CLICK HERE TO KNOW MORE

Transcription

1 CLICK HERE TO KNOW MORE

2 The First Smart Grid Project in Thailand, Pattaya City By Mr.Pongsakorn Yuthagovit Deputy Director of System Planning Department and Project Manager of the Smart Grid Pilot Project Geo Smart Asia 2016, Kuala Lumpur, Malaysia Strategic City Planning & Smart Electricity 18 October 2016

3 Outlines 3 Topics 1. About PEA 2. Roadmap 3. Project Page 2

4 Outlines 3 Topics 1. About PEA 2. Roadmap 3. Pilot Project Page 3

5 About PEA Vision To provide efficient and reliable electricity services for quality of life and sustainability of economy and society. Page 4

6 About PEA Service Area : as of 31 DEC 2015 Chiang Mai Area 510,000 km2 (approx. 99%) Udon Thani Phitsanulok Nakhon Ratchasima Province 74 provinces Substation 539 Substations Customer : 80,033 villages million households Lop Buri Nakhon Pathom Phetchaburi Ubon Ratchathani Ayutthaya Chon Buri MEA service area Electrified customer : 99.97% (village) Nakhon Si Thammarat Yala Page 5

7 About PEA General Info: as of 31 DEC 2015 Maximum Demand 18,596 MW Total Sales of Electricity 90,531 Million Unit (kwh) SAIFI 4.69 times/customer/year SAIDI minutes/customer/year Distribution Loss 5.75 % Page 6

8 Factors Impacting Organizations Smart Grid Planning Division Technology Factors 2. People Skills 3. Market Factors 4. Macro-economic Factors 5. Regulatory Concerns 6 6. Globalization Source: IBM CEO Study 2012

9 Policy and Strategies General Info: as of 31 DEC 2015 Page 8

10 Outlines 3 Topics 1. About PEA 2. Roadmap 3. Project Page 9

11 PEA s S art Grid Drivers Drivers In response to the global drivers, PEA has defined their own Smart Grid driver to align with the nation challenges, organizational vision and strategy Improve Power System Stability World Trends toward Low Carbon Economy & Sustainable Society o RE Promotion and future challenges of commercial fuel supply o Energy Efficiency both on Supply-side and Demand-side ICT Application to improve productivity and services Social responsibility and operate in an environment friendly manner Integration of PEA, MEA, EGAT Smart Grid Roadmaps, and strategic plans of related stakeholders Needs of I ovatio for the cou try s co petitive ess Page 10

12 11 PEA first announced Roadmap in 2011 Page 11

13 STAGE 2: NATIONAL ROLLOUT Replicate the success nationwide A Road to Vision of Our Energy Future STAGE 1: DEMO & PILOT Establish the foundation for customer-centric smart grid TODAY: EXISTING GRID Operate traditional & discrete grid capabilities Planned Micro Grid Pilot In Mae Sarieng Approved Pattaya Pilot Scope and Budget 12

14 13 PEA SG Revision Aligned with National Roadmap Page 13

15 Outlines 3 Topics 1. About PEA 2. Roadmap 3. Pilot Project Page 14

16 Pattaya Pilot Smart Grid Planning Division Scope of Work AMI Installation Status Cabinet approved project and budget Dec 23, ,308 Units PEA is conducting public hearing and we plan to launch the RFP in Dec. Substation Automation 3 Subs Mobile workforce Management System 1 System IT Integration 1 System Project Period : Budget : $33.4 m 15

17 Smart Grid in Pattaya City, Chonburi Province Project Smart Grid Planning Division Functionalities Load Limit Demand Response Connect / Disconnect Meter reading Temper Detection Outage Monitoring Prepayment

18 17 Smart Grid in Pattaya City, Chonburi Province Project Data Center, HQ ZigBee HAN Cellular HES Smart Meters MDM FAN 433 MHz 5 GHz RF ZigBee Concentrator Smart Meters ZigBee RF or PLC PLC LTE 4G LAN WAN Fiber LTE 4G Smart Meters Fiber RF or PLC NMS RF or PLC DA Devices Grayed out items are not in the scope of the Pattaya Smart Grid Pilot Project. Page 17

19 Technology Choices Smart Grid Planning Division Although AMI technology has emerged for more than a decade, but there is no right technology that can fit for all environments. RF, PLC or Cellular? Each has its pros and cons. Smart Meter -> Modular comm. module has better future in the long run? Etc. No single technology can guarantee a project success. 18

20 Technology Choices Smart Grid Planning Division Comparison of Technology Attributes Wireless Mesh Environment Proportion High density Low cost Economical The Rest Concept Meter density is higher than designed threshold, including metropolitan areas Deployment Areas PLC Complex buildings Multiple meters per Cellular Remote Areas Low density areas room 10-15% Complex buildings where number of units exceeds defined threshold 5-10% Remaining areas (even mesh) to keep 95% of connected ratio at early stage

21 Production Control Center Network Op Center Data Center, PEA Headquarters DMS AMI HES ESB AMI NMS Mobile Users AMI HES GIS AMI NMS MDM MDM SAP Energy Portal Web Server AMI HES MWM MWM AMI NMS Cellular OMS FTP Fiber AMI Installer Internet Disaster Recovery, Rangsit concentrator AMI HES ESB AMI NMS PLC AMI HES AMI NMS concentrator RF AMI Meters and Communication Systems Other Systems Energy Portal Web Server MDM Internet Firewall New System AMI HES Existing AMI NMS Data Center MWM Active Future

22 Smart Grid in Pattaya City, Chonburi Province Project Project Timeline 2016 Activity Q1 Bidding Q2 Doc. Q Q4 Q1 Q Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Preparation Procurement Process Vendor Selection Survey & Design MDM / Head end / Communication Meter Installation MWM System Design and Installation Substation Automation Project Assessment Project Replication Planning Replication Planning Page 21

23 Procurement Strategy Smart Grid Planning Division An AMI project not only involves most of players in organization but may also change the way they work Need to cooperate with all relevant parts and work out in detail Setting up a Proof of Concept (Live Demo.) during a procurement process This is a good idea to ensure interoperability and system performance Technical Evaluation (PASS/FAIL Criteria) 2 Days Live Demonstration Review of the technical proposals (paper proposal evaluation) Qualified bidders shall demonstrate key functionalities of their proposed solutions. Qualified Bidders Evaluation Bidders who pass both qualifications will participate e-auction. 22

24 23 The Key Benefits of Project Better power planning (demand VS supply) % Reserve margin reduction Key Benefits Ability to control over the power bill; view and manage consumption Capital investment deferment Improved power reliability and sustainability Ability to lower power bill Carbon Emission Reduction More choices on tariff and energy services Ability to shave peak through Demand Response Improved household consumption visibility / energy theft reduction Improved outage detection, investigation and restoration Received better and new customer experiences (i.e. real-time troubleshooting, digital channels) Home Energy Management Page 23

25 Demand Response Programs Time-of Use TOU Critical Peak Pricing (CPP) Direct Load Control (DLC) Peak Time Rebate (PTR) Real Time Pricing (RTP) Source: AEIC Provincial Electricity Authority Page 24 24

26 Q&A Page 25