tractebel renewable energy club - 04 feb2016

CHOOSE EXPERTS, FIND PARTNERS

INTERNAL

HOW RENEWABLES ARE TAKING OVER A positive answer to global warming?

CHOOSE EXPERTS, FIND PARTNERS

PUBLIC

HOW RENEWABLE ENERGIES ARE TAKING OVER

A positive answer to global warming?

INTERNAL

• Tractebel’s involvement in Renewable Energy projects

• Where are we

• Reasons for hope

• What’s next

• Some remaining challenges

• The only way is up

• Specific references

16 02 04 How Renewables are taking over 3

TABLE OF CONTENT

INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

• Renewable Energy Services

• Wind Onshore

• Wind Offshore

• Solar Photovoltaic

• Concentrated Solar Power

• Biomass

• Geothermal Power

• Emerging Technologies

5 16 02 04 How Renewables are taking over

INTERNAL

RENEWABLE ENERGY SERVICES

6

WIND POWER

BIOMASS

SOLAR

EMERGING

• Onshore windfarms

• Offshore windfarms

• Related studies

• Small scale • Large scale • Coal to biomass

conversion • Waste to

energy

• Concentrated Solar Power

• Solar PV • Solar CPV

• Geothermal for heating and power

• Tide, waves, streams

• Rural electrification

Whole project lifecycle : Development & Realisation

All assignments : OE, EPCM, Consulting

All RE Technologies

6

Customers : Govt, IFIs, Utilities, IPPs, EPC Contractors

16 02 04 How Renewables are taking over

INTERNAL

WORLDWIDE PRESENCE Main Renewable Projects in about 30 countries & on 4 continents

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INTERNAL

Consultancy / Due Diligences

OFFSHORE WIND AND MARINE ENERGY 8

Selected References Overview

RENEWABLE ENERGY PROJECTS

Site selection Prefeasibility &

Feasibility Basic Design

Permitting/ Consenting

Detailed Design, Engineering & Procurement

Commissioning & construction

Offshore wind France Round II (FR)

Q10 – Luchterduinen (NL)

Northwind (BE)

LINCS (UK)

Marine Projects (LATAM)

June 15

Chaiyaphum

Onshore Wind Development Electrabel (BEL)

West Cape II OE (Canada)

Glow Energy (Thailand)

Eemshaven (NL)

MASEN (Marocco)

Upington (South Africa)

INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

WHERE ARE WE (1)?

• At first sight RE seems to remain far behind traditional fossil fuel generation (source REN21 2014)

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Estimated Renewable Energy Share of Global Electricity Production, End-

2013


INTERNAL

WHERE ARE WE (2)?

• However the growth pace is sustained and fast, signifcantly for wind and solar PV


Average Annual Growth Rates of Renewable Energy Capacity and Biofuels

Production, End-2008–2013

INTERNAL

WHERE ARE WE (3)? ZOOM ON WIND

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Evolution of global wind cumulated installed capacity 2000-2014

• Data to be inserted


INTERNAL

WHERE ARE WE (4)? ZOOM ON PV

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Evolution of global PV cumulated installed capacity 2000-2014

Solar Power covers more than 1% of the world electricity demand or the equivalent of 33 large coal fired power plants of 1 GW.


INTERNAL

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WHERE ARE WE (5)? Net Power Generation Capacities added in the EU 28 between 2000 and

2014


INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

REASONS FOR HOPES

• Increased support for renewable energy worldwide – COP21 agreement is a testimonial of this!

• Technical development enabling improved economics of renewable energy projects

• IFI’s and commercial banks are ready to finance RE projects more than ever (even though imposing their conditions)

• Big utilities are setting major objectives and restructure to boost renewable activities


INTERNAL

17

Levelised Cost Of Energy comparison for various power generation

technologies

Source: World Bank Group, based on Lazard and McKinsey

LCOE IS REDUCING DRASTICALLY


INTERNAL

• It is happening now:

– Brazil’s solar auctions are currently contracting for solar PV at around $ 80/MWh

– Recent tenders in Jordan resulted in bids in the range of $ 67 -80/MWh

– In the latest Chilean power auction in late October, 3 solar parks offered to sell power for $65-68/MWh.

