DTU Elektro Internal Newsletter June 2019 by DTUdk

DTU Elektro Internal Newsletter

June 2019 ∙ No. 2

AWARDS AND SUCCESSES Photo:s: Ulrik Jantzen/Büro Jantzen

DTU Lecturer of the Year

At DTU’s annual Commemoration Party on 3 May 2019 the DTU student’s union Polyteknisk Forening appointed Cheol-Ho Jeong to the Lecturer of the Year. Cheol-Ho receives the prestigious award for his excellent teaching in the MSc courses Architectural acoustics (31240) and Building acoustics (31241). The courses are part of MSc programme in Engineering Acoustics, and are given by our Acoustic Technology group.

Professor Robert Madsen from DTU Chemistry also received the award.

For the students, Cheol-Ho’s lectures are inspiring and have room for humor. He also manages to deliver the subject in a very interesting way. Some of his students are even choosing him to be the best teacher they ever had.

The annual award celebrates DTU lecturers and honours them for showing great commitment to the teaching, for their ability to encourage the students to play an active part >>

Contents AWARDS AND SUCCESSES 1 PHD DEFENCES 3 EXTERNAL COLLABORATION 6 TEACHING AND EDUCATION 10

DTU Electrical Engineering Department of Electrical Engineering

TALKS / SEMINARS HELD 13 PUBLIC OUTREACH 14 STAFF NEWS AND INFO 16

The DTU Elektro Internal Newsletter is published every quarter Next newsletter: September 2019

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in their education, and for their capacity to communicate

Project manager Christoffer Greisen had this to say:

difficult material in an inviting and readily comprehensible

“We’re proud to receive this award. It can be difficult to

manner.

evaluate our solutions, but one of them has already been

Read more: http://kortlink.dk/dtu/yde2

passed on to 7,000 homes in Østerbro as part of HOFOR’s desire to reduce the use of fossil fuels. This wouldn’t have been possible without the EUDP’s decision to support the project.” The other competitors in the category were: The Climate Tile, New Zealand Hospital, and ECCO. The EnergyLab Nordhavn project is headed by our CEE group, and supported by EUDP. The project will conclude in the autumn of 2019. The final results and recommendations will be presented at a conference in Copenhagen at the beginning of October. Photo: Christoffer Greisen and Per Nørgård (both CEE) at the DDA event together with Morten Herget Christensen, Balslev and the two designers from KIRT x THOMSEN. Read more: http://kortlink.dk/dtu/yde3

EnergyLab Nordhavn won Danish Design Award 2019 EnergyLab Nordhavn is a visionary concept—not a physical object you would automatically consider for a design award. Nevertheless, the project won the Danish Design Award 2019 in the category ‘Visionary Concepts’. The project is centred around a collaboration between researchers and Danish energy companies with the aim of developing and demonstrating solutions for a flexible and intelligent energy system of the future. And the designers KIRT X THOMSEN have managed to visualize many of the innovative solutions that would otherwise be hidden away in attics, on walls, and in basements.

“EnergyLab Nordhavn has design relevance because design is also about cooperation and creating synergies in order to achieve a common goal. The end result is not directly visible, but a design approach is crucial in this project. A radical collaborative effort is necessary if we are to ensure

Henrik Hautop Lund and our Playware centre won ‘Innovation of the Year, (Dementia Solution)’ for the Moto Tiles for eldercare and its novel automatic generation of personalized training protocols for seniors with dementia. The Asia Pacific Eldercare Innovation Awards is known as “the Oscars of the eldercare industry”. The awards recognize the best in eldercare product and service delivery. The award was given at a gala event at Marina Bay Sands in Singapore mid-May. The Moto Tiles have

The jury justified its decision as follows:

the energy supply of the future.

Moto Tiles awarded again

earlier received Asia Pacific Eldercare Innovation Awards in other categories. Mid-June in Tokyo, Japan the Moto Tiles won the ‘SilverEco Ageing Well International Award’ in competition with 45 nominated global companies, products and projects, and selected by a jury composed of 26 international experts in the field.

