ELEC-E Smart Grid COURSE DESCRIPTION

Slides:

Advertisements

Similar presentations

Rick Sergel President & CEO July 16, 2009

Advertisements

Impact of Smart Grid, ICT on Environment and Climate Change David Su Advanced Network Technologies National Institute of Standards and Technology ITU Symposium.

Smart Grid Status in Finland I.Country/Economy Smart Grid Status 1.High priority technical needs for smart grid development and/or deployment Research.

Frankfurt (Germany), 6-9 June 2011 André Postma – Netherlands – RT.1b SM components "Smart Grid Components"

D3 – Integrating the Demand Side KTN 2014 Annual Conference Localised Energy Systems: Challenges and Opportunities 27 March 2014 Dr Michael Jampel Deputy.

CONTENTS 1.Technology Paradigms a.Old Paradigm example b.Old Energy Paradigm, Model, Costs and Status c.New Paradigm example d.New Energy Paradigm 2.Key.

Data-driven analytics for understanding utility customer behavior Arjen Zondervan (Alliander, Liander Klant & Markt) Maarten Wolf (Alliander, Liandon)

Smart Energy Campus September 16, Project Overview  Workforce Training  Solar PV  Solar Thermal  Small Scale Wind  Plug-in Hybrid Electric.

Washington DC October 2012 The Role of PEV and PV in the Changing Electric Utility Market Mike Rowand Duke Energy.

Solar & Energy Storage Seminar Bryan Ekus | IPVEA.

By Lauren Felton. The electric grid delivers electricity from points of generation to consumers, and the electricity delivery network functions via two.

Integrating Renewable Energy into Power Networks smart grid, micro- grid or off-grid Graham Ault Low Carbon Energy for Development Network Conference 4.

© ABB SG_Presentation_rev9b.ppt | 1 © ABB SG_Presentation_rev9b.ppt | 1 Smart Grid – The evolution of the future grid Karl Elfstadius,

Jeju, 13 – 16 May 2013Standards for Shared ICT HIS – Smart Grid Karen Bartleson, President, IEEE Standards Association Document No: GSC17-PLEN-72 Source:

G6: Substation and Distribution Automation Northwest Workforce Training Washington State University University of Washington 1.

Khalid Abdulla, The University of Melbourne The Value of System Aggregation in exploiting Renewable Energy Sources Professor Saman Halgamuge The University.

28 August 2015T Kari Laitinen1 T Seminar on Wireless Future 3 ECTS cr Dr. Kari Laitinen Principal Lecturer Oulu University of Applied Sciences.

EU policy objectives and European research on Smart Grids European Commission, DG Research Henrik Dam Research Programme Officer ADDRESS international.

Distributed Power Opportunities in the Developing World Presentation to the Distributed Wind Energy Association F. Andrew Dowdy February 13, 2013.

Grid, Smart grid, CURENT. Basic components of the Electric Grid Power Plant- Electricity generation Transmission- Transmit electricity to different areas.

Interdisciplinary Education on Smart Grids: Lessons, Challenges, and Opportunities Visvakumar Aravinthan and Vinod Namboodiri Department of Electrical.

Link on sitor/direction/en.

Renewable Energy & Smart Grid Consortium Research Topics Name Title Company.

Bielsko- Biala 18/09/2013 HOTEL QUBUS ST PLC Technology seminar.

7/25/2014 Mingguo Hong, CWRU Developing the Smart Grid Course at Case Western Reserve University.

© CURRENT Group, Proprietary & Confidential1 currentgroup.com CURRENT Overview October, 2010.

Smart Grids: Ireland’s Unique Opportunity Doireann Barry, Smart Grid Programme Manager.

Common Information Model - enabling data exchanges and interoperability in the electric utility industry P&E Magazine, May 2015 Power & Energy Magazine.

Power Grid and Its Problems ALEX CHAN AND RONIK SHETH.

25 April 2013 MEETING THE ENERGY DEMAND Towards decentralised energy systems Dr. Winfried Hoffmann President EPIA Member of the Supervisory Board of SMA.

