Turn Keysupplier

Design, build and supply of several testingsystems for quality control & homologation of PVpanels.

2003



For further information or any clarifications of this document, please contact with:

ARIES INGENIERÍA Y SISTEMAS, S.A.Paseo de la Castellana 130

28046 Madrid - SPAINTel.: (+34) 91 570 27 37Fax: (+34) 91 570 27 66

[email protected] www.aries.com.es

mailto:[email protected]






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Aries Energy References Dec 13