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PHD DEFENCES PhD student Yunfeng Dong from our Electromagnetic Systems group defended his PhD thesis titled ‘Strategies for Hybrid Integration and Packaging at MillimeterWave and THz Frequencies’ on 8 May 2019. Supervisors: Tom Keinicke Johansen, DTU Elektro Vitaliy Zhurbenko, DTU Elektro Examiners: Michael Mattes, DTU Elektro Professor Herbert Zirath, Chalmers University, Sweden Dr. (Associate Professor) Ulf Johannsen, Eindhoven, The Netherlands Chairperson at defence: Kaj Bjarne Jakobsen, DTU Elektro

Elektro project awarded DTU’s PoC grant Six exciting DTU projects with significant commercial potential have been awarded DTU’s Proof of Concept grant of up to DKK 500,000 in this year’s first application round in March. Among the recipients is the project ‘SiCube

PhD student Lesia Mitridati from our CEE group defended her PhD thesis titled ‘Market-Based Coordination of Heat and Electricity Systems’ on 13 May 2019.

-Integrated Point of Load Power Converter’ from our Electronics group (Yasser Nour, Ahmed M. Ammar and Hoá Lê Thanh). The PoC grant is a vital step in the start-up journey and to the future development and maturation of DTU technologies. The grant covers a period of maximum 12 months and is awarded three times a year. Read more: http://kortlink.dk/dtu/yde4

Supervisors: Pierre Pinson, DTU Elektro Jalal Kazempour, DTU Elektro Examiners: Spyros Chatzivasileiadis, DTU Elektro Assistant Professor Maryam Kamgarpour, ETH Zürich, Switzerland Professor Steven Low, California Institute of Technology (Caltech), USA Chairperson at defence: Qiuwei Wu, DTU Elektro

Funding for lab equipment Our Electromagnetic Systems Group has received funding from the H.C. Ørsted’s Fund to purchase a total of six 1 GHz mixed domain oscillators to further supplement our equipment in our EMI Student Laboratory. These will be heavily used in our Signal Integrity course as well as in the introductory electromagnetics courses. DTU Elektro contacts: Samel Arslanagic and Tom Keinicke Johansen.

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PhD student Bo Søborg Petersen from our CEE group defended his PhD thesis titled ‘Reference Control Architecture for Modularity-Based Distributed Control’ on 14 May 2019.

PhD student Alexander Hermann from our CEE group defended his PhD thesis titled ‘Market-Based Methods For The Coordinated Use Of Distributed Energy Resources’ on 3 June 2019.

Supervisors: Henrik Bindner, DTU Elektro Shi You, DTU Elektro Associate Professor Bjarne Poulsen (former DTU Compute employee)

Supervisors: Jacob Østergaard, DTU Elektro Jalal Kazempour, DTU Elektro Assistant Professor Shaojun Huang, University of Southern Denmark (SDU)

Examiners: Peter Bach Andersen, DTU Elektro Associate Professor Rasmus Løvenstein Olsen, Aalborg Universitet Professor Geert Deconinck, KU Leuven, Belgium

Examiners: Pierre Pinson, DTU Elektro Researcher Florin Capitanescu, Luxembourg Institute of Science and Technology, Luxembourg Professor Christoph Weber, Universität Duisburg-Essen, Germany

Chairperson at defence: Kai Heussen, DTU Elektro

Chairperson at defence: Vassilios Agelidis, DTU Elektro

PhD student Lejla Halilbasic from our CEE group defended her PhD thesis titled ‘Convex Reformulations of Security and Uncertainty Constraints for Power System Optimization’ on 24 May 2019.

PhD student Piotr Merek Kaminski from our Electromagnetic Systems group defended his PhD thesis titled ‘Active Mamophotonic Antenna Arrays for Effective LightMatter Interactions’ on 6 June 2019.

Supervisors: Spyros Chatzivasileiadis, DTU Elektro Pierre Pinson, DTU Elektro

Supervisors: Samel Arslanagic, DTU Elektro Olav Breinbjerg, DTU Elektro Professor Jesper Mørk, DTU Fotonik

Examiners: Jalal Kazempour, DTU Elektro Professor Anthony Papavasiliou, Université catholique de Louvain, Belgium Professor Ian Alexander Hiskens, University of Michigan, USA

Examiners: Associate Professor Andrei Lavrinenko, DTU Fotonik Priv.-Doz. Uwe Bandelow, Weierstrass Institute for Applied Analysis and Stochastics, Germany Professor Filippo Capolino, University of California, USA

Chairperson at defence: Arne Hejde Nielsen, DTU Elektro

Chairperson at defence: Vitaliy Zhurbenko, DTU Elektro

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PhD student Marjan Gjelaj from our CEE group defended his PhD thesis titled ‘Planning Strategies for EV Fast-Charging Stations combined with Battery Storage Systems in Distribution Grids’ on 7 June 2019.

