ide4l project overview and anm concept aggregator concept ... · ideal grid for all slide 1...

ideal grid for all 11/12/2015 SLIDE 1

• IDE4L project overview and ANM concept

• Aggregator concept

• Developed functionalities

• Distributed automation system

• Demonstrations

• Conclusions

WWW.IDE4L.EU – Tampere Dissemination Activity 4th December 2015

ideal grid for all 11/12/2015 WWW.IDE4L.EU – Tampere Dissemination Activity 4th December 2015 SLIDE 2

Lab Demo Site

Field Demo Site


Lab Demo Site

Field Demo Site Brescia, Italy

ideal grid for all

A2A

11/12/2015 WWW.IDE4L.EU – Tampere Dissemination Activity 4th December 2015 SLIDE 5

Physical model

minimum information needed to describe a demo

MV network

LV network


A2A (LV network)

Secondary substation involved in the LV test phase


A2A (LV network)

ASSETS: • 1 Secondary substation

• 10 LV feeders • 5/10 FDs with monitoring equipment

• 1/10 FD with monitor and control

• 10/10 FDs involved in the use cases

USE CASES: • RT monitoring

• Load and production forecaster

• State estimation

• Power control

ideal grid for all

A2A


Physical model

Monitoring and power control use cases


A2A (LV network)

LV controllable breakers

real-time monitoring use cases


A2A (LV network)

LV – BPL modem

SM PV

SM Load

LV customer

real-time monitoring use cases


A2A (LV network)

DVR

STATCOM

PV inverter

power controller use cases


A2A (LV network) • Solar eclipse March, 20th 2015 (partially cloudy)

• Power reduction : 40%-75%

• Voltage reduction: 5 V (worst case)


A2A (LV network) • Voltage profile:

• 3 LV customers

• 1 week

• 6 samples per hour Power controller can be used to

smooth this pattern


A2A (MV)

ASSETS: • 1 Primary substation

• 3 MV feeders • 2 fully automated

• 1 included in the simulation

MV USE CASES: • RT monitoring


• Network reconfiguration

• FLISR


A2A (MV)

MV circuit breaker

ideal grid for all 11/12/2015 WWW.IDE4L.EU – Tampere Dissemination Activity 4th December 2015 SLIDE

17

Lab Demo Site

Field Demo Site


18

Lab Demo Site

Field Demo Site

Seville, Spain

ideal grid for all

Telvent MV Use cases

• Network real-time monitoring

• Distributed FLISR

Hardware and software

• RTU • Telvent HU_AF + AB_AC

• Signal Generator • Omicrom CMC 353

• GOOSE compatible Switch • Netgear GS105Ev2

• PC tools • IEDs Web Server Connection

• IED Scout

• Wireshark


Generator Controller&

Wireshark & IED Scout

Triphasic signal generator

Multiple RTU

ideal grid for all

Validation Cabinet


Telvent

Components

• Light indicators for switch/circuit breakers position

• Configurable fault impedances

• 5 short-circuits testing points


21

Lab Demo Site

Field Demo Site


22

Lab Demo Site

Field Demo Site

Tampere, Finland

ideal grid for all

TUT Use cases (MV and LV)

• Network real-time monitoring


• State forecast

• Power control (secondary control of congestion management)

• Distributed FLISR

Hardware and software

• RTDS

• Smart meters • Kamstrup Omnipower

• Landis&Gyr E650

• RTU • Monitoring: iRTU (iGrid)

• FLISR: Telvent HU_AF + AB_AC

• Voltage controllers • OLTC: ABB REU615

• DG: ABB Unitrol 1020

• GW: Modbus to IEC61850 (HMS)

• PSAU and SSAU

11/12/2015 SLIDE 23 WWW.IDE4L.EU – Tampere Dissemination Activity 4th December 2015

ideal grid for all

TUT – State estimation use case 11/12/2015 SLIDE 24

Customer (simulated)Street Cabinet (simulated)

MV/LV substation (simulated)

PDOLTC

CTRL

RTU

Switch

Switch

SM SMPV

CTRL

modbus

850

AC

DC

HV/MV substation (simulated)

PD

OLTC

CTRL

SSAU

61850 MMS client

61850 MMS server

DLMS/COSEM client

LV RT monitoring (step 1)

MV RT mon

MV PC

PSAU

61850 MMS client

61850 MMS server

Wireless

network real time MONitoring (MON)

State Estimation (SE)

Power Control (PC)

Topology Manager (TM)

