第1天

2011年9月28日(星期三)

8.00
Registration & Morning Coffee

9.00
Chairman’s Opening Remarks
Steve Minnihan, Global Head of Smart Grid & Grid Storage Intelligence, Lux Research, USA

促成投資送配電基礎設施的主因與投資機會

9.05
Global Smart Grid Deployment – Lessons from the Rest of the World from Which Asia Can Learn

• Growth of the Smart Grid worldwide market
• The value chain for deploying a national Smart Grid
• Global Smart Grid successes, failures and lessons for unique opportunities in Asia

Steve Minnihan, Global Head of Smart Grid & Grid Storage Intelligence, Lux Research, USA

9.35
The Philippines Wholesale Electricity Spot Market: Opportunities for T&D Infrastructure Development with Open Access & Retail Competition

• Developments in the Philippines electricity sector
• Privatization of the electricity market to meet future energy needs
• Market outlook, rules and guidelines
• Open access and retail competition
• Pricing and tariff setting framework
• Revenue requirement
• Incentive framework for performance improvement
• Price forecasting of energy and how to sell
• Competitive pricing of non-conventional resources
• How risks and costs are transferred across the value chain

Melinda L. Ocampo, President, Philippine Electricity Market Corporation, Philippines

10.05
Optimizing Clean Energy & Smart Grid Technology to Support Current Energy Needs & Future Growth

• China’s 12th 5 Year Energy Plan: national energy policies for improving energy efficiency and lowering of carbon emissions
• Opportunities for renewable energy development and connection to the grid, particularly wind energy
• Building China’s first Ultra High Voltage (UHV) network
• Other development and priorities of focus in T&D
• Electric vehicle infrastructure development and testing

Qi Dacai, Vice President, China Southern Power Grid,China

10.40
Morning Networking & Refreshment Break

11.10
Investments in Transmission Infrastructure Development in Vietnam

• Overview of Vietnam’s reform and restructuring of the electricity sector in Vietnam
• Latest developments on the development and operation of the transmission network in Vietnam
• Alleviating power shortages and improving quality of power supplies by improving T&D network capacity
• Current initiatives to raise transmission and dispatch efficiency and improve power system reliability
• NPT’s role in the reform and restructuring of the electricity sector

Nguyen Duc Cuong, Vice President, National Power Transmission, Vietnam

11.45
Energy Efficiency & Conservation Program in the Philippines & the Development of Renewable Resources

• Current update on the Renewable Energy Act and implementation guidelines
• National priorities for conservation, renewable energy and efficient utilization of energy
• Maximizing the nation’s resources and maintaining sustainability
• Energy usage and consumption that benefit both providers and consumers
• Incentives to encourage new technologies and collaborations amongst organizations

Loreta G Ayson, Undersecretary, Department of Energy, Philippines*

12.30
Networking Luncheon

請從2個分科會中選出要參加的研習會。

分組A：送配電網的能力、電力供給的品質與可靠性 Chairman: John Theunissen, Director Smart Networks Strategy & Development Division, SP Ausnet, Australia 供電網擴大專案與需求面的計劃籌劃 2.00 Sarawak Network Expansion & Power Quality Projects Current expansion projects- domestic and regional connections Power quality issues and experiences Power quality monitoring, maintenance and control of the transmission network Monitoring of power system and disturbances Power quality improvement initiatives Victor Wong, Senior Vice President Transmission, Sarawak Energy Berhad, Malaysia 2.45 Sabah Electricity Supply Issues, Grid Capacity & Reliability Projects & Developments Balancing electricity demand, where the resources are and landscape challenges Development and implementation of new transmission lines in Sabah Identified upgrade projects Proposed generation plants and need for further transmission infrastructure Cost-effective quality initiatives Razak Sallim, Senior General Manager Operations, Sabah Electricity Sdn Bhd, Malaysia 3.30 Afternoon Networking & Refreshment Break 4.00 Transmission Planning & Demand Management to Meet Load Growth in Vietnam Power system operation and demand-supply balance monitoring requirements Power network planning and performance needs Grid codes/distribution codes development in Vietnam Requirements for power system information technology Trinh Quoc Vu, Deputy Director of Planning & Demand Supply Balance Monitoring Department, Electricity Regulatory Authority of Vietnam 4.45 Progress of Thailand’s Power Sector Development & Transmission Projects Status of thermal, hydro, IPP and neighboring country power purchase Update on Thailand’s demand forecast and power sector planning Thailand’s power development plan and progress Regional interconnection of transmission networks to support power import from neighboring countries Transmission system expansion and upgrade projects in Thailand Demand side management and renewable energy development Dr Suthep Chimklai, Director of System Planning Division, Electricity Generating Authority, Thailand* 5.30 Chairman’s Summary & End of Conference Day One

