AAE-E3070 Electrical Energy Storage Systems
This course introduces students to key energy storage technologies, their benefits, and applications. Participants will learn to design energy storage interfaces and select relevant technologies. The curriculum covers operating principles, state-of-the-art materials, and teamwork skills for multidisciplinary projects.
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AAE-E3070 Electrical Energy Storage Systems Course Intro 7.1.2020 Assist. Prof. Annukka Santasalo Annukka.santasalo@aalto.fi
Electrical Energy Storage Systems (period III) New energy updates Energy freedom Colorado Energy freedom Colorado European commission Storages ENG Electricity grid ELEC Energy informative
Annukka Santasalo-Aarnio ENG Floran Martin ELEC Teaching Staff Jarno Kukkola ELEC Sandra Correa ENG
Timetable today 9.15 - 9.45 Course introduction Break 5 min. Workshop working at 2018 9.50 - 10.50 Parallel sessions for ELEC, Room U259 Storage, Room U262 Break 10 min. 11.00 - 11.45 Team build up and team topics 11.45 - 12.00 Introduction to Assignment 1
Workshop timetable week 2 (example) 9.15 - 9.30 Review of assignment 1 9.30 - 9.50 Flash talk 9.50 - 10.50 Poster preparing in teams Break 15 min. Workshop working at 2018 11.05 - 11.35 Poster presentations (learning coffee) 11.35 - 11.45 Wrap up 11.45 - 12.00 Instruction to home Flip
Indentent learning outcomes (ILO) Describe operating principles of key energy storage technologies, including their benefits and Design an energy storage interface for a power system or a power train, as a member working cooperatively in a small multidisciplinary team. Recognize energy production and storage applications as well as the state-of-the-art materials currently used fundamental limitations. Select relevant technologies for energy storage, including storage and conversion components. Share the expertise of ones field in a heterogeneous team
Teaching schedule Periode III Week Personal task Assigment 1 Flip I Contact session - Topic Team Project Flow 1 Course Intro + Background (ELEC/Storage) Energy storage systems and interfaces Power conversion devices in EESS Finalizing Storage system Team building + topic 2 Identify components (Poster 1) Power conversion devices (Poster 2) Final storage solution (Poster 3) Financial issues (Poster 4) Final comments (Poster 5) Date agreed next week 3 Assigment 2 Flip II 4 5 Flip III Industrial aspect 1 6 - Industrial aspect 2 + finalizing 8 - Presenting the Final work Contact sessions will be held after first session Tuesday 9.15-12, at U8 lecture hall (Otakaari 1).
Flip the classroom Teaching method You read the material beforehand You will apply the material at the workshop Reserve 3 h for the Flip/home assignment Materials available Course book MyCourses Material
Teaching acitivites Introduction at class Contact session Introduction to topic At home Material search Individual Flip Reading Summarizing (Notes) Reporting (Flip report)/Assigment
Flip the classroom at contact session Bring your notes and material with you The papers can be in electronic/printed format Teach to Others Discuss in Group Prepare a Poster Sum Up Together
Assessment 1. Personal tasks Flip reports (3 x 4 p.) Assignment 1 Assignment 2 Course feedback (Wepropol) 2. Group tasks Final report Posters (5 x 4 p.) Final presentation and group progress 12 10 20 3 45 p. 20 20 15 55 p. 100 p. total, 60 p. needed to pass the course Grading table provided at the end of the course
Team tasks (55 % of grade) There are no Exam on the course You will work in teams to prepare Posters at the workshops, where you apply the theory that you had read/heard at flash talks for your project Oral presentation You will present your case every week to your peers and teachers by presenting at poster. Final presentation of the group work you will present this to whole class Written report: The team will prepare a written report on their task You will also prepare individual tasks as assignments, flip reports (reading reports) and feedback (45 % of grade) https://joshsherin.wordpress.co m/tag/group-work/
Missing a Workshop If you are unable to participate to a workshop you can compensate max. 2 session Prepare missing the workshop report that you will post to MyCourses before the next workshop to replace the poster points What to do and write to compensate: Ask from your team, what would be an additional contribution to the project that you can deliver write one paragraph: explain the challenge the team gave you and the main facts that you found. Look the poster videos from the session and write short feedback from each of them (with assessment from 1-4 p.) Look the flash talk connected to the session and write 1 paragraph reflection on it
Other Courses of Energy Storage (Aalto) CHEM-E4255 Electrochemical Energy Conversion Introduces the operation mechanism of electrochemical energy storage systems ELEC-E8412 Power Electronics Introduces electric power conversion devices that are commonly needed in energy storage systems. ELEC-E8405 - Electric Drives Covers fundamentals of the electric-to-electric and electric-to-mechanical power conversions
AAE-E3080 Thermal Energy Storage Systems (period IV-V) Thermal Energy Storage Systems Energies Heat pumps New Heat Storage materials Using Ixan.co.uk soil/buildings as Energy Storage Underground energy At year 2020: 2.3-20.4.2020
Electrical Energy Storage Systems Background ROOM U259 ROOM U262 New energy updates Energy freedom Colorado Energy freedom Colorado European commission Storages ENG Electricity grid ELEC Energy informative
Team building Multidisciplinary teams ENG background students Other background students Upper right corner Upper left corner Doctoral students ELEC background Other background ELEC background students Below left corner Below right corner
Team work topics Select an Energy System that you will plan the storage for.
Team topics team can choose - examples Storage need Short term (seconds to hours) Mid term (days to weeks) Seasonal storage (weeks to months) Production Windmill Photovoltaic Gas turbine Diesel generation Grid Do NOT select Storages yet Island mode Grid stabilization Consumption Electrical car Household Hybrid vehicle Grid Hospital Data center Marine vessel Post to MyCourses Team work topic Forum: 1) Team members 2) Team name 3) Your topic: Production/Consumption/Storage need By Monday 13.1.2020 at 12 am. You need to get confirmation of your topic, no duplicates
Assignment 1: Production, Consumption and Capacity Deals with sizing of an electrical energy storage system in a simplified framework Instructions available in MyCourses Follow the instructions, write a short individual report, and submit your report as a pdf file to MyCourses Deadline: Monday 13.1.2020 at 21:00 You are encouraged to discuss with other students but copying solutions from other students is not allowed! The reports will be checked for plagiarism.
