During "Greencajt festival", our LARES member Vinko Lešić was a speaker at the scientific-popular panel session about the upcoming trends in tech jobs, entitled "Professions of the future - 2030 is not that far". He presented the statistics about most wanted jobs of today where, according to IEEE Spectrum magazine article, 7 of 10 most required professions were from electrical engineering and computing already for 2020, and during last two years these professions are digitally revolutionized towards the most paid jobs of 2021.
"Science inherently takes us beyond the current state of the art, prepares the technology for industry where it finds it commercial purpose, and shapes the educational programmes from higher education to high schools. We may observe that todays transformation of the industry and overall society is green and sustainable, technological and smart." The full article can be found here.
LARES head Prof. Mario Vasak has presented the work of LARES in smart control of legacy heating systems which suffer from high inefficiency and comfort issues when classical control schemes are applied to them. The work Optimal day-ahead operation scheduling of a one-pipe heating system is published on the 8th International Conference on Control, Decision and Information Technology held in Istanbul 17-20 May 2022. The work falls within the efforts of enabling smartness and demand response in buildings and households pursued in the project Development of a System for Control of Electrical Energy Consumption in Households (SUPEER, contract no. KK.01.2.1.02.0063), supported by the European Union from the European Union Regional Development Fund via Operational Programme Competitiveness and Cohesion 2014-2020 for Croatia. The presentation can be found here.
On Friday, April 22, 2022, FER was visited by a group of 3rd-year undergraduate students of Applied / Business Computing at the University of Dubrovnik.
The guests from Dubrovnik first visited the Laboratory for Renewable Energy Systems (LARES), which was presented by doc. dr. sc. Vinko Lešić. Researcher Marko Ratković showed them how plant growing chambers work and how they will be applied in the AgroSparc project. They then went to other faculty laboratories and got to know their projects.
As part of the study trip on March 18, 2022, a group of undergraduate students of Industrial Management and Logistics from the Université Paris-Saclay, accompanied by their professors, visited FER.
During the one-week visit to Croatia and Slovenia, the students' goal was to get to know the local business culture and companies associated with French companies or investors. Consequently, they visited TPV Group, Renault, Zagrebačka pivovara, Holcim Croatia, DPD, INETEC and Končar. They concluded their trip at FER, where we introduced them to the research we are conducting as part of the Advanced Laboratory of Power Systems (SG Lab), the Laboratory for Renewable Energy Systems (LARES) and the Laboratory for Underwater Systems and Technologies (LABUST).
At the end of the gathering, the guests were greeted by members of the student association EESTEC LC Zagreb, who presented the work of the association in French and thus pleasantly surprised our guests from Paris.
Organized together with IEEE Croatia Section and its Control Systems Society Chapter and Power and Energy Society Chapter, LARES member Husam Shaheen held a lecture entitled „Metaheuristic Optimization Algorithms and Application in Power System“ on March 8, 2022.
Husam Shaheen, PhD, is a Profesor at Tishreen University, Latakia, Syria, with several years of experience at Huazhong University of Science and Technology (HUST), Wuhan, Hubei, China and Xiamen University of Technology (XMUT), Xiamen, Fujian, China, and currently a visiting researcher at LARES under SmartCityLight project.
LARES joined LARICS team to participate at IFAM 2022 Expo held in Ljubljana. IFAM is a Trade Fair for automation, mechatronics, sensor technology, measurement technologies. The event brings all key technologies together in one place and is focused on fulfilling the needs of the professional visitors.
Within the scope of FER projects in the area of agrorobotics presented as breaking sessions, Asst. Prof. Vinko Lesic presented the project AgroSPARC - Smart and Predictive Agriculture for Resilience to Climate Change. We thank LARICS for their invitation and hosting us at their booth. Few photographs are available in detailed news content.
The Minister of Regional Development of the Republic of Kosovo, Fikrim Damka, visited FER on March 7, 2022, where he was hosted by the Vice Dean for Science, Prof. dr. sc. Nikola Mišković and the head of the Laboratory for Renewable Energy Systems (LARES) prof. dr. sc. Mario Vašak.
They discussed the position and importance of FER in the academic and scientific research community and potential cooperation with Kosovo's scientific institutions and economic entities.
The Kosovo delegation then visited the Laboratory for Renewable Energy Systems, where Professor Vašak presented the system of advanced building and infrastructure management, which was implemented on the FER skyscraper (building C). Namely, within the 3Smart project, a system of advanced climate control of a skyscraper building based on the smart building principle has been developed, which enables the integration of a high share of renewable energy into the energy system and efficient energy consumption.
