V A A S A N Y L I O P I S T O N Ä L Y V E R K K O P R O F E S S U U R I LAURI KUMPULAINEN, HANNU LAAKSONEN, HARRY LINNARINNE

Transkriptio

1 V A A S A N Y L I O P I S T O N Ä L Y V E R K K O P R O F E S S U U R I LAURI KUMPULAINEN, HANNU LAAKSONEN, HARRY LINNARINNE

2 University of Vaasa DEAN HARRY LINNARINNE, SCHOOL OF TECHNOLOGY AND INNOVATIONS UNIVERSITY OF VAASA

3 University of Vaasa maritime campus

4 Key figures 1968 Established as a public university 5250 Students: undergraduate, graduate and doctoral Business school represents about half of our educational activities 470 University staff 40 million Euros University budget

5 Unique role of the University of Vaasa Combination of UVA research strengths in Business, technology, communications studies, and administrative sciences Holistic, interdisciplinary approach to energy transition, digital economy, innovations and entrepreneurship Strong industrial partnerships and demand-driven research For the largest energy and environmental technology cluster in the Nordics Unique public private partnership with the leading industrial partners Joint RDI infrastructure, tailored education, joint research road map High economic and societal impact Critical partner to industrial cluster employing staff ABB, Danfoss, VEO, Wärtsilä are largest RDI investors in Finland

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7 Ä L Y V E R K K O P R O F E S S U U R I HANNU LAAKSONEN, LAURI KUMPULAINEN, HARRY LINNARINNE, HOSSEIN HAFEZI, CHETHAN PARTHASARATHY

8 Älyverkkoprofessuuri Professors Hannu Laaksonen, Lauri Kumpulainen (temp.), Post Doc Hossein Hafezi, Doctoral Student Chethan Parthasarathy,

9 Älyverkkoprofessuuri Biography (Hannu Laaksonen) Professor (Full), Electrical Engineering, Especially Protection and Automation of Electricity Networks, Electrical Engineering Team,School of Technology and Innovations, University of Vaasa, Finland ( , permanent professorship) Programme Manager of Master's Programme in Smart Energy (2018-): Professor (Full), Electrical Energy Engineering, Especially Smart and Flexible Electricity Systems, Dept. of Electrical and Energy Engineering, University of Vaasa, Finland ( , 6-year fixed term professorship) Doctor of Science (Tech.), Faculty of Technology, University of Vaasa, Finland (2011) Master of Science (Tech.), Tampere University of Technology, Tampere, Finland (2004) HANNU LAAKSONEN

10 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimus Julkaisut (1/2) Laaksonen, H., Hovila, P., Islanding Detection During Intended Island Operation of Nested Microgrid. ISGT Europe 2018, Sarajevo, Bosnia and Herzegovina, October 21-25, Sirviö, K., Välkkilä, L., Laaksonen, H., Kauhaniemi, K., Rajala, A., Prospects and Costs for Reactive Power Control in Sundom Smart Grid. ISGT Europe 2018, Sarajevo, Bosnia and Herzegovina, October 21-25, Laaksonen, H., Hovila, P., Kauhaniemi, K. Combined Islanding Detection Scheme Utilizing Active Network Management for Future Resilient Distribution Networks, The Journal of Engineering, 19 July, ( Laaksonen, H., Hovila, P., Kauhaniemi, K., Sirviö, K., Advanced Islanding Detection in Grid Interactive Microgrids. CIRED Workshop 2018, Ljubljana, Slovenia, June 7-8, Sirviö, K., Laaksonen, H., Kauhaniemi, K., Active Network Management Scheme for Reactive Power Control. CIRED Workshop 2018, Ljubljana, Slovenia, June 7-8, Sirviö, K., Berg, P., Kauhaniemi, K., Laaksonen, H., Laaksonen, P. Rajala, A., Socio-technical Modelling of Customer Roles in Developing Low Voltage Distribution Networks. CIRED Workshop 2018, Ljubljana, Slovenia, June 7-8, HANNU LAAKSONEN

