Smart Grid Standards Development in Taiwan

Shi-Lin ChenVice President of Taiwan Smart Grid Industry

Association Joint SG Standards Across Strait Seminar

2 July, 2013

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Taiwan’s SG Master Plan

• Taiwan’s SG Master Plan Has Been Approved in September 2012.

• The SG Master Plan Is Divided Into 3 Stages: 2012~15, 2016~20, and 2021~30.

• The Plan Covers:– Generation and Dispatch– Transmission – Distribution– Customer– Industry– Regulation and Standards

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Taiwan’s SG Master Plan (2012-20)

• Generation and Dispatch – IEC61850 Communication Protocol– Interoperable Communication System for Dispatch– Information Integration of Dispatching Platform– Dispatch of Large-Scaled RES

• Transmission – SPS and Digital Relaying – Evaluation on WAMS– Heat Resistant Conductor

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Taiwan’s SG Master Plan (2012-20)• Distribution

– DR and Tariff – Feeder Automation and Smart Substation – Application of AMI to Information Management – CIM

• Customer – AMI Installation – Cyber Security – DR– EV Charging Stations – Tariff – Smart Building

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Taiwan’s SG Master Plan (2012-20)

• Industry – R&D and Testing Platform – Business Model Application

• Regulation and Standards– High Penetration of RES– Standards and Testing– Regulation Revision

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Distribution Feeder Automation

• Finished 53% of feeders with FDIR (Fault Detection, Isolation and Service Restoration) function in year 2012

• Increase the number from 2,110 to 6,256 feeders• Main stream is the open loop type

High-Voltage AMI Timeline• High voltage AMI total 23300 meters covering 59% electrical

power consumption of Taipower are being installed in 2013.

7 Figure 1. Taiwan's smart grid development framework (To be continued)

Technology Category

TaskAMI Smart Building Intelligent T&D Microgrid

Policy Planning Master Plan

System Technology Development

AMI Technologies & Devices System Integration ADAS

Balancing and Control of RES, EMS, Protection

Authentication & Security

EMS, Chip & Interface WAMS System

EVMonitoring for

Preventive Maintenance

Laboratory Test Bed

Feeders at NCU, NSYSU & NCKU NCKU

ADAS at TPRI INER > 400 kW > MWFACTS

Application 230k HV & 100k LV Consumers

Residential Commercial &

Industrial Inc. EV

NSC BSMI, MOEA TaipowerIDB, MOEA BOE, MOEA

Source : F. J. Lin, A Brief Introduction to The Smart Grid and AMI General Project and Strategic Planning, Dec. 2011.

8 Figure 1. Taiwan's smart grid development framework

Technology Category

Task

AMI Smart Building Intelligent T&D Microgrid

Infrastructure Analysis Real-Time Pricing Tariff & Energy

Mgt

Standards and Test Platform

Standards and Test Platform

Cyber Network Communications

System Integration Test

Information Interchange

Standards & AMI Tests

Energy Efficiency Test ADAS Test Microgrid Test

Test of HV Meter

Industry Promotion

Taiwan Smart Grid Industry Association, International and Cross-Strait Exchanges, Low-Carbon Smart City Concepts and Planning

Energy ICT Industry Association

Source : F. J. Lin, A Brief Introduction to The Smart Grid and AMI General Project and Strategic Planning, Dec. 2011.

NSC BSMI, MOEA TaipowerIDB, MOEA BOE, MOEA

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SG Standards Jurisdictional Bodies

Utility Standards(G/T/D/C), Communication Standards, Electric Vehicle, Building Automation, Home Automation, Microgrid etc.

Bureau of Standard Metrology ＆ Inspection

(BSMI), MOEA

National Communications

Commission

Construction and Planning Agency

Ministry of the Interior

Bureau of Energy, MOEA

Industrial Development Bureau, MOEA

Development of Smart Grid Standards in Taiwan

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Present Status

Microgrid Smart Home Building Automation

Generation, Transmission, Distribution, Customers,

e.g., Advanced Meter Infrastructure(AMI), DA, WAMS etc.

Taipower’s Procurement Specifications

Chargers for Electric Vehicle, PV Installation, AMI, etc.

National Standards(made by Industrial Development Bureau, BSMI, etc.)

Development of Smart Grid Standards in Taiwan

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Regulatory Standards under Revision

Installation Rules of Customer Owned Power System (similar to National Electricity Code of US)

Grid Interconnection Rules for Renewable Generation Sources (follows IEEE 1547)

Technical Rules for Building Design and Construction

Development of Smart Grid Standards in Taiwan

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New Standards are Developed

Electric Vehicle Conductive Charging System Recommendation Practice –

Part 1：Installation. Part 2：Interface. Part 3：Safety.