We are proud to announce that we have held another AI Bootcamp - an intensive, one-week course covering a typical AI project flow, from getting and understanding the data, tuning the models, all the way to their implementation, initial results, and fine-tuning, all accompanied with real datasets and practical examples.
Our AI Bootcamp differs from others in personalized materials tailored to clients, and after completing the course, our lecturers are still at your disposal for any questions and concerns!
If you see benefits from this course to your company, send an email to email@example.com and find out all the details. We can't wait to pass on the knowledge, join us! 😊
Association of Cities - National Association of Local Authorities, in cooperation with the consulting company Tetida d.o.o. organized a webinar on energy self-sufficient urban "islands". The webinar presented interesting technological solutions for the energy transition of cities and possible modes for their digital transformation.
One of the invited lecturers was the head of LARES, prof. Mario Vašak, who presented LARES activities and basic research directions related to low-carbon cities - mathematical optimization in dynamic technical systems such as renewable energy systems, optimizing energy consumption in buildings and combining buildings within different infrastructures.
Through various projects that the laboratory has implemented or is still implementing, the professor has shown how the laboratory can help in the digital transformation of cities. You can watch the webinar (held in Croatian) at the following link, and you can download the entire presentation here.
We are proud to share that the Croatian Academy of Engineering gave us, the Laboratory for Renewable Energy Systems, University of Zagreb Faculty of Electrical Engineering and Computing , and Innovation Centre Nikola Tesla, the space in their bulletin - Engineering Power Vol. 16(3) 2021, to present our research in the field of control systems based on advanced methods and digital technologies such as model predictive control and artificial intelligence methods. Our member, Professor Emeritus Nedjeljko Perić is a Guest-Editor of this issue and Full Member of the Academy.
If you are interested to learn more about LARES and our recent research topics, take a look at the bulletin here: Engeneering Power Vol. 16(3) 2021.
35th International Conference on Electrical Drives and Power Electronics, 10th Joint Croatia-Slovakia Conference took place on 22-24 September 2021 in Dubrovnik, Croatia. Head of our laboratory, Prof. Mario Vašak, held a plenary (keynote) lecture on it. Within the lecture he presented the results of work on two projects, PC-ATE Buildings and Store4HUC implemented by LARES, and also announced the research work performed on some other current projects (e.g. REWAISE, SUPEER, DanuP2Gas). You can find the presentation here.
Want to learn more about Machine Learning and Artificial intelligence? Join AI Bootcamp organized by LARES at FER!
Following industry trends, LARES is turning in the direction of artificial intelligence and machine learning in the fields of energy management, logistics, transportation, agriculture, and more. Our experienced colleagues (Hrvoje Novak, Filip Rukavina, Slaven Begovic, Nikica Perić) hold an intensive, one-week course covering data processing, supervised learning, unsupervised learning, deep learning, ensemble learning, model selection and validation, real datasets and practical examples. So far we have successfully held two AI Bootcamps: to our research group and INTIS. "It was an excellent introduction to AI, with a lot of real-life examples and helpful tips. It was just a great experience for me and my team!" said Intis BI Team Lead about our course.
If you want to understand and learn more about AI and ML, or you see benefits from this course to your company, send an email to firstname.lastname@example.org or to email@example.com. We can't wait to pass on the knowledge, because it's something we do best in FER! 😊
For those working in the sector of energy efficiency, we present the Optimal sizing calculator developed by LARES team within the project Store4HUC, financed trough the Interreg Central Europe programme. It is an in-depth tool for the advanced users like energy experts and others working in that field. Optimal parameterisation of photovaltaic and battery energy storage systems are supporting the customers to save costs and be more environmental friendly at the same time!
Photovoltaic (PV) systems are widespread renewable energy sources that can be installed at a variety of locations. Because of their sun dependence, they provide more than enough energy during the day, but no energy during the night. Since the prices of selling electrical energy to the utility grid are considerably lower than the prices of buying the energy, having a battery energy storage system (BESS) can ensure that the excess of energy is stored and used later. Not only does a PV system in a combination with a BESS reduce monthly electricity bill for a consumer, it equally contributes to the environmental protection in terms of reduced CO2 emissions.
To maximize the contributions while minimizing the price of the installations, the calculator finds the optimal sizes of a PV and a BESS for a site. Those sizes are peak power of the PV system, energy capacity and power converter rated power of the BESS. The calculator uses typical yearly consumption profiles of a variety of consumers, but if you have your own consumption profile recorded you can use it to calculate your optimal parameters more accurately.