分組B：可再生能源的資源、微電網、能源效率 Chairman: Dr Hassan Farhangi, Director, Group for Advanced Information Technology, Institute of Technology, British Columbia 有關可再生能源資源實用化之供電網和市場的要求條件 2.00 The Integration of Solar Electricity into Energy Supply Systems Photovoltaic technology – status and perspectives Leveling out of fluctuations in solar electricity generation Forecasting of solar electricity generation Yield assessment of solar power plants Smart power electronics for photovoltaic installations. Professor Joachim Luther, CEO, Solar Energy Research Institute of Singapore (SERIS), Singapore 2.40 Market Developments to Realize Hydropower in Asia Government plans in Asia for more small and large hydrogeneration Markets and utility business model developments to realize hydropower in Asia Erik Knive, Executive Vice President, SN Power, Southeast Asia 3.20 Afternoon Networking & Refreshment Break 3.50 Investment Considerations for Renewable Energy & Clean Technology Development IFC’s role in the development of renewable energy and clean technology in the Philippines Incentives for investors Financing renewable energy and clean technology Structuring different renewable energy and clean technology projects Key notes to regulators, utilities and developers Jesse Ang, Country Representative, IFC, Philippines 4.20 Renewable Energy Integration into the National Philippine Grid Role of the National Renewable Energy Board (NREB) Technical and economic issues in the implementation of the RE Act Ronald D P Concepcion, Litigation & Regulatory Division, Office of the General Counsel, National Grid Corporation of the Philippines 5.00 Cogen/Trigen Applications & Development to Reduce Carbon Emissions Opportunities to powering industrial centres, commercial parks, airports and universities Cogeneration, transmission and distribution regulations and development Cogen and smart applications Benefits and cost savings including transmission and distribution charges Current barriers to development Sridhar Samudrala, Director Asia, World Alliance for Decentralized Energy (WADE), India 5.40 Chairman’s Summary & End of Conference Day One

 

第2天

2011年9月29日（星期四）

8.30
Morning Coffee

9.00
Chairman’s Opening Remarks
Steve Minnihan, Global Head of Smart Grid & Grid Storage Intelligence, Lux Research, USA

智慧電網的準則（road map）：關聯企業和團體的協力及合作

9.05
A Regulator’s View on Electricity Supply Issues, Challenges & Priorities for Sustainable Energy Supply

• Renewable energy and its progression
• Developing energy efficiency plans and incentives
• T&D capacity planning and developments
• Increasing efficiency and reliability of T&D and reduction of system losses
• Priorities and milestones for the electricity sector

Ahmad Fauzi Hasan, CEO, Suruhanjaya Tenaga (Energy Commission), Malaysia

9.35
Telecommunications Network Development for a Smart, Efficient Grid

• Common ICT infrastructure for enterprise data exchange and real time applications
• Challenges utilities face in owning and operating their telecommunications network
• Telecommunication network requirements for smart grid implementation
• Telecommunications network architecture, design and technologies
• Evaluating public and private network services and performance
• Ensuring system interoperability, security, information management and data integration
• Telecommunications network development strategy for a smarter, more efficient grid
• Network operations and maintenance

Anthony Rajamanickam, Specialist (Telecommunications Systems) ICT Division, Tenaga Nasional Berhad, Malaysia

10.05
Developing a Smart Community

• Planning for a Smart community though ICT and clean energy technologies
• Environmentally friendly vehicles
• Realise next generation networks for homes, automobiles, IT networks, building management
• Energy management systems that enhance energy conservation and utilise renewable energy resources

Yoshifumi Murase, Director Information Economy Division, Commerce & Information Policy Bureau, Ministry of Economy Trade & Industry, Japan

10.35
Morning Networking & Refreshment Break

11.05
Delivering on Smart Grid “Promises”

• Factors influencing Smart Grid activities
• Aligning strategy, investment appetite and delivery capability
• Balancing tactical and strategic implementation
• SP AusNet case studies:
  ~ Automated supply restoration after fault activity
  ~ Intelligent asset condition monitoring
  ~ Integration and management of DER
  ~ Predicting the impact of EVs on the distribution network
  ~ Customer education and engagement – Smart Grids

John Theunissen, Director Smart Networks Strategy & Development Division, SP Ausnet, Australia

