schulze

Empowering the Middle East

How to meet the Future Energy

Demand? Floris Schulze CESI Middle East

June 25 2012

• Developments in Pictures

• Developments in Figures

• How to meet Future Energy Demand?

• Closing Remarks

CONTENT

Developments in Pictures

Developments in Figures

Each person in GCC consumes almost 4 times more electricity

compared to each person in Europe

Yearly increase in consumption is estimated 10% in some countries

GCC Transmission losses around 10% / 8.2% global / 6% EU & US

Significant reduction of gas reserves to be expected Source Deloitte and MEED

Developments in Figures

How to meet Future Energy Demand?

GCC will spend over $180 billion on new energy projects!

ON: Planning & Road mapping

Effective deployment of GCC interconnection grid

Improvement efficiency existing assets

New capacity based on conventional generation

New capacity based on Nuclear

Renewable energy

Waste to Energy

Demand side management

Smart Grids and Smart Metering


Planning and Road mapping to spend money wisely

Consultancy Study of the Electrical

Interconnection, Energy Security

and Energy Trade Between the Arab

Countries In association with


Effective deployment of GCC Grid

Al Fadhili 400 KV Substation

- Back-bone for Energy Security and

Energy Exchange

- Promoting regional trade

- Part of Global Interconnection



Egypt - KSA



Yemen - KSA



Dubai - Iran


New & Ageing Assets need Asset&Maintenance Management


Source L.R.S


2012

2015

2019


- To increase capacity of existing assets

- To integrate, manage and maintain new assets

- Related to Generation, Transmission and Distribution

- HSE

How:

- Soft- & Hardware

- Internal procedures and processes

- Training and Education of Management and Operations

- Embedded in the utilities organizations

- Decision making under uncertainties

- Spare part Logistics, administration and alignment

- PAS 55 (Public Available Specification British Standards Institution)



New Capacity based on Conventional & Nuclear Generation

UAE:

- Spearheaded by the $20bn nuclear power

- 20 projects worth $34.2bn

KSA:

- $100bn KA-CARE

- 15 projects worth $9bn currently underway

Qatar:

- 8 power and water facilities worth $4.8bn

Kuwait:

- 17 projects valued at $4bn

Bahrain:

- 4 projects valued at $4.2bn

Oman:

- 3 projects valued at $2.9bn


New Capacity based on RES Generation

Masdar UAE:

- Noor 100 MW PV Plant

- Shams 100 MW CSP

- Subsidies for homeowners

solar panels up to total of 500MW

King Abdullah City, KA-CARE KSA:

- $100 billion reserved for clean energy

developments

- Target of 5GW generation by solar

- 10% Green Energy target 2020

MEW Kuwait:

- 10% Green Energy target 2020 Qatar Solar Technologies:

- $1 billion Polysilicon plant

- WC2022

EU Investors, Oman:

- 400 MW Solar capacity


New Capacity based on RES Generation

Tunisia Morocco Jordan


Smart Grids and Smart Metering Developments & Initiatives

Main developments:

- Exploration phase

- Road maps being defined

- Pilot studies being prepared and executed

- Country specific opinions, definitions and developments

“A digital meter enabling two way communication is smart

enough”


UAE

Regulations

- Green Building Regulation enables dynamic participation

- Need for diversification of energy mix

- Energy Strategy Initiative

- Demand Side Management and Energy Efficiency studies

- Corporate Sustainability

- Establishment of Dubai Supreme Council of Energy

Initiatives

- Abu Dhabi Planned smart grid infrastructure with up to 1.2 million

smart meters and substation monitoring and control systems

- Dubai planned first phase IMS project installing 20,000 Meters and up

scaling to 5 million metering points.



KSA

Regulations

- Need for diversification of energy mix

- Demand Side Management and Energy Efficiency studies

- Electricity Industry Restructuring Plan (EIRP)

Initiatives

- Strategic plan for the deployment of Advanced Metering Infrastructure

(AMI), Smart Meters, Network Communications, ICT technologies

and concept of Smart Grids.



A stepwise approach:

1. Assessment of current situation

2. Review International Best Practices

3. Determine Costs and Benefits

4. Development of Strategy and Road map for implementation

5. Develop, propose, amend technical standards, measures,

technologies, infrastructure and regulatory framework

6. Define a pre-list of initiatives (economical and technical)

7. Quick wins and short term implementation

8. Long term implementation plan

9. Evaluation, innovation, adjustment and optimization



Quality Assurance and Control (QA&QC)

Testing, Certification and Inspections according to international

standards and Best Practices

- Laboratories to test and certify manufactured goods on LV, MV, HV,

HP and RES generation

- Related to Generation, Transmission, Distribution and Processes

- Inspection of existing Infrastructure


Quality Assurance and Control (QA&QC)

Independent and Internationally recognized Notified Bodies

like CESI are essential to ensure adequate spending and

QA&QC in the Middle East

Closing Remarks

Highly attractive and dynamic energy market

Growth in Economy and Population

Yearly increase in consumption is estimated 10% in some

countries

GCC will have to double capacity by 2019

Shortages of Gas reserves will increase the development of

alternative energy sources and clean energy mechanisms

Unprecedented Investment Programmes to meet future

demand

Thank you for your Attention!

schulze

Technology

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