– In the UAE, DEWA has tendered for the lowest-cost electricity to date, just under $60/MWh for a 200 MW PV plant

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LCOE IS REDUCING DRASTICALLY Focus on Solar PV


INTERNAL

• It is happening now:

– Morocco 850 MW (onshore wind) Winner – Nareva @ <30€/MWh

– Brazil 540 MW (onshore wind) @ average of 41,4€/MWh

– Horns Rev 3 (offshore wind) Winner – Vattenfall @ 103,1€/MWh

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LCOE IS REDUCING DRASTICALLY Focus on wind


INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

21

WHAT’S NEXT? Global PV installations after 2015


177 MW => 330 MW in 5 years

INTERNAL

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WHAT’S NEXT? Global Wind installations after 2015


Source: Global Wind Report 2014

370 MW => 670 MW in 5 years

INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

SOME REMAINING CHALLENGES

• Grid capacity to increase renewable energy penetration in the energy mix

– Technological solutions in development: Storage, increased balancing capactities

– Economical situation allows for grid curtailment

• Environmental impact: NIMBY

– Economical situation allows for environmental curtailment (ice, birds, shadow, noise, …)

• Financing of projects demanding for bankable solutions

– Trade-off to be made between cost-effectiveness and proven technology


INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

INTERNAL

THE ONLY WAY IS UP

• Renewable Energy is already leading in Europe

• Economics are drastically improving, cost competitiveness without subsidies is already a fact in certain regions of the world while costs are still going down every day

• Technological solutions will bring the answers on remaining questions

• The economical reality will be an even stronger incentive then environmental considerations.


INTERNAL


• Where are we


• What’s next





TABLE OF CONTENT

PUBLIC

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Main Solar Projects in about 42 countries & 4 continents

EXPERTISE IN SOLAR PROJECTS

142 Solar Projects (*)

• 117 PV + 25 CSP • 38 for Realisation • 60 in Development • 44 in Due diligence,

Lender’s Engineer or Independent Engineer

(*) including


PUBLIC

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Customer: ARAB POTASH PLC Country: Jordan

Phase 1: • Basic Design of the whole plant

• Detailed design and BOQ

• Grid connection impact study

• Drafting of Technical Specifications of the different packages

• Tendering support to the Client until award of all Contracts (equipment and installation)

Phase 2: • Project Management

• Design review of the Contractors’ documentation

• Quality Control supervision

• Health & Safety management

• Site and Commissioning supervision

• Training of Client’s operation staff

PHOTOVOLTAIC PV ARAB POTASH EPCM 33 MW Photovoltaic Power Plant

Period: 2015 – on going


PUBLIC

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Customer: MASEN Country: Morocco (Ouarzazate, Laayoune, Boujdour)

Project preparation • Study of the impact on the national grid

• Environmental study

• Industrial integration study

• Basic design PV plant, O&M, substation/grid connection

EPC selection • pre-qualification: methodology for technical evaluation of proposals,

technical file set-up

• bidding process: preparation of tender process, bidding process

Contracting • negotiations

• contractual documents preparation

PHOTOVOLTAIC PV MASEN 170 MW – 3 Photovoltaic Power Plants

Period: 2013 – ongoing


PUBLIC

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Customer: SINOHYDRO, HYDROCHINA & YINGLI SOLAR Country: Algeria

Ground mount PV plants – EPC Contractor’s Engineer

• Technical assistance to EPC Contractor for 16 PV Power Plant totaling 223MW

• PV Power Plant design review, Energy Yield Assessment review, drafting of detailed technical documentation and technical specifications (PV fields, Inverter stations, Sub-transformation stations, substation, I&C, auxiliary systems, grid connection)

• 1500 deliverables, initiation of a standardisation and duplication process

• Training of the operators (solar, electricity, I&C, operation, maintenance)

PHOTOVOLTAIC ALGERIA – SINOHYDRO, HYDROCHINA & YINGLI SOLAR 223 MW Photovoltaic Power Plants

Period: 2014 – on going


PUBLIC

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Customer: ESKOM Country: South Africa • Project Management • Solar Resource modelling and validation • CSP Power Plant Conceptual and Basic Design • Risk analysis and Business Case optimization

(Technical and Financial optimization) • Procurement of the whole Power Plant • Construction Management • Training of ESKOM team towards CSP design

CONCENTRATED SOLAR POWER CSP UPINGTON 100 MWe


PUBLIC

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Customer: KATHU CSP Project Company Country: South Africa • TA services for IPP bid submission

• Review of RSA MoE Bidding Documents • Preparation of Sponsors’ Functional Requirements • Evaluation of EPC Technical Proposal • Plant performance modelling using SAM • Assistance to O&M terms and conditions and costs • Support for Bid Compilation

• Owner’s Engineer services

CONCENTRATED SOLAR POWER TA and OE for 100 MWe KATHU CSP PROJECT – Parabolic Trough