You can download this valuable tool for free here and soon find out your optimal kWp-kW-kWh combination!
In this short video our researcher Filip Rukavina is explaining how to download the Optimal Sizing calculator, install it and get it started.
If you have problems with the tool, feel free to contact us under:
PC 2021 – 23rd International Conference on Process Control took place on 1st - 4th June 2021 in Štrbské Pleso, Slovakia. Our LARES research team presented three papers:
Distributed Optimal Heating Control of Building Zones - F. Vrbanc and V. Lešić,
Prediction of User-defined Room Temperature Setpoints by LSTM Neural Networks - N. Perić, H. Novak, F. Rukavina and V. Lešić,
Worst-case optimal scheduling and real-time control of a microgrid offering active power reserve - M. Kovačević, B. Brkić, M. Vašak.
The papers can be found under the People tab, authors’ publication.
Within the framework of the project Store4HUC, co-funded by the European Union through the Interreg Central Europe programme, where LARES is involved, a public building in the municipality of Lendava was converted from fossil fuels to renewable energy. Symbolically, on World Earth Day, 22 April 2021, the Mayor of the Municipality of Lendava, Mr. Janez Magyar, handed over the pilot project in the field of renewable energy and its storage. At the handover of the modernized boiler room in the Lendava Library building, which will henceforth be heated by geothermal energy, the Mayor of Lendava highlighted the municipality's efforts to become recognizable as a green tourism destination: "With small steps, but persistently, we contribute to the carbon-free society, as we are aware of the importance of preserving nature and natural resources, so we decide to make the most of renewable energy sources." The pilot infrastructure is a latent heat storage system combined with geothermal energy. This will reduce energy costs, which will also have a positive impact on greenhouse gas emissions. The Municipality of Lendava is aware of its role and supports projects that have a positive impact on the environment. The project can also be a good example and encouragement both locally and in the wider environment.
The latent heat storage based on phase-change materials represents a challenge for energy management as its model is highly nonlinear. LARES contributes here with development of an energy management procedure based on mixed-logical-dynamical systems and predictive control that unlocks the full potential of such a storage system such that the operators of the plant can be advised how to improve the system performance for the one-day-ahead operation horizon. Careful planning almost fully eliminates the need for engagement of the oil-based backup system and thus enables a completely carbon-free heat supply of the library in Lendava.
The project "Development of a System for Predictive Control and Autonomous Trading of Energy in Buildings - PC-ATE Buildings'', co-financed by the European Regional Development Fund, deals with the problem of predictive control of energy consumption at the building level under comfort constraints and with autonomous trading of energy between buildings, in cooperation with our partners, Klimaoprema d.d. (KOER, the project Lead partner) and ICENT. We are glad that LARES contributes to the development of the Croatian economy through its projects, read how for this particular case at link.
As of beginning of 2021 LARES is involved in five new projects funded from the call Strengthening R&D and Innovation Potentials (STRIP) through the Operative Programme Competitiveness and Cohesion for Croatia in period 2014-2020. The STRIP call was launched by the Croatian Ministry of Science and Education and was highly competitive. Each of the projects is performed with one partner company.
These projects are:
The projects are co-funded by the European Union from the European Regional Development Fund. They will enable to open new chapters of research in LARES and contribute to boost the Croatian economy through new knowledge, skills and prototypes of competitve new products.
New online tool calculates savings through urban electric storage solutions developed in the course of the EU financed project Store4HUC, in whose project team LARES is involved
Up to 80% of total energy consumption in the EU is attributed to urban areas, including historical urban centres. At the same time, low carbon energy supplies in the form of energy storages, especially in historical urban centres, is a rarity in central Europe. This is mainly because of strict architectural protection constraints, higher implementation costs and often also conflicts with town planning policies. The Store4HUC project now offers the Autarky Rate Tool to address such conflicts. This easy-to-use online tool is available for everyone who considers installing electrical storage solutions in combination with renewable energy sources. With only a few numbers and clicks, you can get an evaluation of the technical, economic and ecological effects of a chosen combination. It is now possible for everyone who plans to change to renewable energy use and needs electrical storage to learn how self-sufficient the planned change will make them. The tool is freely accessible and available to all those interested in the installation of electrical storage in combination with renewable energy sources. The aim is to motivate the users to deal with the topic in more detail and subsequently to contribute to an increased and intelligent use of electric storage solutions and contribute to the reduction of carbon-based energy sources. The tool is available online via https://www.interreg-central.eu/Content.Node/news/2.html
On 26 November 2020 the Ambassador of the Republic of India H.E. Raj Kumar Srivastava visited the Faculty of Electrical Engineering and Computing. As part of the short representative tour through the faculty, he also visited LARES, where he was welcomed by members of the Laboratory in an small pandemic-aware setup.
