Nyhetsflöde

FöreläsningLecture 16 - Power System Control Applications II

* Automatic Generation Control

Lecture 167 - Power System Control Applications II

* Automatic Generation Control State Estimation in Power System Control РPractical PerspectiveӦ

Lecturer: Magnus Johansson,  Svenska Kraftnät

ÖvningLecture 15 - Power System Control Applications I

* State Estimation

Lecture 156 - Power System Control Applications I

* State Estimation
Automatic Generation Control
The lecture slides can be downloaded here¶

FöreläsningLecture 13 - Power System Control Centres

Energy Management Systems¶

Lecture 134 - Power System Control Centres

Lecture 145 - Power System Control Centres

Energy Management Systems and State Estimation¶

¶

The lecture slides can be downloaded here

FöreläsningLecture #9 SCADA systems

SCADA & Communication Systems¶

• SGAM recap¶

• SCADA Systems¶

Lecture #913 SCADA & Communication systems

SCADA & Communication Systems

• SGAM recap

• SCADA Functions¶


* SCADA Systems

Lecture 13 SCADA & Communication systemsCancelled

SCADA & Communication Systems¶ • SGAM recap¶ • SCADA Functions¶
* SCADA Sytems
This lecture is cancelled!¶

FöreläsningExercise - Designing control systems using the SGAM

* Smartgrid Architecture Model
* Use Case template

* Smartgrid Architecture Model
* Use Case template
Power systems communication
* IEC 61850¶


* GOOSE
* SV
* MMS
¶


* IEC 60870-5-101 and IEC 60870-5-104
* Modbus
* DNP3
* IEC 61968-100
* ICCP
* IEEE C37.118

* Handson-exercise: Wireshark captures of power systems protocols
Please install Wireshark and bring computers along to the lecture for the exercise.¶

¶

Exercise - Designing control systems using the SGAMLecture 12- Communication Systems III

Lecture 123 - Communication Systems IIIV

* Power systems communication
* IEC 61850¶
* GOOSE
* SV
* MMS
¶
* IEC 60870-5-101 and IEC 60870-5-104
* Modbus
* DNP3
* IEC 61968-100
* ICCP
* IEEE C37.118

* Handson-exercise: Wireshark captures of power systems protocolsQuality-of-Service
* Delay & Jitter
* Loss and Throughput
* Time synchronization
* Please install Wireshark and bring computers along to the lecture for the exercise.¶roject assignment Q&A

Lecture 13 - SCADA and Communication Systems IV

* Quality-of-Service
* Delay & Jitter
* Loss and Throughput
* Time synchronization
* Project assignment Q&A
¶SCADA system functionality
* SCADA System architecture

Lecture 13 - SCADA and Communication SystemsQuestions & Answers Project Assignment Part 2

* SCADA system functionality
* SCADA System architQuestions and Answers on Project Assignment Part 2¶

No lecture.

Questions & Answers Project Assignment Part 2Lecture 13 SCADA & Communication systems

Questions and Answers on Project Assignment Part 2¶ No lectureSCADA Systems¶


* SCADA Architecture & Functionality
* SCADA & applications in the SGAM.

SCADA Systems

* SCADA Architecture & Functionality
* SCADA & applications in the SGAM.
You can find the lecture slides here.¶

Recommended reading for this lecture is Chapter 2 in "Power System SCADA and Smart Grids" by Thomas & McDonald¶

KontrollskrivningVoluntary Test #2

L2M31, L2M32, L42M33

TisFredag 2730 oktober 2015 kl 08:00 - 10:00

B2D32, L31, L44D42, E33

KontrollskrivningVoluntary test #1

D32, D42, E33, V35

ÖvningComputer Lab

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.¶

During the computer lab, students work with ARSITO to familiarise themselves to power system control problems.¶

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.

During the computer lab, students work with ARSITO to familiarise themselves to power system control problems.

Location: Osquldas väg 10, Q-building , 7th floor.¶

ÖvningComputer Lab

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.¶

During the computer lab, students work with ARSITO to familiarise themselves to power system control problems.¶

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.

During the computer lab, students work with ARSITO to familiarise themselves to power system control problems.

Location: Osquldas väg 10, Q-building , 7th floor.¶

ÖvningComputer Lab

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.¶

During the computer lab, students work with ARISTO to familiarise themselves to power system control problems.¶

¶

¶

¶

N.B. A maximum of 20 students can do the ARISTO computer lab at one time. Therefore, only of the sessions during Sept 4 and 7 will be required for any individual student.

During the computer lab, students work with ARISTO to familiarise themselves to power system control problems.

Location: Osquldas väg 10, Q-building , 7th floor.¶