Drafted by Industrial Technology Research Institute(ITRI) and Approved by Industrial Development Bureau, MOEA

Development of Smart Grid Standards in Taiwan

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Standards Developed, Including CNS15118-2：Photovoltaic (PV) module safety qualification -

Part 2 : Requirements for testing

CNS15119：Photovoltaic system performance monitoring - Guidelines for measurement, data exchange and analysis

CNS15199：Electrical installations of buildings - Part 7-712: Requirements for special installations or locations - Solar photovoltaic (PV) power supply systems

CNS14274：Wireless communication network meter reading interface unit for automation reading system

Development of Smart Grid Standards in Taiwan

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Development of Smart Grid Standards in Taiwan

An NSC Project on Standards

A 3-year Project Starts for Implementation Since 2013 through 2015.The Project Contents Include：Joint Research on SG Standards with International Standards Development Organizations, Studies on Worldwide SG Standards Development Trends, Planning of Platforms to Test SG Appliances, in Particular, on Smart Home, Building Automation, EV, Microgrid etc.The Project Also Surveys SG Industries

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Study on SG Standards

Source：Lin, Faa-Jeng，EPA-Intelligent Grid and Advanced Metering Infrastructure General Project ,NSC

Meter is the interface between customer loads and energy management systems and the grid

Data Center

Smart Home (Building)

Micro GridPIEV

AMI&ADR

Micro Grid for more renewable energy penetration and better power quality

Improve of building energy efficiency and public energy saving conscious

IEC 62056、ANSI C12.19、Open ADR-V1、V2

IEEE 1901、G.hn、SEP 2.0

IEC 62351、NIST IR7628

(併) IEEE 1547、(風) IEC61400-2、(光) CNS15118、IEC 61730、IEEE 929、IEC 61727、(儲) UL1741、IEEE P2030.2、(通)IEC 61850、DNP3.0

To enhance environment and serve as energy storage device

Cyber SercurityTo ensure the security of digital and communication systems

Auto demand response can automatically shed load under utility-customer contract

SAE J1772、IEC 62196、JE VS G105

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Survey of SG Industries

Source：Lin, Faa-Jeng，EPA-Intelligent Grid and Advanced Metering Infrastructure General Project ,NSC

Meter is the interface between customer loads and energy management systems and the grid

Data Center

Smart Home (Building)

Micro GridPIEV

AMI&ADR

Micro Grid for more renewable energy penetration and better power quality

Improve of building energy efficiency and public energy saving conscious

大同、康舒、台達電、玖鼎電力、齊碩科技

中華電信、台灣松下、新華電腦、瑞鼎科技、蔚華科、鉅康科技、笙泉、ABB艾波比、台隆節能、源鼎

科技、工研院、資策會

中華電信、 MOXA四零四科技

中興電工、台達電、中華電信、歐華科技、茂迪科技、利佳、系統電子、科風、日能、虹冠

電子、慶良電子

To enhance environment and serve as energy storage device

Cyber SercurityTo ensure the security of digital and communication systems

Auto demand response can automatically shed load under utility-customer contract

華創、必翔 、立凱、華德動能 、台達電、鎰福 Ä、裕隆電能、華城電機、胡連精密

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Project MembersStandards Development and

Testing Organizations(III, ETC, TERTEC, GEL and CMS, both

of ITRI, etc.)

BSMI, IDB and SG Industry (Incl.

Taipower)

Taiwan SG Industry RoadmapCross-Industry Proposition PlatformCross-Strait Common Standards Platform International Joint Work

SG Standards and Testing Planning Report

Propose Industry Standards (e.g. AMI, PKI) Propose National Standards Draft to BSMISupport BSMI on Standards Certification

Project Objectives

III: Institute for Information IndustryETC: Electronics Testing CenterGEL: Green Energy & Environment Research LaboratoriesCMS: Center for Measurement StandardsTERTEC: Taiwan Electric Research & Testing Center

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Taiwan SG Industry Association

Secretariat：TIERAuthorized by BSMI to Develop SG Standards

General Member’s Meeting

AMIIntelligent

Transmission and Distribution

Smart Home MicroGrid

Standards Energy Industry Energy ICT

TSGIA

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Development of Smart Grid Roadmap and Standards in Taiwan

Concluding Remarks BSMI, Jointly with NSC and TSGIA, Is Being Studying The

US and Europe Standards.

Large-Sized Projects Are Being Planned To Integrate The On- Going NSC Studies, e.g., The Peng Hu Project.

Testing and Verification on The SG Components Including Microgrid, ES, AMI, EV, Smart Appliance for Home, Building, Factory etc., Are Key to The Success of SG Development.

The Joint Work on Common Standards of SG Across Strait is Also Important to Taiwan’s SG Industry