11 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimus Julkaisut (2/2) Kadam, S., Schwalbe, R., Übermasser, S., Groiß, C., Einfalt, A., Laaksonen, H., Sirviö, K., Hovila, P., Blažič, B., Active and Reactive Power Requirements at DSO-TSO Interface, A Cases Study based on Four European Countries. CIRED Workshop 2018, Ljubljana, Slovenia, June 7-8, Laaksonen, H., Hovila, P., Kauhaniemi, K. Combined Islanding Detection Scheme Utilizing Active Network Management for Future Resilient Distribution Networks, The IET 14th International Conference on Developments in Power System Protection (DPSP 2018), Belfast, UK, March, Sirviö, K., Laaksonen, H., Kauhaniemi, K., IC Sundom Smart Grid Active Network Management Scheme for Reactive Power Control, Deliverable 4.1.1, DeCAS project Report, December Laaksonen, H., Zubic, S., Ylinen, J. Distributed energy resources protection requirements in future distribution grids, Eskom Southern African Power Protection and Automation Conference, Johannesburg, South-Africa, 8 11, November, Laaksonen, H., Zubic, S., Ylinen, J. New Islanding Detection Schemes for Future Distribution Networks, ASIA POWER WEEK, Bangkok, Thailand, September, HANNU LAAKSONEN

12 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimus Osallistuminen tutkimushankkeisiin DeCAS (Demonstration of coordinated ancillary services covering different voltage levels and the integration in future markets, ERA-Net Smart Grids Plus EU-project ( ), SESP - Smart Energy Systems Research Platform, AIKO-hanke ( ) HANNU LAAKSONEN

13 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimus Tutkimus- ja kehityshankkeiden valmistelu H2020 Osallistuminen H2020-hakuun LC-SC3-ES : Integrated local energy systems (Energy islands) Energy Village 500 projektiehdotuksella, VY:n tutkimussisällön hahmottelu tähän hakemukseen jne. (syksy kevät 2018) Business Finland Integrated Energy Solutions to Green Shipping (INTENS) -ekosysteemihanke, VTT:n koordinoima (syksy 2017) HANNU LAAKSONEN

14 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimus Tutkimus- ja kehityshankkeiden valmistelu Suomen Akatemia Projektihakemukseen ACCEPT: Augmented communication, localization and sensing for optimized 5G+ networks osallistuminen liittyen VY:n tutkimuskysymyksiin hankkeessa (kevät 2018) Profi4-hakemuksen sisällön kirjoittamiseen osallistuminen (syksy 2017) Muuta 5G-pilot verkon saamiseksi Vaasan yliopiston kampusalueelle (Smart Grid labran jne. yhteyteen) ja keskeisiin Vaasan pilot- ja kehityskohteisiin tehty taustatyötä HANNU LAAKSONEN

15 Älyverkkoprofessuuri (HANNU LAAKSONEN) Opetuksen kehittäminen a) SITRA:n rahoittaman Akkuteknologian opintokokonaisuuden kehittämis- /koordinointivastuu VY:n opintojaksojen osalta VY:ltä pilotoitiin vuoden 2018 aikana kaksi uutta englanninkielistä opintojaksoa Battery Energy Storages in Smart Grids (kehittämisvastuu, oppimateriaalin luominen) Business Models for Battery Storages (koordinointivastuu, kehittämisen päävastuu Rodrigo Rabetinolla) HANNU LAAKSONEN

16 Älyverkkoprofessuuri (HANNU LAAKSONEN) Opetuksen kehittäminen b) Uuden, poikkitieteellisen Smart Energy kv-ohjelman kehittämisvastuu sekä ko. ohjelman koulutusohjelmavastaavana toimiminen Uusia englanninkielisiä kursseja, jotka tulevat (em. akkukurssien lisäksi) olemaan osana Smart Energy kv-ohjelmaa ( ) HANNU LAAKSONEN

17 Smart Energy, Master of Science (Technology) 120 ECTS STRUCTURE OF THE PROGRAMME (120 ECTS) Complementary Studies ECTS Smart Energy Studies 50 ECTS Smart Grids and Power Generation 30 ECTS Digitalisation 20 ECTS Business Studies 25 ECTS Master's Thesis 30 ECTS Optional Studies 0-2 ECTS HANNU LAAKSONEN