PUBLIC

RENEWABLE - WIND ONSHORE > RECENT REFERENCES

Identification of wind farm sites in Thailand Selection of three sites of min. 30MW

CLIENT: GLOW ENERGY

COUNTRY: Thailand

TRACTEBEL ENGINEERING MISSION

Selection of provinces based on wind potential and restrictions – setup made in GIS

Selection of three sites of min. 30MW

Pre-feasibility study of sites including layout, energy yield calculations, budget estimate

Installation of measurement mast on defined site

Follow-up of measurement campaign

Analysis of wind climate and layout review


PUBLIC

RENEWABLE - WIND ONSHORE REALISATION > RECENT REFERENCES

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WIND FARM VOLVO TRUCKS 6 MW (3 x Enercon E82) EPC Management

First CO2 free automotive plant in the world

CLIENT: ELECTRABEL COUNTRY: Belgium


Embedded Project Development

Permitting and environmental impact analysis

Pre-design and wind resource assessment

Basic Design

Preparation of EPC Contract and Specification

Call for Tender and Bid Comparison

Construction Management

O&M support to Client


PUBLIC


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WIND FARM WEST COAST 1 100 MW Owner’s Engineer CLIENT: Moyeng Energy COUNTRY: South Africa


Procurement of the EPC Package:

- Drafting of the specifications

- Contract negotiations and final drafting

Interface management Construction Management Commissioning of the wind farm O&M support to Client


PUBLIC


Pagów Wind Farm WTGs Contracting 51 MW wind farm consisting of 17 WTGs of 3.0 MW rated power / hybrid towers

CLIENT: GDF SUEZ Energa Polska

COUNTRY: Poland


Drafting of the tendering documentation for the Wind Turbine Package

Technical-economic comparison of the quotations

Negotiation of the contracts

Final drafting of the contracts:

- The supply, erection and commissioning of the wind turbines

- The long-term servicing of the WTGs


PUBLIC

WINDFARM C-POWER Owner’s Engineer Client: C-POWER Country: Belgium

OUR MISSION

– Assistance to Project Development

– Basic Design

– Review of Contract and Specification

– Call for Tender and Bid Comparison

– Substructure Design

– Construction Management – Substructure Contract

– Construction Management – Wind Turbine Contract

– Construction Management – Electrical Contract

OFFSHORE WIND References

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Wind farm description: Installed capacity: 326 MW

Distance from shore: 27 km

Water depth: 12-28 m


PUBLIC

NORTHWIND Consultancy & Owner’s Engineer Client: Northwind NV (ex Eldepasco) Country: Belgium

OUR MISSION

– Assistance to Project Development

– Substructure feasibility study including long term hydrodynamic measurements and design basis

– Conceptual substructure design

– Workability analysis

– Foundation (WTG + OHVS) management, a.o. follow-up of detailed design, certification, fabrication, onshore assembly and offshore installation


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Wind farm description: Installed capacity: 216 MW

Distance from shore: 37 km

Water depth: 16-32 m


PUBLIC

Butendiek & Amrumbank (offshore substations) Consultancy Services Client: CG Systems Country: Germany

OUR MISSION

– Basic Engineering of the complete OHVS (Offshore Substation)

– Basic Engineering of the grid connection

– After construction of both platforms, TE will conduct and execute the functional test of the HV, MV protections and SCADA system


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Butendiek Amrumbank

Wind farm descr.: Installed capacity: 288 MW 288 MW

Distance from shore: 32 km 40 km

Water depth: 17-22 m 20-25 m


PUBLIC

OUR MISSION

– Coordination of technical working groups and bid writing

– Interface management between the technical working groups, the development team and the socio-industrial team

– Management of the geophysical survey contractor and the Consortium foundations engineering

– Electrical design of electrical substation and inter-array power cables

– Capex / Opex Estimation of electrical equipments

– HSE, Quality and Decommissioning

Offshore Wind France – Round II Consultancy Services Client: GDF SUEZ & EDPR Country: France


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Wind farm description: Le Tréport Noirmoutier

Installed capacity: 500 MW 500 MW

Distance from shore: 15 km 11 km


PUBLIC

CONTACT

Alberto Litta – Product Director – Renewable & Thermal Power

Tel : + 32.2.773.70.59

Email : [email protected]

Emmanuel Van Vyve - Product Manager Solar & Biomass

Tel : + 32.2.773.76.72


Tine Boon - Product Manager Wind

Tel : + 32.2.773.88.06



mailto:[email protected]



PUBLIC

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Thanks for your attention.