Supervisors: Kim Høj Jensen, Team Lead, Siemens Gamesa Tonny Wederberg Rasmussen, DTU Elektro

Supervisors: Chresten Træholt, DTU Elektro Peter Bach Andersen, DTU Elektro Seyedmostafa Hashemi Toghroljerdi, DTU Elektro Examiners: Vassilios Agelidis, DTU Elektro Professor Graham Town, Macquarie University, Australia Professor Francesco Benzi, Università di Pavia, Italy Chairperson at defence: Qiuwei Wu, DTU Elektro

PhD student Alexander Weider King from our Acoustic Technology group defended his PhD thesis titled ‘Nonlinear fractional order derivative models of components and materials in hearing aids and transducers’ on 17 June 2019. Supervisors: Finn T. Agerkvist, DTU Elektro Jonas Brunskog, DTU Elektro Professor Jakob Søndergaard Jensen, DTU Mechanical Engineering Examiners: Dr. Lars Risbo, Purifi, Denmark Professor Wolfgang Kropp, Chalmers, Sweden Associate Professor Bastian Epp, Committee (previously DTU Elektro) DTU Health Tech

PhD student Emerson Guest from our CEE group defended his PhD thesis titled ‘Active Filter Solutions for Reducing Harmonic Emissions by Wind Power Plants’ on 20 June 2019.

chair,

Chairperson at defence: Associate Professor Jeremy Marozeau, (previously DTU Elektro) DTU Health Tech

Examiners: Associate Professor Niels Kjølstad Poulsen, DTU Compute Professor Torbjörn Thiringer, Chalmers University, Sweden Christian Wolf, Senior Engineer, Grundfos Management Chairperson at defence: Nenad Mijatovic, DTU Elektro

PhD student Guillaume Le Ray from our CEE group will defend his PhD thesis titled ‘On the Role of Smart Metering Data Analytics in the Energy Sector Digitization Process’ on 3 July 2019.

Supervisor: Pierre Pinson, DTU Elektro Examiners: Henrik Bindner, DTU Elektro Senior Researcher Ricardo Jorge Bessa, Institute for Systems and Computer Engineering, Technology and Science (INESCH TEC), Portugal Expert Scientist Yannig Goude, Électricité de France (EDF), France Chairperson at defence: Arne heide Nielsen, DTU Elektro

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Photo and illustration: Atlas Maridan

Photo: Colourbox

EXTERNAL COLLABORATION

Danish shipping must be autonomous A collaborative project with broad participation from the

Small autonomous underwater drone to help fishermen

world of education, universities, and the maritime sector

Young researcher from our Automation and Control group

will in the coming years ensure that Denmark leads the

contributes to the development of a small new autonomous

way at developing autonomous solutions for maritime

underwater vehicle which can help fishermen identify

traffic. It is happening as part of the large ShippingLab

shoals of fish.

project, which has just been launched to strengthen Denmark’s position as a maritime powerhouse, and which focuses on increasing the level of digitization, on making Danish shipping autonomous, and on implementing more environment-friendly technology.

The company Atlas Maridan develops autonomous underwater vehicles. Most of these underwater vehicles are large and are used to examine the seabed minutely for rocks and other seabed surface conditions before

The initiatives regarding autonomy are headed by Mogens Blanke from our Automation and Control group, and build

installation of—for example—cables for transmission of energy from offshore wind farms to shore. They are also used to identify if there are any naval mines on the seabed.

on the research which has been conducted at the university

These are large underwater vehicles measuring 4-5 metres

in recent years. Several shipping companies and suppliers

in length and weighing several tonnes.

to the shipping industry are also participating in the work together with Svendborg International Maritime Academy (SIMAC) and Aalborg University.