LV State Forecast (SF)

DG

CTRL

Modbus

850

DG

CTRL

Modbus

850

Telecomm. device

IED

Building blocks

modbus

DLMS/COSEM

61850-MMS

(report)

61850-MMS

(control/substitute)

61850-GOOSE

104

WS

Data flows

FO

PLC

ETH

Wireless

Serial

Plain cable

Physical connections

RTU


ideal grid for all

TUT – Power control use case 11/12/2015 SLIDE 25

Customer (simulated)Street Cabinet (simulated)


PDOLTC

CTRL

RTU

Switch

Switch

SM SMPV

CTRL

modbus

850

AC

DC


PD

OLTC

CTRL

SSAU

61850 MMS client

61850 MMS server

DLMS/COSEM client

LV RT monitoring (step 1)

MV RT mon

MV PC

PSAU

61850 MMS client

61850 MMS server

Wireless



Power Control (PC)

Topology Manager (TM)

LV State Forecast (SF)

DG

CTRL

Modbus

850

DG

CTRL

Modbus

850

Telecomm. device

IED

Building blocks

modbus

DLMS/COSEM

61850-MMS

(report)

61850-MMS


61850-GOOSE

104

WS

Data flows

FO

PLC

ETH

Wireless

Serial

Plain cable


RTU



26

Lab Demo Site

Field Demo Site


27

Lab Demo Site

Field Demo Site Barcelona, Spain

ideal grid for all

IREC

11/12/2015 SLIDE 28

PCC to the distribution network (emulated)

Sw

itch

(o

nly

1 s

w)

AC

DCES

CTRL

DER

CTRL

EMUL

CTRL

microGrid (emulated)

AC

DC

uGrid concentrator

Aggregator

PQ Control

XML

Data flows

ETH

Wireless


Control center (conceptual)

Tertiary Control (TC)/Market Agent (MA)

Actual Flexibility Capacity Estimation

Flexibility Activation

DMS

Ask for

flexibility capacity (2)


MATLAB VARIABLES or FILES

DN simulator

MATLAB

SimPowerSystems

or MATPOWER

AC D

C

DC A

CGrid emulator

GE

so

cke

ts (

MA

TL

AB

or

PY

TH

ON

)

GE

MGMT

Cinergia

protocol

CA (MATLAB)

Allocate CRP control

setpoints among

flexible resources

Read activated CRP

product

Modbus server

(virtual Linux)

string

csv file

EMS

AC

DC

DC

AC

modbus

Send CRP control

setpoints

Ask for

flexibility capacity (1)


Optimization of uGrid operation

Gateway to remote signals

Management of data traffic

Logging

Measured P (optional)

Measured P (optional)

Voltage setpointFlexibility Activation

MATLAB

VARIABLES or

FILES

files



IREC – setup 1 ASSETS: • 1 Grid emulator 200 kW

• 1 Interconnection Switch

• 1 Microgrid central controller • Energy management system

• Safety controller

CONTROLLABLE NODES: • Up to 6 DER emulators of 4 kW each

• 1 supercapacitor bank of 5 kW

• 1 lithium-ion battery of 10 kVA (5 kW)

USE CASES (LV): • Flicker mitigation

• Grid emulator + Supercapacitors

• Microgrid islanding • 1 Interconnection Switch + Lithium-ion battery + Safety controller



IREC – setup 2

ASSETS: • 1 LV microgrid

• 1 PV emulator

• 1 battery

• 1 residential load emulator

• 1 digital simulator with power amplification • 1 grid emulator

CONTROLLABLE NODES: • 1 HEMS with flexibility

functionality

USE CASES (MV/LV): • CRP activation



32

Lab Demo Site

Field Demo Site


33

Lab Demo Site

Field Demo Site

Aachen, Germany

ideal grid for all

RWTH

11/12/2015 WWW.IDE4L.EU - Review meeting 5th May 2015 SLIDE 34

Switch

LV Cabinet (simulated)


PMUOLTC

CTRL

Switch


PMU

OLTC

CTRL

SSAU

61850 MMS client

61850 MMS server

DLMS/COSEM client

NTP

SCADA/DMS

Control center

Sw

itch

AC

DC

AC

DC

AC

DC

SM

ES

CTRL

PV

CTRL

EV

CTRL

Customer (simulated)

61850 MMS client

CC Network Reconfiguration (NR)

PSAU

61850 MMS client

61850 MMS server



Power Control (PC)

network real time MONitoring (MON)State Estimation (SE)Power Control (PC)