Share information Making own lecture materials WEB Discussions Tutorials Self-evaluations Simulation Feedback Course database Objectives:

ETC 288 Alternative Energy Class 10 Saturday 4/9 9: :00 AM Course Review, Wrap up ETC 288 Alt Energy.

1 John Parsons BEAMA What is a Smart Distribution Grid?

Pecan Street Project Inc.. Things change What’s in it for the customer?

Issues of Grid Integration of Renewables : Creative solutions 09/11/2012Mickaël HERVY01 / 11.

Smart Grid Schneider Electric Javier Orellana

Smart regulation for a 21st century energy system Rob Heferen Deputy Secretary, Department of the Environment and Energy 27 July 2016 Department of the.

Ross Baldick, Department of Electrical and Computer Engineering

ELEC-E8422 Introduction to Electrical Energy Systems

Integration of energy systems in the CITIES project

Advanced Energy Solutions

Towards a 100% Renewable Energy Supply “Renewables Working Together”

Eric Peirano BRIDGE Support Team, Technofi

EE379K/EE394V Smart Grids: Introduction

Master of Science Electrical and Computer Engineering

Energy, Environment and Society Course Overview BEX,BCT(IV Year/I Part) Lecture:2 (Per Week) 10/13/20171DEPARTMENT OF ELECTRONICS & COMPUTER ENGINEERING.

SMUD - Whole Foods Energy Storage System

Regulatory ‘Do’s’ and ‘Don’ts’ for DSOs to serve consumers’ interests Garrett Blaney co-chair, CEER Distribution Systems Working Group CEER Annual Conference.

Theory and Practice of Web Technology

Promoting consumer engagement and demand response – The DSO Role

Computer Technology Trends Research Project

Q Action on Grid Modernization, Energy Storage, and Utility Reform

Sahar Rahim MS-Electrical Engineering Supervisor: Dr. Nadeem Javaid

From Big Ideas to Lesson Plans

Karen Bartleson, President, IEEE Standards Association

Module 40 Planning Our Energy Future

Renewable energy projects for location-based supply

EE362G Smart Grids: End of semester presentations

Forecasting and Operations CAISO Case

Edwin Kowalczyk Oscar Lindblom

Arslan Ahmad Bashir Student No

ELEC-E Smart Grid Demand response in power system energy balance management Teemu Manner

Jakov Chavez Vega Kalle Valtavirta

Bus 100: Business communications

Smart Sustainable Cities presentation template

Towards sustainable integrated energy systems – distributed low emission production, storage and smart grid Jukka Paatero Aalto University Department.

ELEC-E Smart Grid <Presentation topic>

Title of paper Suggested requirements: Format: A0 (83cm x 119 cm)

Konsta Ruokosuo Aitor Ossa

Energy Transition: from Challenges to Solutions

Presentation transcript:

ELEC-E8423 - Smart Grid COURSE DESCRIPTION MATTI LEHTONEN 20.2.2018 07.02.2018

Introduction After the course the student can explain different functions of modern electric power systems. He understands the challenges of large scale integration of variable renewable energy sources like wind and solar power in energy systems and is able to suggest solutions to these challenges: Operation of future power markets Role of Electric Vehicles in energy systems Demand response Self-healing networks Distribution system state estimation Automatic metering systems Network information systems PV hosting capacity of distribution grids Prosumers and local energy management 07.02.2018

Course structure & assessment methods The course comprises an introduction lecture and seminar presentations by the students of given topics. The students have to prepare an essay about the contents of the introduction lecture and all the seminar presentations. This essay should give a complete and holistic picture about Smart Grid. The grading is based on the following criteria: Participation to the lectures (20%) Quality of the seminar presentation (20%) Essay (60%). The seminar presentation should be in ppt(x)-format (guidelines and template given) The essay should be in pdf-format and submitted to MyCourses by 27 May. 07.02.2018

Course material The presentations should mainly based on conference and journal articles found in: SCOPUS IEEE Xplore 07.02.2018

Questions ? 07.02.2018