The company is currently working on the development of a new product, which initially has fishermen as a special target group. It is an underwater drone which is so small

“We have a vision of ships being able to operate for periods

that it can easily be carried by a single person. The drone

of time with unmanned bridges, or in special cases without

technology is being developed with assistance from Jesper

a navigator on board. This can only happen once we have

Haahr Christensen—who is employed as an industrial

trained our computer algorithms to be just as good as an

PhD—in a partnership between our department and Atlas

experienced master,” says Mogens Blanke.

Maridan.

Read the full article: http://kortlink.dk/dtu/yde5

“The idea is that the drone can be thrown into the sea from the fishing vessel. It will then itself be able to find its way to shoals of fish near the vessel and determine what kind of fish they are, the number of fish, and their size. With this knowledge, the fisherman—who may be looking for herring— can assess whether it is sensible to fish, or whether he will

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risk too large a quantity of bycatches of other fish, or that

Confederation of Danish Industry (DI) and Energinet in

the herring are too small,” says Jesper Haahr Christensen.

cooperation with Vestas, Siemens-Gamesa, ABB, NKT, Siemens, Ørsted, and Energy Innovation Cluster.

Read the full article: http://kortlink.dk/dtu/yde6 On this island, the energy from the surrounding offshore wind farms will be gathered and distributed to the countries around the North Sea. This vision may sound like a distant dream, but Jacob Østergaard (CEE) is certain that it can become reality in the near future. “With this concept, it will be possible to ensure green energy for most of Northern Europe. At the same time, this could fuel a new North Sea adventure that can replace oil, and where the strong Danish energy industry can play a key role. We need to quickly start mapping the technological challenges we need to overcome when establishing the new energy solutions, so that Danish companies can be ready to offer the right technologies and services,” says Jacob Østergaard. The project has just launched and will be completed in the summer of 2020. Read more here: http://kortlink.dk/dtu/yde7

New North Sea wind adventure could make Denmark a green leader

New Sustainable Energy Systems collaboration with China

A new development project involving several Danish

Researchers from Denmark and China met under the

businesses aims to deliver the right technologies and

framework of the Sino-Danish Center for Education

services for the energy supply of the future via offshore

and Research (SDC) Sustainable Energy research theme

wind farms and a new artificial island in the North Sea.

to discuss opportunities to pursue collaborations going forward when they held their two-day kick off seminar at

This will be done in the North Sea Energy Hub project,

SDC in Beijing in the beginning of April.

headed by our CEE group with participation from the _________ DTU Elektro Internal Newsletter | June 2019 _________

They also took the opportunity to exchange views on the

The H2020 project INSULAE is a 12 M€ project which started

latest advances within the field of renewable, integrated

in April with a duration of 4 years. The partners include

and smart energy systems, which revolves around making

research institutions, universities, utilities, municipalities

cheaper, more efficient and sustainable production,

and relevant enterprises working in the energy sector. The

distribution and end-use of energy.

Spanish research centre Circe leads the consortium.

The seminar kicked off with discussions and demonstrations

“We are looking forward to be part of the INSULAE project,

at Chinese Academy of Sciences’ Institute of Electrical

and we will welcome this test as a great example of how to

Engineering in Beijing and the following day with

explore the use of grid batteries in the electrical system.

presentations and discussions at SDC. Around 40 researchers

Used on Bornholm it can be a step towards making the grid

and industry representatives joined the programme. Some

connection to Sweden redundant, and if Bornholm becomes

were already deeply involved in SDC activities and others

a test zone for intelligent smart energy solutions, then new

were new to the setup.

frame conditions for distributed energy resources can be tested too” says Thomas Meier Sørensen (CEE).

Jacob Østergaard (CEE) has collaborated with Chinese researchers for almost a decade and he sees great potential

Read more: http://kortlink.dk/dtu/ydev

Disconnected power cable to Bornholm offers unique test option The island of Bornholm is on its own these days (beginning of May) in terms of electricity supply, as the submarine cable to Sweden’s power grid has been disconnected. This

Large-scale project to decarbonize European islands

is an interesting situation for researchers at DTU, who are investigating the ability of electric vehicles to stabilize the power grid.

