INGENIA SOLAR ENERGYENGINEERING SPECIALIZED IN RENEWABLE ENERGIES

CORPORATE PROFILE

www.ise.energy

ABOUT INGENIA SOLAR ENERGYSOLAR ENERGY EXPERTS

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WHO WE ARE?

▪ INGENIA SOLAR ENERGY (ISE) is a Spanish engineering and consultancy companyspecialized in every stage of Photovoltaic Plant Projects. ISE has an extensive experience astechnical advisors to both developers and financial institutions.

▪ INGENIA SOLAR ENERGY (ISE) is aligned with the Sustainable Development Goals, SDG 7,SDG 9, SDG 11 and SDG 13, seeking a clean energy available to everybody. Our consultingengineering offers services for projects in Least Developed Countries, (LDC) where an On-Grid Off Grid and Mini Grid connection means an accurate solution for a Coherent EnergyStrategy, supporting projects in Africa, Asia and LatAm to lead the way in the RenewableEnergy Revolution within the global scenario, breaking the limits with InnovativeTechnologies for the Future.

WHAT WE DO?

▪ Since it was founded in 2005, ISE has provided technical support in projects which sums upa total power of over 23GW, all around the world in large-scale projects and rooftopinstallations.

▪ By December 2017, ISE had successfully the engineering & the commissioning of 89 plantstoday in operation with more than 600 MW capacity. Nowadays Ingenia Solar Energy has65 employees.

ABOUT INGENIA SOLAR ENERGYSOLAR ENERGY EXPERTS

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WHAT SERVICES DO WE OFFER?INGENIA SOLAR ENERGY (ISE) availability and commitment for the Engineering Services are:▪ The drafting of Photovoltaic Plants Projects, with the scope of Basic, Offer or Constructive

Engineering, and other studies, such as:❖ Solar Resource / Energy Evaluation of Photovoltaic Plant.❖ Project Engineering Offer.❖ Basic Project Engineering.❖ Construction Project Engineering.

▪ Technical advisory services during the execution of construction projects.▪ As-Built documentation preparation services once the work is finished.▪ Consulting services or "expertise" for the review of Projects or Studies carried out by third

parties.▪ Consultancy and Technical Assistance for Insurance, Funds and Investment Companies▪ Due Diligence and Pre-feasibility.▪ Topography and Environmental Reports▪ Technical support in EPC contracts and in supply contracts, technical specifications for services

and purchases.▪ Preparation of budget for detailed engineering, technical assistance and as built documentation

Works in tenders.▪ Self-consumption Projects▪ Projects of Solar Pumps.▪ Projects of Solar Stations-Recharge of electric vehicles with Solar Energy.▪ Engineering for storage systems (Green Battery)▪ Quality Plan of PV Modules for the Photovoltaic Plant: performance of tests of photovoltaic

modules, review of proceedings, contracts and projects, production estimations andperformance checking and inspections of PV plants.

▪ Commissioning.

ABOUT INGENIA SOLAR ENERGYCORPORATE STRUCTURE

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OUR TEAM

Consists of highly-qualified experts with recognized international experience

❖ Engineers.❖ Technicians.❖ Draughmen.❖ Researches.

OUR VALUES

❖SDGs❖CSR❖Environmental Protection

Professionalism, acknowledged experience, independence andcommitment.

OUR LOCATIONS

Spain

❖ Almeria

❖ Madrid

❖ Valencia

South Africa

❖ Johannesburg

❖ Bloemfontein

USA

❖ San Francisco

México

Brazil

UAE

OUR SERVICE

Complete and customer oriented service which covers all areas of your project. Adjusting our service to the demands of each particular project, making sure you get precisely what you need.

Quality service: Satisfaction level of our Clients.

On time, even in workload scenarios

ABOUT INGENIA SOLAR ENERGYCORPORATE STRUCTURE

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Quality & Testing Commissioning Engineering

Self-Consumption:

Roof top

Solar Stations

Storage

Design

Performance Ratio

Consultancy &

Technical Assistance

Solar Pumps

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DESIGN & PERFORMANCE

OUR ENGINEERS assess the solar resource and electricity production using databases, local meteorological stations and using PVsyst software to optimize yieldand LCOE projects for a particular site. Identifying the technological components, modules, inverters, structures and materials most appropriate to the project.