18 Älyverkkoprofessuuri (HANNU LAAKSONEN) Muuta - Työryhmät (jäsenyydet) CIGRE työryhmissä mukanaolo (CIGRE WG B5.54: PAC issues of islanded systems during restoration/black start (2016-) and JWG B5/C4.61: Impact of Low Inertia Network on Protection and Control (2017-) Suomen CIRED-komitea / CIRED-konferenssin Session 3:n Advisory Groupin (SAG) jäsen HANNU LAAKSONEN

19 Älyverkkoprofessuuri (HANNU LAAKSONEN) Tutkimusryhmän muodostaminen Yhden jatko-opiskelijan ja yhden post-doc tutkijan palkkaaminen (sekä tähän liittyvä haku ja valintaprosessi, hakemuksia molempiin tehtäviin tuli noin 50) Hossein Hafezi ( Chethan Parthasarathy ( HANNU LAAKSONEN

20 Hossein Hafezi, personal info Name and Surname: Hossein Hafezi Position: Assistant Professor, School of Technology and Innovations, Electrical Engineering Start date: 1 st June 2018, ( Areas of expertise: Power Electronics Converters Modeling and Design Power Electronics applications in power system Power Quality improvement in Smart Grid and Microgrid systems Renewable Energy Sources Control and Management Smart Grid and Microgrid Systems HOSSEIN HAFEZI

21 Main Activities and Accomplishments

22 Smart Grid Laboratory Vision Planning and development of power electronics setup HOSSEIN HAFEZI

23 Smart Grid Laboratory Planning and development of power electronics setup Variac (purchased) dspace MicroLabBox and DS 1104 control board (purchased) Setup rack (is ready) One (1) three-phase inverter/rectifier (purchased) Two DC-DC converters (purchased) HOSSEIN HAFEZI

24 Projects SESP Project, Fingrid case IEC for Process Bus Hardware in Loop (HIL) real time simulation setup for different scenarios HOSSEIN HAFEZI

25 Teaching & Pedagogical Study Lecturing (4h) at Battery Energy Storages in Smart Grids Demo version 28 th -30 th November 2018 Planning, design and implementation (Course Teacher) of Control and Simulation of Modern Electric Drives and Systems 5ECTS, September November 2019, as part of Smart Energy master Program Lecturing (4h) at Battery Energy Storages in Smart Grids November December 2019, as part of Smart Energy master Program Planning, design and implementation (Course Teacher) of Power Electronic Applications in Smart Grids 5ECTS, Autumn 2020, as part of Smart Energy master Program Pedagogical Studies Digital Teaching and Learning in Higher Education 5ECTS, HELLA Course, HP00BQ03 25 Didactical Course Design in Higher Education 5ECTS HELLA Course, HP00BQ HOSSEIN HAFEZI

26 Proposals and Grant Applications Participating in Proposal writing, SolarX project. Funded project by Business Finland, Start , end , UVA Budget about 600,000 Participating in Proposal writing, Alliance for Batteries Training and Skills project. EU Funded project by Erasmus + EAC/A03/2018, LOT 3, Start Dec / Jan for four years, Project Budget about 4M, UVA budget? Grant Application to Finnish Cultural Foundation South Ostrobothnia Regional Fund (skr.fi) January Round 2019 Work plan Intelligent Charging Unit for Large-Scale Battery Powered Transportation total budget 82,800 (It is not funded). Participating in Harbour Area Smart Grid (HASG) Project Proposal planning, postponed to spring HOSSEIN HAFEZI

27 Publications (Conferences) 1. R. Faranda, A. Bahrami and H. Hafezi Fault Current Limiting Investigation for a Single-Phase Dynamic Voltage Conditioner PowerTech June 2019, Milan, Italy 2. H. Hafezi, H. Laaksonen Autonomous Soft Open Point Control for Active Distribution Network Voltage Level Management PowerTech June 2019, Milan, Italy 3. C. Parthasarathy, H. Hafezi, H. Laaksonen and K. Kauhaniemi Modelling and Simulation of Hybrid PV & BES Systems as Flexible Resources in Smartgrids Sundom Smart Grid Case PowerTech June 2019, Milan, Italy 4. K. Akkala, R. Faranda, P. Sodini and H. Hafezi Distributed Storage System with Solar Photovoltaic Energy Source EEEIC June 2019, Genoa, Italy 5. K. Akkala, R. Faranda, and H. Hafezi Enabling End-User for LV Smart Grids ICCEP July 2019, Puglia, Italy 6. R. Faranda, E. Kazemi-Robati, M. S. Sepasian, K. Akkala and H. Hafezi A New Control Strategy for Harmonic Mitigation Using Open UPQC in Modern LV Networks ISGT-Europe September 2019, Bucharest, Romania 7. M. R. Esmaili, A. Khodabakhshian, E. Heydarian-Forushani, M. Shafie-khah, H. Hafezi, R. Faranda and J. P. S. Catalao Multi-Objective Model for Allocation of Gas Turbines with the Aim of Black-Start Capability Enhancement in Smart Grids ISGT-Europe September 2019, Bucharest, Romania HOSSEIN HAFEZI