DTU is one of the 27 partners in a new large-scale European project. As responsible for one of the three demo islands (Bornholm) DTU will test a new storage technology that exploits the features of grid integrated electric vehicles and demonstrate the possibility of providing flexibility to the electrical grid. 8

At the bottom of the sea between Hasle and Borreby lies a gigantic submarine cable. It normally connects Bornholm’s electricity system to the Swedish power grid and the rest of the Nordic electricity system. But Tuesday, 7 May at 7 a.m., the submarine cable was disconnected at both ends.

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“The reason for this is that the Swedish electricity company E.ON is renovating its plant in Borreby. Therefore, they have to shut down the supply, so they can work safely,” says Carsten Rasmussen, who is responsible for coordinating the disconnection at Energinet, which is the owner of the cable. The public utility company Bornholms Energi & Forsyning (BEOF) has prepared for the disconnection, among other things by initially asking all the island’s solar plant and wind turbine owners to stop their generation. This is because the current layout of the power grid means that it is unable to handle highly fluctuating energy volumes. If there is a shortage of electricity in the power grid, or if too much electricity is fed into the grid, it becomes unstable and short-circuits. The consequences would be that darkness will fall over the streets of Bornholm. “Therefore, we choose the safe way,” says the duty officer at BEOF, Filip Oehlenschläger.

New computer models ensures faster development of hearing aids A young researcher from our Acoustic Technology group has

“Only when we’re well underway with our island mode

optimized the simulation models used for developing new

operation can we give the wind turbine owners’ permission

hearing aids. The necessary calculations can now be made

to put one wind turbine at a time into operation in their

up to 20 times faster. After completing her PhD project

wind farms, which typically consist of three to five wind

at our department, Ester Creixell Mediante has been

turbines.”

employed with Oticon, where she has incorporated the new and faster calculation methods in the computer models used

This is pleasant news for Mattia Marinelli (CEE), as plans are to also open up for the renewable energy sources during the disconnection period. His research project ACES uses Bornholm as test zone. The project investigates how electric vehicle batteries via intelligent charging stations can serve as sustainable ‘micro power plants’, which can

by the company’s developers. In addition, she has continued working on the second part of her PhD project, which focused on whether topology optimization can be used in the development of hearing aids. Read more: http://kortlink.dk/dtu/ydey

quickly supply electricity to the grid if there is a drop in generation. Conversely, by means of the intelligent charging stations, the vehicles can recharge if the wind is blowing and the sun is blazing. This is one idea of how to increase the share of renewable energy in the power grid around the world. “It’s very promising that BEOF is open to doing something different than usual. This means that they have become more familiar with the various energy sources they have on the island and don’t perceive renewable energy sources as a threat,” says Mattia Marinelli. Read more: http://kortlink.dk/dtu/ydex

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Photo: Ahmed Morsi Ammar

Tiny power converter frees up space inside mobile phones Five young researchers; Yasser Nour, Ahmed Morsi Ammar, Pere Llimós Muntal, Dennis Øland Larsen, and Hoá Lê Thanh from our Electronics group have developed a new technology enabling them to produce a tiny cubeshaped power converter measuring as little as a couple of millimetres on each side. As mobile phones and laptops are

Not surprisingly there was a great interest in the technology presented at the Danish IP Fair in May. The energy source for mobile phones is either a USB cable plugged into a power socket—or a battery. But a mobile phone’s individual electronic components are powered by many different voltage domains. Read more: http://kortlink.dk/dtu/ydf2

becoming ever smaller, we are seeing increasing speeds and the addition of new features.

Photo: Benny Johansen

TEACHING AND EDUCATION Best teacher of the semester At a Department staff meeting on 14 May 2019 it was announced by our Deputy Head of Department Michael A.E. Andersen that the best teacher of the Autumn 2018-January 2019 semester is Samel Arslanagic, from our Electromagnetic Systems group, for the BSc course 31400 Electromagnetics (Elektromagnetisme). The nominations for best teacher are based upon the student evaluations received and examined by the Department’s Board of Studies and Management. The Electromagnetics course and the teacher received excellent student evaluations. Selected student quotes on the course’s teacher “Samel is fantastic. Super engaged in his field and to teach it to students.”