• Yield Assessment and PR estimation for the following Project’s phases:

✓ Development

✓ EPC tenders and proposals

✓ Construction

✓ Commissioning and start-up

✓ Operation and Maintenance

• Design of PV plants including:

✓ DC/AC ratio optimization in order to decrease as much as possible LCOE of projects

✓ Nominal AC power consideration Grid Code requirements

✓ Module/Inverter configuration

• Technical support in the following activities

✓ EPC and O&M contracts

✓ Supply contracts

✓ Marketing and commercial

✓ Inverter and module manufactures evaluation

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SOLAR PUMPS

METHODOLOGY

▪ Analysis of the water demand of each well: translation to energy needs

▪ Assessment of the localization of the well, plot and the solar resource.

▪ Simulation and optimal sizing.

▪ Economic feasibility study.

❖ HIGH POWER PUMPING FOR IRRIGATION ASSOCIATION

▪ Intensive application in agriculture: Photovoltaic solar generation

❖ DIRECT SOLAR PUMPING

▪Minor hydric needs: 15-100 m3 / day

▪ Stand-alone systems.

▪Does not use inverter

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SELF-CONSUMPTION: ROOFTOP

HOW DO WE WORK?

Availability of the initial data sources from the client:• Location.• Available Surface for the location of the photovoltaic modules.• Consumption, energy needs of the installation or electricity bills

The client will have, in a short period of time and without any financialcommitment, the next information:• Optimal sizing study: INGENIA has the best databases to achieve the most optimal,

rentable and efficient installation❖Solar resource(SolarGIS, 3TIER…),❖Technological components of referring manufactures (modules, inverters,

batteries, generators…)❖Specialized software(PVSyst, HOMER…)

• Basic engineering: layout of the installation, measurements and production study.• Economic offer: including detailed engineering, equipment procurement,

construction and operation and maintenance.• Profitability Study: valuation of the amortization period of the initial investment.

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WHAT ARE ITS ADVANTAGES?

• Direct saving in the electricity bill.

• Greater protection against the raise of the future prices of the energy.

• Less exposition to market fluctuation: known fixed energy costs.

• Less exposition to defects or electric supply outage

• Low payback period (4-5 years)

• Obtaining ISO Energetic Certifications

• Improvement of the corporate image, with the use of renewable resources: ODS.

• Reduction of CO2 emissions and contribution to environmental sustainability.

SELF-CONSUMPTION: ROOFTOP

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SELF-CONSUMPTION APPLICATIONS

The advantages of self-consumption are maximize in:

• Stand-alone installations where the connection is difficult and

expensive:

❖ Rural houses.

❖ Public buildings in LDC.

❖ Hospitals in LDC.

❖ Shopping centers

❖ Agricultural or livestock holding with no red

❖ Industrial installations.

• Facilities with high energy consumptions costs

• Greenhouses.

• Off-Grid

SELF-CONSUMPTION: ROOFTOP

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SELF-CONSUMPTION: ELECTRIC STATION

SELF-CONSUMPTION APPLITACIONS: ELECTRIC STATIONS – LOADING ELECTRIC VEHICLES

❖ PLUG & CHARGE

❖ Clean energy: generated by photovoltaic modules

❖ In line with the SDGs

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ADVICE ON TENDERS

ASSISTANCE AND THECNICAL CONSULTING IN PUBLIC AND PRIVATE TENDERS

• Definition of the optimal size of the plant: Lowest cost with the highest CF

• Selection of contractors:

❖ Define RFP for the selection of contractors, detailing the technical and

economical characteristics of the offer.

❖ Evaluation of the proposals received and classification of the possible

contractors.

❖ Validation of the proposed energy yields.

❖ Technical Due diligence

❖ Production evaluation.

❖ Assistance in the elaboration of the term sheets: detailed scope of the

works and annexes.

• Equipment selection:

❖ Scope of equipment/work.

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STORAGE

The ISE STORAGE was working for PVH in the development of Vanadium flow

batteries (at present for sale). ISE collaborated mainly in the design of the

electrolyte circulation system from the deposits to the stacks, design of the

electrical part, selection of equipment, start-up and elaboration of the

documentation associated to the project. Working on a prototype located in the

new PVH plant in Cheste, with 250 kW of power and 750 kWh of capacity

Currently our main functions are:

▪ Basic engineering and detailed documentation for storage systems and

its construction

▪ Technical assistance on-site during construction works for storage

systems

▪ As Built documentation for storage systems

▪ Technical support in supply contracts

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IS-31 (35 MWac/43,12 MWdc)North America

The COMMISSIONING ASSISTANCE in photovoltaic plants projects, as well as

quality control of PV plants, are essential for keeping the efficiency of

energetic production as high as possible during the life-time of the plant. It is

fundamental to inspect the PV plant and check its performance.