SM

LV RT mon

MV RT monMV RT mon

MV RT mon

MV RT mon

LV PC

LV PC

MV PC

MV PC

MV RT mon

CC NR

CC NR

SMSTATCOM

CTRL

AC

DC

Switch

C37.118

Phasor Data Concentrator (PDC)

Telecomm. device

IED

Building blocks

modbus

DLMS/COSEM

61850-MMS

(report)61850-MMS


61850-GOOSE

104

WS

Data flowsFOPLCETHWirelessSerialPlain cable


Tertiary Control:

Market agent (MA)

Use case tested

• LV and MV Monitoring

• LV and MV State estimation

• LV and MV Power Control

• Control center power control


RWTH

Alstom PMUs and GPS Unit PMU prototype

RTDS


Testing Platform for MV & LV monitoring & control systems

PSAU

RTDS Rack

RSCAD

GTAO card (RTDS)

Voltage and current

converters

SimulationNetwork

Smart Meter PMU

GTNET (RTDS)

IED

Process Bus

Station Bus

SSAU


Testing Platform for MV & LV monitoring & control systems Use Case : Monitoring and state estimation

PSAU

RTDS Rack

RSCAD

GTAO card (RTDS)

Voltage and current

converters

SimulationNetwork

Smart Meter PMU

GTNET (RTDS)

IED

Process Bus

Station Bus

SSAU

Analog voltage signals

Analog current and voltage signals

MMS and DLMS/COSEMSV

MMS

MMS

MMS


Testing Platform for MV & LV monitoring & control systems Use Case : Low voltage and medium voltage control

PSAU

RTDS Rack

RSCAD

GTAO card (RTDS)

Voltage and current

converters

SimulationNetwork

Smart Meter PMU

GTNET (RTDS)

IED

Process Bus

Station Bus

SSAU MMS

MMS

MMS


39

Lab Demo Site

Field Demo Site


40

Lab Demo Site

Field Demo Site

Bronholm, Denmark


ØSTKRAFT (LV network)

ASSETS: • 1 Secondary substation

• 4 LV feeders • monitoring equipment

• Smart meters 112

• Weather station

USE CASES: • RT monitoring

• Load Forecaster


• State forecast


ØSTKRAFT (LV network)

LV – Feeders

Smart meter Concentrator

LV monitoring

Weather Station

Substation 29 Tejn


ØSTKRAFT (LV network) • Example of a smart meter profile with 5 minute values:


ØSTKRAFT (MV)

ASSETS: • 1 Primary substation

• 1 MV feeder

• 2 secondary substations

MV USE CASES: • FLISR

ideal grid for all

OST


MV switch gear 29 Tejn

MV monitoring and control equipment

29 Tejn

ideal grid for all

OST


Switch

SSAU


47

Lab Demo Site

Field Demo Site


48

Lab Demo Site

Field Demo Site

Madrid, Spain


UFD (LV)

ASSETS: • 2 Secondary substations; 10 LV feeders; 240 loads + DERs

CONTROLLABLE NODES: • LV network reconfiguration

• Control of DERs

USE CASES (LV): • RT monitoring


• Power control

• State Forecast

• Load & Generation

Forecast



UFD


ideal grid for all

UFD deployment

11/12/2015 SLIDE 51

PV panels

Wind Turbine

Gas Generator

Electric Vehicle

LV Supervisor

Physical device

=

UCSLIN_1

Logical device

=

LININVMCA

GGIO1

Logical

Node

=

GGIO01

(Generic

Input/Output

Data)

Data Object

= AnIn

Analogue Input

Data Object

= AnOut

Contr.Analogue

Output

Data Object

= Ind

General Indication

Data Attributes

mag: Analog. Value

q: Quality

T: TimeStamp

Data Attributes

Oper: INT32

Data Attributes

stVal: INT32

Q: Quality

T: TimeStamp

Mapping information from MODBUS to IEC61850


ideal grid for all

UFD deployment

11/12/2015 SLIDE 52

61850 SERVER

Data from: PV

Wind Turbine

Gas Generator

Electric Vehicle

LV Supervisor

Meter Data

Concentrator

(instant values)

SAU

Data Base

Algorithms

• State Estimator

• Power Control

• Load Forecast

• State Forecast


ideal grid for all

Status Interface: last importation, status, error detection

UFD deployment

11/12/2015 SLIDE 53

Data Monitoring Interface:


ide4l project overview and anm concept aggregator concept ... · ideal grid for all slide 1...

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