28 Publications (Journals) 1. R. Faranda and H. Hafezi, Reassessment of voltage variation for load power and energy demand management, International Journal of Electrical Power & Energy Systems (Elsevier), vol. 106, no. March 2019, pp , Authors and H. Hafezi Semi Valley Switching for Buck LED Driver in Current Control Mode submitted to IEEE Transactions on Industrial Electronics 3. H. Hafezi and Authors IGBT/Diode Module Power Losses Evaluation, New Proposals in preparation / to be submitted to IEEE Transactions on Power Electronics 4. Authors and H. Hafezi AC Back to Back Switching Protection in Industrial Application in preparation / to be submitted to MDPI, Energies HOSSEIN HAFEZI

29 Current Activities Plans for Future R e s e a r c h P r o j e c t s, Te a c h i n g, L a b o r a t o r y D e v e l o p m e n t, N e w C o u r s e s a n d P r o p o s a l s f o r F u n d e d P r o j e c t s

30 Current Activities SolarX project WP5 (Energy Storages and Power Electronics Solutions to Increase PV Hosting Capacity ) UVA side WP leader Tasks and Supportive person in WP3 (Future Grid Codes ) and WP6 (Next Generation Microgrids ) REINDEERS COST Action EU Funding proposal Coordinating Reliable and Intelligent Electrical Networks with Distributed Energy Resources (REINDEERS) networking proposal (13 partners) for Cost Actions EU funding application. Submission deadline 5 th of September 2019 Teaching 30 Course Control and Simulation of Modern Electric Drives and Systems 5ECTS, as part of Smart Energy master Program, starts 4 th September 6 th of November HOSSEIN HAFEZI

31 Smart Grid Laboratory Vision (1/2) First Phase, orders are arrived, under installation and testing HOSSEIN HAFEZI

32 Smart Grid Laboratory Vision (2/2) Danfoss Converters will be added to the laboratory power electronics setup Bidirectional AC and DC programmable Grid Emulator is in the plan One or two Distributed Energy Resource Management Units (see below), expenditure grant application will be sent to Finnish Cultural Foundation South Ostrobothnia Regional Fund (skr.fi) October round HOSSEIN HAFEZI

33 Teaching & Pedagogical study PhD course proposal PhD Course Advanced Protection of Renewable Energy Systems and Microgrids 2 ECTS, 2 days Lecturers: Hannu Laaksonen (University of Vaasa), Hossein Hafezi (University of Vaasa), Mehdi Savaghebi (University of Southern Denmark ), Robert Cuzner/Siavash Beheshtaein (University of Wisconsin at Milwaukee) Continue Pedagogical Studies Digital Tools for Teaching and Learning 5ECTS HELLA Course, HP00BQ HOSSEIN HAFEZI

34 Research Control solutions to ensure stability and power quality for smart grid system with high penetration level of RESs and also for next generation Microgrids during grid-connected and islanded operation Novel control and new topologies of power electronics converters for smart grid and Microgrid systems DC and hybrid (DC and AC) distribution for smart grid and Microgrid systems Artificial Intelligence (AI) and Machine Learning (ML) Techniques applications in Power Electronics for smart grid and Microgrid systems HOSSEIN HAFEZI

35 Introduction Name: Chethan Parthasarathy ( Position: Project Researcher and Doctoral Student Supervisors: Prof. Hannu Laaksonen and Prof. Kimmo Kauhaniemi PhD Research Topic: Two-level Optimization of Battery Energy Storage Systems in Smart Grids Research Interests: Battery energy storage systems (BESS); Battery characterization and modelling; BESS grid integration modelling and control; microgrid modelling and control; CHETHAN PARTHASARATHY