INGENIA COMMISSIONING has qualified personnel for:

• Technical support in EPC contracts

• Preparation of budget for commissioning works in tenders

• Start-up op PV plant

• Cold and hot commissioning

• Mechanical and Electrical supervision

COMMISSIONING

COMMISSIONING

INGENIA COMMISSIONING has a pioneering system in implementation of advanced systems to

acquire geospatial data using drones. Therefore, it has a team of highly qualified professionals

and accredited by the State Air Safety Agency. In addition, ISE is registered as a remotely piloted

aircraft system operator (RPAS). Doing:

• Thermographic inspections

• Visual recognition flights

• Photogrammetry

• Photo-video reports

▪ Quality control of photovoltaic modules:

▪ Manufacturing audits

▪ Audit in production lines

▪ Audit in packaging, sealing and shipment

▪ Technical support in EPC and PV modules

supply contracts

▪ Preparation of budget for quality and testing

works in tenders

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▪ INGENIA is specialized in quality control of photovoltaic (PV) modules in an independent laboratory accredited by ENAC, with accreditation number

581/LE 1535, as well as in on-site and performance test inspections of PV Plants.

▪More than 175 facilities inspections and equipment quality control have been conducted in more than 20 countries.

▪ INGENIA'S LABORATORY is capable of testing 200 PV modules per week. The laboratory can easily co-ordinate the receipt, storage and transfer of large

PV panels from multiple clients, suppliers and locations.

▪ Visual Inspection: IEC 61215/10.1

▪ Determination of Maximum Power IEC

61215/10.2

▪ Insulation tests: IEC 61215/10.3

▪ Thermographic inspections: Internal procedures

▪ Electroluminiscence: IEC 62804

▪ Control of degradation of the modules according

to manufacturers warranties

▪ IS 14001/ OHSAS 18001

INSPECTION AND TESTS IN LABORATORY FIELD TESTS

▪ Visual inspection for major defects▪ Thermographic inspection for hot spots or cell

cracks▪ Insulation resistance test▪ Peak power determination

FACTORY TESTS

QUALITY & TESTING

USA

EPC: 55 MW

Honduras

EPC: 110 MW

Portugal

EPC: 35 MW

Guatemala

EPC: 6 MW

Spain

EPC: 32 MW

Italy

EPC: 52 MW

South Africa

EPC: 150 MW

Philippines

EPC: 50 MW

Mauritius

EPC: 1,99 MW

General Overview

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UAE

EPC: 800 MWMexico

EPC: 163 MW

El Salvador

EPC: 1,63 MW

Brazil

EPC: 60 MW

Bulgary

EPC: 0,5 MW

Panama

EPC: 41 MW

INGENIA INTERNATIONAL SCOPE

Colombia

EPC: 2,5 MW

Libano

EPC: 1 MW

Mozambique

EPC: 34MW

Plants in operation

Plants under construction

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AFRICA

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

South Africa Northern Cape Solar Reserve/ Intikon/ Kensani

Lesedi 2014 - Detailed engineering- Commissioning- Quality control- As built plans

64 MWac /75 MWdc

South Africa Free State Solar Reserve/ Intikon/ Kensani

Letsatsi 2014 - Detailed engineering- Commissioning- Quality control- As built plans

64 MWac /75 MWdc

Republic of Mauritius Port Louis Dhamma Energy Mont Choisy 2016 - Detailed engineering- As built plans

1,9971 MWdc

Mozambique Zambezia Scatec Solar Mocuba 2018 (ongoing)

- Detailed engineering 33,97 MWac/40,61 MWdc

LETSATSI

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ASIA / MIDDLE EAST

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

The Philippines Leyte Sepalto Palo 2016 - Detailed engineering- Commissioning- As built plans

42 MWac /49,752 MWdc

United Arab Emirates Dubai Emirates solar powercompany L.L.C

Mohammed BinRashid Al Maktoum Solar Park (Phase I)

2017 - Detailed engineering- Commissioning- As built plans

217,80 Mwac / 266,3074 MWdc

United Arab Emirates Dubai Emirates solar powercompany L.L.C

Mohammed BinRashid Al Maktoum

Solar Park (PhaseII+III)

2018 (ongoing)

- Detailed engineering- Commissioning- As built plans

660 Mwac / 795,6 MWdc

Australia Lilyvale GRS / Acciona Lilyvale solar farm 2017 (ongoing)