The Ambassador was briefed with current research efforts of the Laboratory, starting with smart buildings control where more details and explanations on how we operate the UNIZGFER skyscrsaper building as a smart building was provided by Dr. Anita Banjac. We have also shown the laboratory set-up of wind turbine in operation under expert guidance of Dr. Nikola Hure. Other parts of the laboratory microgrid were shortly explained, too. Head of the laboratory Prof. Mario Vašak introduced the ambassador to a selection of projects in which the laboratory successfully participates followed with a discussion on industry-faculty cooperation. The visit ended with a panoramic view of Zagreb covered with fog.
As part of the 115th IEEE Region 8 Committee Meeting, held on November 14, 2020 (online), the Industry Applications Chapter of the IEEE Croatia Section was awarded The Region 8 Chapter of the Year Award in the category of small chapters within IEEE Region 8 consisting 69 sections and subsections in Europe, Africa and Middle East.
The award is given based on the activities of the chapter in 2019, Chaired by our Laboratory member Asst. Prof. Vinko Lešić, PhD, and vice president Assoc. Prof. Igor Erceg, PhD.
Congratulations to Vinko, Igor and all members of the IAS chapter who contributed to this great recognition with their work!
At the celebration of the Day of the Faculty of Electrical Engineering and Computing held on Friday, 20 November 2020 our Laboratory member Anita Banjac Ph.D. was awarded the “KONČAR” Annual Award for her doctoral dissertation. The thesis titled "Hierarchical model predictive control of temperature in building zones" showed exceptional research achievements suitable for industrial applications.
With now several LARES members being awarded for their dissertations, this continues the streak of awards started in 2015. Congratulations to Anita and her mentor prof. Mario Vašak!
A new project in LARES "Innovative model to drive energy security and diversity in the Danube Region via combination of bioenergy with surplus renewable energy" (DanuP-2-Gas) started on 1st of July 2020. The main goal of the project is to advance transnational energy planning by promoting generation and storage strategies for renewables in the Danube Region. Ths is done through coupling the electric power, gas and biomass sectors. Within the project LARES focusses on the optimization tool for parametrization and operations planning of sectors coupling hubs that will aid in decision making when it comes to investing in such hubs and operating them in different parts of the Danube Region.
FER/LARES participates in the project as partner and the lead partner for the project is Technology Centre Energy -- University of Applied Sciences Landshut from Germany. The project is funded from European Regional Development Fund and IPA funds via Interreg Danube Transnational Programme.
More details about the project are provided in the detailed news content.
This September saw the launch of the European project Resilient Water Innovation for Smart Economy - REWAISE, within the Horizon 2020 research and innovation programme. The aim of REWAISE is to create a new “smart water ecosystem”, to result in a carbon free, sustainable hydrological cycle, in line with the concept of a resilient circular economy, recovering energy, nutrients and materials from water.
To embrace this concept and emphasize the true value of water, the project develops an intelligent digital platform for decentralized solutions and decision making, involving all relevant stakeholders within Living Labs to share best practices and facilitate co-creation.
University of Zagreb Faculty of Electrical Engineering and Computing is through its Laboratory for Renewable Energy Systems heavily involved in REWAISE developments during 5 years of its run. FER/LARES will develop optimal control procedures for plants and systems in the water cycle -- freshwater preparation plants, water distribution systems, sewage collection system and wastewater treatment plants -- to ensure they operate at their socio-economical optimum. It will then also develop procedures for coordination between independent plants and systems in the water cycle based on supply-demand economical mechanisms to further reduce its overall socio-economical cost and environmental footprint. The developed optimal control and coordination procedures will be implemented and tested in water cycles of Mediterranean, Atlantic and Continental hubs of REWAISE living labs.
Together with many research positions with regards to a considerable number of new research projects grants, we also have different non-research, administrative staff positions.
Currently open positions can be found in our Open positions tab.
This summer and autumn LARES starts the execution of a considerable number of research projects and we have open different research positions, for those who will soon graduate, who have just graduated, and for those who already have research or an engineering work experience.
Currently open positions can be found in our Open positions tab.