36 Work Tasks March Present Doctoral studies: Two level optimisation (component and system level modelling and design) of battery energy storages in smartgrids. Completed responsibilities include, Development of equivalent circuit battery energy storage component model enabling advanced grid integration studies Design optimization of the power electronics converter controllers, i.e. DC/DC and DC/AC converters focusing on battery integration to the MV grid of a power system Accurate modelling of Sundom Smart Grid (SSG) from real time data streamed from the power system and from inputs from Vaasan Sähköverkko Design battery energy management systems (EMS) or controllers for smartgrid applications or short term ancillary services, where BESS shall be used as short term flexible energy source CHETHAN PARTHASARATHY

37 Work Tasks March Present Åland Electrical network simulation (FLEXe-demo): The aim of these simulations is to investigate effect of increasing renewable generation and transport electrification in Åland Island and how and where BESSs installation shall affect system efficiency and performance till year 2030 Electrical network simulation studies to understand its requirements in future and role of battery energy storage systems for flexible applications CHETHAN PARTHASARATHY

38 Work Tasks March Present Teaching Responsibities: Master's level course 'Battery Energy Storages in Smart Grids (SATEB3010)' for Smart Energy Program / Bachelor course 'Battery Energy Storage systems (SATEB2010) Simulation exercises for SATEB3010 Tasks include preparation of lecture slides/materials, design of simulation exercises and lecturing close to 8 hours CHETHAN PARTHASARATHY

39 Ongoing and Future Tasks Battery Test Laboratory Development ( ) Commisioning of battery cell cycler equipment donated by Wärtsilä Post commisioning, battery cell characterisation tests shall be carried out to understand battery behaviour for smartgrid applications Based on characterisation tests accurate battery models shall be developed CHETHAN PARTHASARATHY

40 Ongoing and Future Tasks Project 1: SolarX: Optimized PV & battery control in Smart Grids as part of active network management ( ) Development of PV and BESS accurate models in Simscape (Simpowersystems), which is also compatible with RT-LAB for real time simulations Designing and modelling of relevant architectures of BESS-PV energy systems with focus on active network management principles Development of active network management control principles based on simulation studies System-wide optimization of BESS and PV (RES) converters reactive power control in modern power system (or Micro-grid) managementoptimized sizing and operation of flexible micro-grids Development of accurate microgrid models in Simpowersystems, utilizing the sizing performed by HOMER 40 Validate active network management principles and the compare the effect of component sizes on such systems by simulation studies CHETHAN PARTHASARATHY

41 Ongoing and Future Tasks Project 2: Fleximar ( ) Development of flexibility market compatible battery energy storage systems management principles Understand the capability of second life batteries (SLBs) by experimental characterization, and design the suitable management principles for flexible markets, predominantly ancillary services (Ongoing collaboration talks with IFSSTAR, France) CHETHAN PARTHASARATHY

42 Publications Submitted papers C. Parthasarathy, H. Hafezi, H. Laaksonen, and K. Kauhaniemi, Modelling and Simulation of Hybrid PV & BES Systems as Flexible Resources in Smartgrids Sundom Smart Grid Case, IEEE PES PowerTech Conf., (Paper Presented) Jufo 1 C. Parthasarathy, H. Hafezi, H. Laaksonen, and K. Kauhaniemi, Accurate Modelling and Simulation of Lithium Ion BES Systems Integration for Smartgrid applications Sundom Smartgrid Case, IEEE Transactions on Energy Conversion., 2019 (Rejected after review) Jufo 2 Ongoing Submissions C. Parthasarathy, H. Hafezi, H. Laaksonen, and K. Kauhaniemi Lithium-ion BESS Integration for Smartgrid Grid Applications - ECM Modelling Approach, IEEE ISGT NA, 2020 (Under Submission) Jufo 1 J. Kumar, C. Parthasarathy, M.Vasti, H. Laaksonen, K.Kauhaniemi Design of optimal size and location of battery energy storage systems: Åland harbour grid case studies, Planned submission to Jufo 1/2 Journal CHETHAN PARTHASARATHY