11.35
Collaboration & Partnerships to Achieve a Smart Grid

• The business case for Smart Grids
• Changing the way power is generated, distributed and used
• Responsibility of regulators and utilities to deliver benefits to customers
• Achieving a balance between organisational strategic intent around Smart Grids, the enterprise appetite for investment, and the actual delivery of outcomes that validate the business case
• Creating strong enabling technology platforms
• Flexibility and agility in planning and implementing Smart Grids which can take several years
• Demonstrating smart grid benefits along various trials
• Practical plans and solutions to achieve a smart, efficient grid

John Theunissen, Director Smart Networks Strategy & Development Division, SP Ausnet, Australia
Ahmad Fauzi Hasan, CEO, Suruhanjaya Tenaga (Energy Commission) Malaysia
Yoshifumi Murase, Director Information Economy Division, Commerce & Information Policy Bureau, Ministry of Economy Trade & Industry Japan
Anthony Rajamanickam, Specialist (Telecommunications Systems) ICT Division, Tenaga Nasional Berhad, Malaysia

12.05
Grid Friendly Wind Power Plant- Solution for Higher Penetration of Wind Power into the Grid

• Wind power market developments and the Smart Grid
• Wind turbine technology and power plant solutions
• Fluctuation issues and integration with the grid

Peter Cheng, Managing Director and Vice President,Vestas Technology R&D, Singapore

12.35
Networking Luncheon

請從2個分科會中選擇要參加的研習會。

分組A：降低配電管理系統(DMS)的電力損失水平 Chairman: John Theunissen, Director Smart Networks Strategy & Development Division, SP Ausnet, Australia 降低配電管理系統(DMS)的電力損失水平 2.00 Reducing Aggregate Technical & Commercial (AT&C) Loss in Delhi through Distribution System Improvements Automation and modernisation of the existing electrical distribution network Geographical Information System (GIS) mapping of the entire consumer base of 2.5 million consumers and GIS mapping of the distribution assets Implementation of SCADA system which has helped the utilities in Delhi to have a centralized command and control over their EHV & HV up to 11 kV network Installation of GSM enabled Automatic Meter Reading Outage Management System Technology standards Anish Garg, Joint Director (Performance Standards & Engineering), Delhi Electricity Regulatory Commission, India 2.45 Substation & Feeder Automation to Improve Quality & Ensure Continuous Supply of Electricity Remote monitoring to identify the fault of the feeder to enable the isolation of that section Ensuring minimal interruption and continuous power supply 3.30 Afternoon Networking & Refreshment Break 4.00 Recent Advanced Outage Management System (OMS) Implementation for Enhanced Control & Management of Outages Recent OMS implementation Integration with SCADA and CRM Standards for technology applied to ensure interoperability Fault isolation and system restoration Improved crew management Demonstrated success in enhanced control and management of outages Parveen Verma, Project Manager, Outage Management System, North Delhi Power Limited, India 智慧電網的穩定化 4.45 Risk Assessment & Strategies for Securing the Smart Network Security threats and fraud Justifying investment in security policy and programs Obtaining a security budget Clearly identifying the advantages vs the risk of security Achieving a secure and stable network environment Christopher Beggs, Director & SCADA Security Risk Specialist, Security Infrastructure Solutions, Australia 5.30 Chairman’s Summary & End of 3rd Annual Smart Grids Asia Summit

分組B：可再生能源的資源、微電網、能源效率 Chairman: Dr Hassan Farhangi, Director, Group for Advanced Information Technology, Institute of Technology, British Columbia 沒有與微電網互相連接的電力系統 2.00 Maharahstra State Rural Electrification, Microgrid Development & Prepaid Metering Initiatives Status of rural electrification in Maharashtra and prioritization of electricity distribution Maharashtra renewable energy policy, projects and business opportunities The potential , challenges and barriers of decentralized generation for rural electrification in Maharashtra Prepaid metering for revenue collection efficiency and further development of electricity infrastructure Future development of smart microgrids Ajoy Mehta, Managing Director, Maharashtra State Electricity Distribution Company, India 2.45 Energy Management Systems for Non-Interconnected Communities Power generation solutions designed for local needs and demands Utilizing local renewable energy sources Automating and modular systems for scalability and flexibility Community engagement for sustainable power solutions Peter Jensen, General Manager, Engineering & Projects, Horizon Power, Australia 3.30 Afternoon Networking & Refreshment Break 4.00 Key Learnings from Canada’s Burnaby Campus First Smart Power MicroGrid British Columbia Government’s Green Energy Plan Overview of British Columbia Burnaby Campus Smart Microgrid Meters, sensors, remote switches, controls and their operability and maintenance Integration of alternative sources of energy including cogeneration applications Network architecture and its security, stability and scalability Results on cost-effective technologies Dr Hassan Farhangi, Director, Group for Advanced Information Technology, Institute of Technology, British Columbia 電動汽車的充電基礎設施與能源儲藏技術 4.45 Electric Vehicle Charging Infrastructure & Energy Storage EV Infrastructure Development Types of charging for EVs and solutions Overview of quick charging projects Charging behaviour and impact of quick charging on the grid Network load and balancing considerations Market model for customer charging Standards and regulations Energy Storage Applications for On/Off Grid Connections Overview of the different applications of energy storage devices Transforming grid infrastructure 5.30 Chairman’s Summary & End of 3rd Annual Smart Grids Asia Summit