On May 15th, 2020 LARES researcher Anita Martinčević successfully defended her doctoral dissertation and received a Doctor of Science degree in Electrical Engineering. Anita’s thesis was entitled "Hierarchical model predictive control of temperature in building zones". Developed control algorithms have been validated and put into operation on the 9th floor of the faculty skyscraper building and are being extended to include all 12 floors within the building.
The thesis defense was held online with the presentation video available on our Youtube channel.
At the celebration of the Day of the Faculty of Electrical Engineering and Computing held on Friday, 22 November 2019 our head of Laboratory prof. Mario Vašak Ph.D. and Hrvoje Novak Ph.D. received awards for their scientific work. Mario Vašak received the Annual Award of the University of Zagreb Faculty of Electrical Engineering and Computing for his scientific achievements over the last 5 years while Hrvoje Novak was awarded the “KONČAR” Annual Award for the doctoral dissertation with exceptional research achievements suitable for industrial applications.
We are proud to share that our Laboratory member asst. prof. Vinko Lešić presented the advances of generator fault tolerant control and the possibilities the developed approach opens in the space industry on Young Professionals in Space conference in Dubai. Young Professionals in Space is an initiative to bring scientists, practitioners, engineers and leaders of space industry and agencies together in a single platform to discuss recent research breakthroughs, technical advances, existing opportunities and emerging space technologies.
Our LARES research team published an article "Identification of a control-oriented energy model for a system of fan coil units" - A. Martinčević, M. Vašak, V. Lešić in Control Engineering Practice, a prestigious scientific journal. The introduced simple and accurate dynamic characterization of energy transmitted from a fan coil units to zone air fills the gap between thermal and energy management for buildings, enables implementation of predictive building controls and unleashes significant energy and cost-saving potentials of a smart building in a smart city.
A new project in LARES ''Integration and smart management of energy storages at historical urban sites“ (STORE4HUC) started on the 1st of April 2019. The main goal of the project is to improve territorially based low-carbon energy planning strategies. It will enrich policies that support climate change mitigation in historical city centres by focusing on improved urban and spatial planning for integrating energy storage systems to enhance the public institutional and utility capabilities. The partners will develop policy recommendations and identify suitable integrated technological solutions to overcome low carbon development barriers in historic centres. They will also facilitate the development of open energy and load management systems for energy efficiency and use of renewables. With its concepts and pilot systems, STORE4HUC will provide smart city test beds in four countires (Croatia, Slovenia, Austria, Italia), where technical issues will be reconciled with historical and architectural values.
The project partners are: Development agency Sinergija (Lead Partner), Municipality Lendava, Energy and Innovation Centre of Weiz, 4ward Energy Research Ltd, CES clean energy solution GmbH, Environment Park, City of Cuneo, North-West Croatia Regional Energy Agency, University of Zagreb Faculty of Electrical Engineering and Computing and Climate Alliance. The project associated partners are: Croatian Association of Historic Towns, CRC bank foundation, City of Maribor, Climate and Energy modelregion – climate friendly naturepark Almenland, Biomasse district heating Weizberg, Krapina-Zagorje County
LARES will inherit the energy management software developed within the 3Smart project and adapt it for management of energy storages on the planned pilot sites.
The project is co-funded by the European Union through the Interreg Central Europe programme.
We are glad to announce our partnership with Techne Summit, the international entrepreneurship technology conference that is being held in Dubrovnik this year May 3-4 bringing together renowned global players in the technology industry from different countries.
Carrying the slogan of TECHNOLOGY – INNOVATION - TALENT on which the event concept is built, the two-day summit acts as a platform for these international global players to share experiences, wisdom, observations, predictions and opportunities.
One of the speakers of this year’s summit is Anita Martinčević who will present the modular platform for the energy management on building and distribution grid developed by our laboratory and currently running on our Faculty skyscraper building.
If you are interested in attending use this discount code for a 20% off your tickets! (TSDBV20OFF)
To know more about Techne Summit you can visit the website here.
|On January 30th, 2019 LARES researcher Hrvoje Novak successfully defended his doctoral dissertation and received a Doctor of Science degree in Electrical Engineering. Hrvoje’s thesis was entitled "Coordinated multi-level model predictive control of energy in electric railway traction systems". Hrvoje is continuing his work within LARES, on conceptually similar projects 3Smart and PC-ATE Buildings.|
Our LARES research team published an article "Hierarchical Model Predictive Control for Coordinated Electric Railway Traction System Energy Management" - H. Novak, V. Lešić, M. Vašak, in IEEE Transactions on Intelligent Transportation Systems, a prestigious IEEE scientific journal. The paper is published within a Special Issue on Intelligent Rail Transportation, focussed on development and application of intelligent technologies for improvement of railway's autonomy, cooperation and integration.