43 Lauri Kumpulainen, prof. (ma.), Työhistoriaa Vaasan yliopisto 2013 Oy Merinova Ab Ohjelmajohtaja Vamp Oy Tutkimusjohtaja VTT Tutkija YTOL/KPAMK Yliopettaja Hämeen Sähkö Oy Kehitysinsinööri EU:n evaluaattori,

44 Toimintaa ja tuloksia Selvitysmies, FITech Vaasa, energiavarastojen tutkimuksen ja koulutuksen selvitys yhteistyössä Jari Jokisen ja Panu Laturin kanssa Selvitys FITech Energy Storage LAURI KUMPULAINEN

45 VINPOWER-tutkimushanke % Private 15 % Public 80 % 45

46 AMR Home Automation Sähköasema Asiakas Maasulkuvirran kompensointi ja loistehon kompensointi (keskitetty osuus) Maasulkusuojaus Osallistuminen vianpaikannukseen Tallennekirjasto Tulokset julkaistaan ohjausryhmän kokouksen jälkeen. Muuntamo Älymuuntamokonseptit Hajautettu maasulkuvirran ja loistehon kompensointi Katkeilevan maasulun paikannus muuntamovälin tarkkuudella Vaihtoehdot kaapeloinnille Mikrosähköverkon ohjaus ja suojaus Kaapeleiden ja muuntajan ennakoiva kunnonvalvontakonsepti, Big Data & FPGAtekniikka Mikrosähköverkon rajapinnat AMRjärjestelmien ja kiinteistöautomaation kanssa 46 Vaasan yliopisto

47 SG Platform -projekti (Vaasan ekosysteemi) Uusien teknologioiden hyödyntäminen sähköverkkojen suojauksessa ja ohjauksessa Business Finlandin rahoittama Co-Creation -hanke, , (60/40) Hankkeen päätavoitteena oli valmistella T&Khankekokonaisuus Tutkimuksen toisena tavoitteena on kehittää uudentyyppinen yhteistyöverkosto 47

48 IoT platform 5G Big Data platform Disrupting companies ICT companies Wapice Telia, Nokia/Ericsson others Companies (hybrids & storages) Wärtsilä The Switch Danfoss Ampner Research Platform Research and testing Modelling & simulation & HIL Customer training Companies (PAC) ABB Arcteq Vamp VEO Emtele Spin-offs Sundom SG Ship & harbour Wasa Station Pilot platforms & Living Labs; Users Vaasan Sähkö DSOs and Fingrid City of Vaasa SG Platform (ecosystem) Research partners Finnish universities & VTT Foreign partners, e.g. OFFIS, Aalborg Joint projects Researcher exchange Sharing of data

49 Expertise Development of the energy technology ecosystem Digital Grid 5G Campus HASG/Smart Port 5G Vaasa Energy Storages SG Living Labs Resilient Energy Systems Energy Industry Booster Microgrid Power system protection Power system simulation Energy storage Renewable energy IoT and AI in energy systems Energy security Research Cooperation NTUA NTNU Ålborg OFFIS VTT LUT Aalto TU Horizon Europe funding FUSE ================ SolarX ============= FLEXIMAR ========= VINPOWER SG Platform SESP VEBIC Engine Lab Fuel Lab Smart Grid Lab Microgrid Power electronics Digital Substation RES & Energy Storage Sector Coupling Hybrid Power Plant Virtual Energy System 2026 Local testbeds Smart Technology Hub Sundom Smart Grid Kvarken Ports Vaasa Ravilaakso Laiva GigaVaasa Vaasan Sähkö SK, KK, LK