 

Pre-conference-workshop

2011年9月27日(星期二)：上午9點∼下午5點

電動汽車基礎設施的整備與智慧電網

• EV adoption and Smart Grid landscape
• Opportunities and challenges
• EVs and grid benefits
• Managed EV network architecture
• EV charging infrastructure, grid services and load management
• EVs and grid storage
• A close look at Australia’s first EV trial in Western Australia

About Your Workshop Leader:

Terry Mader
CEO
CO2 Smart Australia

Terry is the Chief Executive Officer of CO2 Smart Pty Ltd, the Australian Automobile Club and the Australian Festival of Speed, which he founded. CO2 Smart is an integrated electric vehicle fleet management company, working with organizations to lower per km costs as well as remove vehicle related CO2 emissions. This includes correct vehicle selection, the required recharging network and organizational support.

CO2 Smart is independent from vehicle provider, independent from recharge network solution, and independent from other infrastructure providers. They represent the interests of the fleet operator only – putting together the best client solution purely based on agreed usability and cost factors.

Terry’s background is project management of major technology change projects in the cable sector, where he has lead large digitalization programs in Europe. There has been no large scale introduction of electric vehicles; however the cable and telecommunications sectors provide a valuable “analogy” of how this needs to be managed in the transport sector.

 

Post-conference-workshop

2011年9月30日(星期四)：上午9點∼下午5點

因應將來負荷增大與可再生能源引進目標之需求面的計劃籌劃與管理

• Meeting energy demand and renewable energy targets
• Network planning process
• Consideration of non-network alternatives and solutions
• Network constraints and solutions: reduce demand, reduce load, shifting load to another time period or energy source, embedded generation
• Economic benefits and costs
• Regulatory requirements
• Stakeholder engagement and customer relations
• Monitoring and verification

About Your Workshop Leader:

Elizabeth Hicks
Senior Principal Consultant
KEMA, Australia

Ms. Hicks has extensive experience in energy efficiency, regulatory and policy analysis, renewable energy, program planning, load response, benefit-cost analysis, metering, marketing and market research, and program evaluation. Examples of her recent assignments at KEMA include: designing network tariff options for Energy Australia ; developing a Smart Roadmap based on a cost/ benefit model that include all costs and benefits of smart grid; developing a solar strategic plan for a State agency; developing a long term resource plan for Rhode Island; developing an energy plan for the State of Connecticut; developing an energy plan for Nova Scotia; a market assessment of the wind industry in the US, assessing the feasibility of using renewable energy to offset distribution congestion, developing energy efficiency and load response programs for Sustainable Ireland and facilitating the Governor’s Wind Energy Regulatory task force and performing business process re-engineering for Bonneville Power Administration.

Before joining KEMA in 2002, Ms. Hicks has held management positions with the National Grid USA (formerly New England Power Service Company) for 16 years. As the Director of Market Research and Planning, Product Development Department, Ms. Hicks was responsible for conducting customer satisfaction studies and developing new products and services including load response and metering products. In this role Ms. Hicks developed and implemented National Grid’s Enhanced Metering and Data Services Products and received regulatory approval for these products. As the Director of Evaluation and Research for the Retail Services Department, she was involved in all aspects of evaluation, benefit-cost analysis, renewable energy research, energy efficiency and load response program planning, program screening, regulatory support, and policy issues. She was also the U.S. lead on an effort to develop a sustainable development strategy for National Grid. She has testified before the Massachusetts Department of Telecommunications and Energy, the Rhode Island Public Utility Commission, the New Hampshire Public Service Commission, and the California Public Utilities Commission on the subjects of energy efficiency and load response program design, cost effectiveness, least cost planning, and program evaluation.

Ms. Hicks has a BA in Economics and Mathematics from the College of William and Mary and a MS in Resource Systems and Policy Design from the Thayer school of Engineering at Dartmouth College.