ETSI TC PLT and Smart Grids Potential Smart Grid standardisation work in ETSI SMART GRIDS SCOPING WORKSHOP Roger SAMY ETSI PLT Vice-Chairman © ETSI 2010

ETSI TC PLT and Smart Grids

Potential Smart Grid standardisation work in ETSI

SMART GRIDS SCOPING WORKSHOP Roger SAMY

ETSI PLT Vice-Chairman© ETSI 2010. All rights reserved

14 June 2010

Contents

Smart Grids and Powerline communications

New standards are required

Other existing initiatives

TC PLT work items related to Smart Grids

Conclusions

ETSI TC PLT and Smart Grids 2

3

Market evolution ofSMART GRIDS

Smart meteringAMMEnergy Gateway

Smart gridSmart buildingSmart city

Smart carEnergy storage

Electricity, gas, water metersIn-home displayMicro- generationDemand-response

Network managementRenewablesTelecom services

MDM

Charging load mangmntPlug-in EVsCommunication with the grid

Source: Sagemcom

4

Some use cases

Long distance communication : access to isolated

houses

Real-Time : Customers profiling

enabling good predictions in demand = no need to use an

additional power plant

Any disturbance due to a storm : action can be

taken inmediately based on real-time information

Smart building : significant cost

reduction on energy bill through remote

monitoring

Demand-side management : boilers

are activated during the night when

electricity is available

Smart car : charge of electrical vehicles while panels are producing

Micro- production : better knowledge

of energy produced to balance the

network

Security features Fire is detected :

relay can be switched off rapidly


5

Powerline communications over LV and MV

MV / LVTransformer crossing

LV / LVRural / urban area

MV / MV

Source: ERDF


6

Smart grid and smart metering over LV and MV

RepeaterData Concen-

trator@@

Wan connection

Status of Local Distributed Production

Public lighting management

Smart metering

EV charging control

Energy storage

HV fault detectionHV outage

management

Energy flow controlTransfo status

Outage management

ETSI TC PLT and Smart GridsSource: Sagemcom

7

Measurement & relay mains socket

Energy Gateway Ecosystem

Load shedding

Electricity, gas, water / hot water consumption

Remote control

Humidity & temperature

sensors

Light sensor

Wall switches

ENERGY GATEWAY

ADSLGPRS

INTERNET GATEWAY

FRONT-END SERVER

SERVICE PROVIDER

ETSI TC PLT and Smart GridsSource: Sagemcom

8

Real-time information available for the consumer

Through any display device :

Connected tablet, PC, Mobile phone, TV, …

What is my electricity, gas or water consumption

since Monday ?

What is my carbon footprint ?

Are my solar panels efficient ? How much did I

produce ?

How much will be my electricity bill ?Source: Sagemcom

Contents





Conclusions



Existing IEC standards are based on specifications developed 14 years ago to address the AMR application.

Standards for AMI and Smart Grid must take into account new requirements and stay valid for the next 15 to 20 yearsHigher performanceSeamlessly upgradable


Contents





Conclusions


Activities in Smart Grid Standardization CEN, CENELEC, ETSI Focus Group on standards for the Smart Grid European Commission Task Force on Smart Grids EUTC, ICT4SDG (European Utilities Telecom Council, ICT for Smart Distributed Generation) GMC (Grid Modernization Collaborative) GWAC (GridWise Architecture Council) IEC, Strategic Group 3 on Smart Grid IEEE Smart Grid Initiative IETF ISO/IEC JTC 1 SWG Smart Grid ITU-T Focus Group Smart Grid ITU-T Study Groups 5 and 15 KSGA (Korea Smart Grid Association) KSGI (Korea Smart Grid Institute) Next Generation Energy Study Group, Japan NIST Smart Grid Interoperability Standards Project OASIS Blue Initiative SEESGEN-ICT (Supporting Energy Efficiency in Smart GENeration grids through ICT) SGA (Smart Grid Australia) SGCC (State Grid Corporation of China) SIP Forum Smart Grid Special Interest Group UCA IUG OpenSG (UCA International Users Group, Open Smart Grid) U.S. Department of Energy, OE ZigBee Alliance Smart Energy


Contents





Conclusions


ETSI TC PLT and EU Mandate 441

CLC TC 13 Meeting Brussels, 2nd March 201014ETSI TC PLT and Smart Grids

ETSI PLT TC ACTIVITIES

COEXISTENCE OF PLT TECHNOLOGIES WITH :

RADIO SERVICES VDSL2

ANTICIPATE THE NEW SERVICES NEEDS:

MULTIPLE HD VIDEO STREAMING NEW VIDEO SERVICES: 3DTV

PLT STANDARDS FOR NEW PLT PRODUCTS: MIMO PLT HDMI PLT


ETSI-PLT Smart Metering Activities

ETSI DTS/PLT 26 : Command and Control

Specify the for Wide Band Low Rate Command & Control PLT. This specification is to enable Home Area Network in the context of Home Automation applications and Smart Grid. The specification covers PHY and MAC/DLL layers and includes a coexistence mechanism with high rate PLT.

Low rate means < 1 Mb/s, high rate means more than 10 Mb/s.”


ETSI-PLT Smart Metering Activities

ETSI DTS/PLT 27: PHY and MAC Layers Specifications for Smart Metering

Specify the PHY and MAC layers for powerline modems operating on low voltage networks and possibly medium voltage lines for Smart Electricity Meters and in-home network for consumer awareness of electricity consumption, meeting the requirements of EC Mandate 441


Workplan relevant milestones


Work item Approval date

Command & Control PLT (WI#26) September 2010

PHY and MAC for Smart Electricity Meters (WI#27) June 2011

Measurement Methods and Statistical Results of MIMO PLT channels (WI#28)

March 2011

Measurement Methods and Statistical Results of MIMO PLT EMI (WI#29)

March 2011

Contents





Conclusions


Conclusions

The electricity lines are a natural way of communicating to the electrical Smart Grid

ETSI TC PLT is putting in place the workplan to respond to the standardisation requirements


THANK YOU

OPEN Q&A


Documents

ETSI TC PLT and Smart Grids Potential Smart Grid standardisation work in ETSI SMART GRIDS SCOPING WORKSHOP Roger SAMY ETSI PLT Vice-Chairman © ETSI 2010