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DTU. It also reflects the developments in the automation

“The best teacher I’ve ever had.”

area. Previously, we had a large focus on the control of At the meeting Samel Arslanagic was awarded with a best

robots, but today there’s also a need for other types of

teacher diploma and a nice box of chocolates, and received

expertise,” says Ole Ravn (Automation and Control).

a big round of applause from the audience. Concurrently with the appointment of the three new In 2018 Samel Arslanagic received DTU’s Lecturer of the

researchers, DTU has taken over the MSc programme

Year award which is appointed by DTU’s student union

‘Autonomous Systems’ from Aalborg University. A

Polyteknisk Forening once a year.

programme which Lazaros Nalpantidis originally took initiative to establish, and which is now included as part of DTU’s study programmes. “With the new expansion of the staff, I also hope that we’ll be able to expand our collaboration with companies. This applies both to collaborations on student assignments and actual research projects. In addition, we will to a greater extent be able to say yes to companies who approach us with requests for collaboration on specific tasks, something we have to reject too often at the moment,” says Ole Ravn. The appointment of the three new researchers means that there is now more than 45 employees in the Automation and Control group at our department.

DTU boosts its research in autonomous systems and robots

“It’s great to be a part of the strong research environment within automation that exists at DTU. We’ve collaborated successfully on specific projects and now look forward to being a part of the major initiatives at the University,

Our department has recently employed three new

such as ShippingLab and the invitation to participate in

researchers: Lazaros Nalpantidis, Evangelos Boukas,

one of the world’s largest competitions for collaborative

and Matteo Fumagalli, who are all established researchers

robots, MBZIRC, in Abu Dhabi,” says Lazaros Nalpantidis.

within autonomous systems. Matteo Fumagalli’s research has focused on drones, and Photo: Colourbox

especially on how to get a drone to attach itself to a surface in order to perform a repair, such as mending a crack in a wind turbine blade. Lazaros Nalpantidis and Evangelos Boukas conduct research into how robots understand the outside world and have previously worked in close collaboration with DTU in connection with research projects in autonomous shipping. Among other things, they have researched how robots can learn to tell the difference between the objects they register

MSc in Autonomous Systems

on the water in front of the ship—for example, whether it’s a As mentioned above DTU will be offering the MSc

surfer or a navigation mark.

programme in Autonomous Systems with a primary focus “The new appointments mean that the range of competences within robot technology is now complete at

on robots and autonomous systems. It will be offered from autumn 2019.

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with knowledge of robots and autonomous systems. Students at DTU have so far had the opportunity to specialize in automation and robot technology on the

Students on the two-year programme will be required to

Electrical Engineering study programme, but now the area

learn a lot of basic material.

is getting its own MSc programme. “The students will be busy, but in our experience they will “We’re seeing a huge development in automation and

be highly motivated to learn the basic theory when they

robot technology and the further development of robots

see the exciting things they can create and how they can

into units that can figure out how to do things—from

help solve some problems for real people. And this course

drones and underwater robots to self-driving cars and

has a very bright future ahead of it,” assures Ole Ravn.

autonomous ships. There is a huge demand for graduates in this area,” says Ole Ravn. DTU has therefore spent several years developing the new study programme, which has gained further traction as a result of its merger with a similar programme offered for some years by Aalborg University, Sydhavnen Campus. This autumn 21 of their students will continue their education at DTU. Several different academic areas provide access to the MSc Programme in Autonomous Systems. It is based on electrical engineering, computing, IT, and mechanical engineering disciplines—as well as a management background. The students must learn to design and manage the total autonomous systems and ensure that these systems are reliable and continuously monitored, so that they can intervene if something goes wrong. “Students need to be creative, dexterous, and willing to gain competences in various branches of science engineering,” summarizes Ole Ravn, who promises excellent facilities to test the systems.

Overview of ‘DTU Elektro’ programmes Among other things, the University plans to build a new test hall where students can test-fly drones.