- Detailed engineering 118,25 Mwac/126,20MWdc

PALO

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EUROPE

Engineering, Commissioning and Quality Control References

COUNTRY SERVICES PROVIDED MWtotals

Portugal - Detailed engineering- Commissioning- Quality control

- As built plans

35 MWac /43,12 MWdc

Bulgary - Detailed engineering- Commissioning- Quality control- As built plans

0,5 MWac /0,92 MWdc

Spain - Detailed engineering- Commissioning- Quality control- As built plans

31,94 MWac /34,647 MWdc

Italy - Detailed engineering- Commissioning- Quality control- As built plans

52,12 MWac /53,58 MWdc

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NORTH AMERICA

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

United States New Mexico PNM Santolina 2015 - Detailed engineering- Commissioning- As built plans

10,5 MWac /12,44 MWdc

United States New Mexico PNM Santa Fe 2015 - Detailed engineering- Commissioning- As built plans

9,5 MWac /11,52 MWdc

United States North Carolina Vivo Power IS31 2016 - Detailed engineering- Commissioning- As built plans

35MWac /43,12 MWdc

Mexico Chihuahua Balam Found/ Avant Energias Renovalbes I SAPI de CV

Camargo 2017 - Detailed engineering- Commissioning- Quality control- As built plans

29,36 MWac /35,45 MWdc

Mexico Tlahualilo GRS Laguna 2017 (ongoing)

- Detailed engineering- Commissioning- Quality control- As built plans

32,90 Mwac / 35,48 MWdc

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NORTH AMERICA

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

Mexico Guaymas EDF renewableenergy

Bluemex 2018 (ongoing)

- Detailed engineering- Commissioning- Quality control- As built plans

99,18 MWac / 119,60 MWdc

Mexico Villa de Arista Balam Fund Salsipuedes 2018 (proceso)

- Detailed engineering- As built plans

33,45 MWac / 39,90 MWdc

LAGUNA

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CENTRAL AMERICA

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

Guatemala Las Cruces Ecosolar/ IDC/ Greenenergyze

Sibo 2014 - Detailed engineering- Commissioning- Quality control- As built plans

5 MWac /6 MWdc

El Salvador Dep. La Libertad Gransolar Cangrejera 2016 - Detailed engineering- Commissioning- As built plans

1,2 MWac

SIBO

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SOUTH AMERICA

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

Honduras Nacaome Scatec Agua fría 2015 - Detailed engineering- Commissioning- As built plans

50 MWac /60 MWdc

Brazil Piauí Gransolar / GPG Sobral 2017 - Detailed engineering- Commissioning- Quality control- As built plans

30 MWac /34,60 MWdc

Brazil Piauí Gransolar / GPG Sertão 2017 - Detailed engineering- Commissioning- Quality control- As built plans

30 MWac /34,60 MWdc

Panáma Chiriquí GRS/Cobra Ikakos 2017 (ongoing)

- Detailed engineering 40,80 Mwac/45,6 MWdc

Colombia Inírida Gensa Inírida solar 2018 (ongoing)

- Detailed engineering 2,25 MWac/2,49 MWdc

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ROOFTOP

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

El Salvador San Salvador Grupo Roble CC. El Paseo 2015 - Detailed engineering- As built plans

397,5 kWac /429,345 kWdc

El Salvador La Libertad Generadora ElectricaCentral, S.A. de C.V. (GECSA)

Grupo Miguel 2017 - Detailed engineering- As built plans

796 kWac /979,2 kWdc

El Salvador San Salvador Generadora ElectricaCentral, S.A. de C.V. (GECSA)

Multiplaza 2017 - Detailed engineering- As built plans

796 kWac /930,6 kWdc

Líbano Beirut Energia Verde Sarl Demco Steel 2018 (ongoing)

- Detailed engineering 756 kWac/1003,28 kWdc

CC. El PASEO

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STORAGE SYSTEM

Engineering, Commissioning and Quality Control References

COUNTRY SITE CLIENT PROJECT TITLE YEAR SERVICES PROVIDED MW

Spain Cheste PVH Cheste PilotPlant

2017 Vanadium flux Battery pilot plant- Detailed engineering- Commissioning- As built plans

250 kWac800 kWh capacity

CONTACTwww.ise.energy

SPAIN HQ

Edificio Pitágoras-Planta 1 -Area CAutovía del Mediterráneo A-7, Salida 460Parque Científico-Tecnológico de Almería PITA 04130 Almería+34 950 27 80 20contact@ingenia-se.com

MADRID

Av, de Barajas 32 Parque Omega, Edifico A, Planta 4, Alcobendas Madrid 28108 SPAIN+34917 364 248contact@ingenia-se.com

LABORATORY

C/Labradores 1F Pol. Ind. Torovizc, 02110 LA GINETA Albacete, SPAIN+34 967 275 763contact@ingenia-se.com