50 Valmistelu 6/18-3/19: SolarX A u r inkoen er gian laajamittaisen k ä y t ö n r a t k aisut e n e r g ia - j a s ä h k ö järjestelmissä Projektin toteutus Uudet teknologiat, sovellukset, järjestelmät ja liiketoimintamallit, jotka poistavat esteet aurinkoenergian laajamittaiselta käytöltä ja luovat kilpailukykyä palveluliiketoiminnalle sekä sähkö - ja energiateollisuudelle T u t k i m u s o s a p u o l e t : A a l t o - y l i o p i s t o, L U T - y l i o p i s t o, T a m p e r e e n y l i o p i s t o ja V a a s a n y l i o p i s t o Y r i t y k s e t j o i l l a oma y r i t y s h a n k e : A B B, E A T O N, E n s t o, E f o r e, B e l l e d T u t k i m u k s e n s e u r a n t a r y h m ä s s ä l i s ä k s i u s e i t a y r i t y k s i ä : A m p n e r, W a p i c e, V E O, V a a s a n S ä h k ö, V a a s a n S ä h k ö v e r k k o, V a c o n, E l e n i a, C a r u n a, A i n o E n e r g i a, T r i m b l e, L o i s t e, E m t e l e Vaasan yliopiston budjetti / SolarX: , josta Business Finlandin osuus

51 Muuta toimintaa Osallistuminen tutkimushankkeiden ja kehittämiseen ja julkaisujen tuottamiseen, mm. FUture Space-based services for robust Energy Distribution and Prediction (FUSE -DP) GNSS & time synchronization / HERE PUT YOUR OWN NAME

52 Muuta toimintaa Osallistuminen kansalliseen tutkimusyhteistyöhön erityisesti Clic Innovationin kautta Työpajat Energiateeman kokoukset HERE PUT YOUR OWN NAME

53 Julkaisutoimintaa ( t uoret ta) J10 J11 Farughian, A., Kumpulainen, L., Kauhaniemi, K., Review of methodologies for earth fault indication and location in compensated and unearthed MV distribution networks. Electric Power Systems Research 154 (2018) Farughian, A., Poluektov, A., Pinomaa, A., Ahola, J., Kosonen, A., Kumpulainen, L., Kauhaniemi, K., "Power line signalling based earth fault location", The Journal of Engineering, IET, 23rd May 2018 C39 Lågland, H., Kumpulainen, L., Kauhaniemi, K., Salo, A., Leppinen, J., Alternative Solutions for Advanced Security of Supply, CIRED 2019, Madrid 3-6 June 2019, 1-5 J12 Kumar J., Kumpulainen L., Kauhaniemi K., Technical Design Aspects of Harbour Area Grid for Shore to Ship Power: State of the Art and Future Solutions, International Journal of Electrical Power and Energy Systems 104 (2019) J13 Shafiq, M., Partial Discharge Signal Propagation in Medium Voltage Branched Cable Feeder, IEEE Electrical Insulation Magazine, Volume: 34, Issue: 6, November- December 2018, p J14 Shafiq, M., Kauhaniemi, K., Robles, G., Isac, M., Kumpulainen, L., Online condition monitoring of MV cable feeders using Rogowski coil sensors for PD measurements, Electric Power Systems Research 167 (2019) J15 Kumar, J., Ali Memon, A., Kumpulainen, L., Kauhaniemi, K., Palizban, O., Design and Analysis of New Harbour Grid Models to Facilitate Multoiple Scenarios of Battery Charging and Onshore Supply for Modern Vessels, Energies 2019, 12, 2354, 1-18 J16 Farughian, A, Kumpulainen, L., Kauhaniemi, K., Earth fault location using negative sequence currents, Energies, 2019 (submitted) 53

54 IPR-asioita 1. IPR-oikeuksien siirto (Univaasa yritys) neuvotteluissa 2. Toinen keksintöilmoitus harkinnassa Tarkentavat simuloinnit menossa Odotetaan kenttäkokeiden aineistoa menetelmän todentamista varten Liittyy VINPOWER-hankkeen tuloksiin 54

55 Tulevaa toimintaa Projektien loppuraportointi SG Platform VINPOWER Osallistuminen hankkeiden valmisteluun, esim. Digital Grid (Business Finland) EU MICall 2019 / ERA-Net / Energy Storage (?) ym. 55

56 EU:n RDI-toiminta S e u r a n t a N ä k y v y y s V e r k o s t oi t u m i n e n ETIP SNET, WG5:n jäsenyys Työpajat Bryssel, Petten, Pariisi Mahdollinen toiminta arvioijana (EU, Norja) 56

57 Älyverkkoprofessuurin täyttö Lauri Kumpulainen jatkaa tehtävässä vielä todennäköisesti muutaman kuukauden. Seuraajan valintaprosessi on käynnissä. 57