A new page has been added to the department website’s section on education which provides a visual overview of

According to Ole Ravn, the new graduates will be in

the DTU study programmes that our department contributes

great demand—there is a growing market for robots and

to and is involved in.

autonomous systems—and thus for people who can Check out the page: http://kortlink.dk/dtu/ydf3

design and develop them. Many industries are working to automate the toughest production processes—e.g. slaughterhouses. Automated processes can also lead to more uniform products which can be continuously quality assessed. Drones are experiencing strong growth, inspecting everything from wind turbines in the air to schools of fish in the water. In short, the entire industry 4.0 wave requires graduates

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In connection with Piotr Kaminski’s PhD defence on Friday 6 June a two guest lectures were held on 7 June. Professor Filippo Capolino, University of California, USA, gave a lecture entitled ‘Theory and applications of exceptional points of degeneracy in electromagnetics’, and Dr. Uwe Bandelow, Weierstrass Institute for Applied Analysis and Stochastics, Germany, gave a lecture entitled ‘Modeling and Simulation of Electrically Driven Quantum Dot Based Single-Photon Sources’. DTU Elektro contact: Olav Breinbjerg In connection with Emerson Guest’s PhD defence on 20 June a CEE Power Event was held, and a lecture on ‘Investigation

DTU Code of conduct/Code of honour

of a Multilevel Inverter for Electric Vehicle Application’ was given by Professor Torbjörn Thiringer, Chalmers

All research carried out at DTU --including at our

University, Sweden.

department-- must be of high quality and reliability. A part of conducting reliable research of high quality is compliance

DTU Elektro contact: Tonny Wederberg Rasmussen

with the principles for good scientific practice. These principles are understood partly through a description of unwanted behaviours, defined as either scientific misconduct or questionable research practice, and partly Photo: Colourbox

through guidelines for what behaviours are wanted in connection with e.g. publishing research results and attribution of authorship. In 2015, DTU ratified the Danish code of conduct for research integrity and has, based on this, formulated its own DTU code of conduct. Read DTU’s principles for good scientific practice: http://kortlink.dk/dtu/ydf4 DTU’s code of honour: http://kortlink.dk/dtu/ydf5

TALKS / SEMINARS HELD

Mission Innovation Smart Grid Workshop As part of the EUDP funded project ‘Mission Innovation

In connection with Lejla Halilbasic’s PhD defence on Friday 24 May, CEE hosted a Power Event with two lectures. Professor Ian A. Hiskens from University of Michigan, USA, gave a lecture on ‘Nonlinear dynamics of aggregate load models’ and Associate Professor Anthony Papavasiliou from Université catholique de Louvain, Belgium, gave a lecture on ‘Impacts of Transmission Switching on Zonal Markets’.

International Collaboration’ the Danish Intelligent Energy Alliance (iEnergi) and our CEE group hosted a workshop entitled ‘Flexibility is the cornerstone of the future energy system’ on 20 June. Danish and international stakeholders with activities within energy flexibility and demand response (business, research, authorities, financial institutions, etc.) took part in the workshop. DTU Elektro contact: Jeanette Nielsen

DTU Elektro contact: Pierre Pinson

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PUBLIC OUTREACH

TV2 ECHO produce short videos directed at young people,

Photo: Andreas Beck, Good People

and with this video ECHO focuses on noise and the health consequences of it. Watch footage (in Danish): http://nyheder.tv2.dk/video/SENIVk9KeEpuQUVQZEhRU0dDVzNHNUE5QVVOemx6NUY

Photos.: Joacgim Rode

Folkemødet 2019 CEE and PowerLabDK participated in this year’s ‘Folkemødet’ (The People’s Meeting) on Bornholm 13-16 June. The group’s electric vehicle research was represented at the Nissan stand and the living lab/test island Bornholm was represented at the Danish Energy Agency stand. The group participated in debates on: “Is data the lever for the next green transition wave?”, “Will DK be the new Silicon Valley for data centers in the future?” and “Energy Efficient Buildings”.

15 autonomous robots competed in RoboCup final It was two former DTU students—Allan Ascanius and Per Jakobsen—who won this year’s DTU RoboCup which focuses on robot development. The standard was high in a competition that was held on a track that offered both new

Preschool teacher on noise at work: I’m afraid to get tinnitus

and familiar challenges. Among other things, the robots had

800,000 Danes suffer from hearing loss to a greater or

completed the obstacle course quickly and perfectly.

to drive up stairs, over a seesaw, hit a golf ball into a hole, and race on a 7-metre-long race track. The winner robot

lesser extent. 32-year-old Jonas Nymark Christensen is preschool teacher and 31-year-old Robin Løfftmann is

The DTU RoboCup finals took place on 25 April at DTU’s

industry technician. They (both) work in some of Denmark’s

library.

most noisy workplaces. The two recently visited our anechoic chamber together with TV2 ECHO and ACT staff