The paper presents a novel railway energy management system based on hierarchical coordination of electric traction substation energy flows and on-route trains energy consumption levels. The levels are coordinated through parametric hierarchical model predictive control with the main goal of additionally increasing the energy efficiency and decreasing the operational costs of the overall system.
On today's assembly of the council of University of Zagreb Faculty of Electrical Engineering and Computing LARES has been installed officially as one of the research laboratories of the Faculty.
As during the inofficial existence of LARES for the past 11 years, we will continue our devotion to quality research of smart controls in energy systems.
Our student Borna Kovačević presented his work titled ''Design of application for display of states and diagnostics for heating and cooling zones of a building’’ on 11th Electrical engineering days organized by Croatian chamber of electrical engineers. The conference took place in Pula, Croatia from 27th-29th September 2018. The purpose of the developed application is to assist the building operators responsible for the proper operation of the heating and cooling system by displaying defective fan coil devices on a simple web interface.
|The activity of our research group was presented on national TV scientific show "Prometej". By presenting activities and results of our research team in the areas of smart and sustainable buildings and transport, as crucial pieces for forming smart cities, it is shown that our laboratory keeps up with the leading research groups in the same areas. One of the largest steps forward is the 3Smart project coordinated by prof. Mario Vašak through which the entire Faculty’s skyscraper building (13 floors, over 200 rooms) is going to be transformed into a smart building with an ability to actively participate on the energy market.|
A recorded LARES tour of Energy Days at FER, led by our researcher Anita Martinčević, MSc, was aired during the TV show "RTL Direkt" as part of the feature story about the growing interest in STEM area among the pupils of Croatian high schools. Few photos can be found in the detailed news content.
Energy Days at FER, as part of the Zargeb Energy Week, were celebrated in LARES on May 7, 2018. Through 4 laboratory tours, students and other interested participants had opportunity to witness the presentation of renewable energy systems, demonstrations of equipment and scientific trends of control in energy efficient buildings. An article about the event was published in weekly newspapers LIDER, published here. We thank the organizers for their initiative.
|On April 26th, 2018 LARES researcher Branimir Novoselnik successfully defended his doctoral dissertation and received a Doctor of Science degree in Electrical Engineering. Branimir’s thesis was entitled "Optimal coordinated and robust control of electrical power distribution system". From May 1st, 2018 Branimir will be on a 4 months visit to the System Control and Optimization Laboratory (Lehrstuhl Systemtheorie, Regelungstechnik und Optimierung) led by Prof. Dr. Moritz Diehl at the Department of Microsystems Engineering (IMTEK) of the University of Freiburg, Germany.|
Virtual tour of the LARES laboratory is now online. 360° pictures from the skyscraper roof and LARES equipment are accompanied with a live camera image from the wind turbine tunnel. Enjoy the view.
Our LARES research team published an article "A Battery Management System for Efficient Adherence to Energy Exchange Commands under Longevity Constraints" - M. Vašak, G. Kujundžić in IEEE Transactions on Industry Applications, a prestigious IEEE scientific journal focussed on advancement of theory and practice of electrical and electronic engineering and application of electrical systems.
The article presents a new method for energy management of energy storages in microgrids that resides on model predictive control and ensures energy exchange between the storage and the rest of the microgrid is performed in exactly the commanded amount within the given time, all while taking into account the storage longevity constraints and ensuring maximum storage system efficiency.
On 23rd of November 2017 a successful public defence of the PhD thesis entitled "Set-theoretic control of a wind turbine" was held by the LARES group member, Nikola Hure. The defence was attended by the faculty colleagues, researchers and professors, whereas the thesis defence committee was composed of prof. Nedjeljko Perić, prof. Mato Baotić (Faculty of Electrical Engineering and Computing) and prof. Zdenko Tonković (Faculty of Mechanical Engineering and Naval Architecture) from the University of Zagreb. Dissertation will soon be available online.
Head of our laboratory, prof. Mario Vašak will hold a lecture titled "Control-based Hierarchical Consolidation of Large Consumers for Integration in Smart Grids" on November 13th, 2017 at the Croatian Academy of Sciences and Arts.
During the lecture, methodology, results and future research plans of our currently ongoing 3CON project, will be presented. Fellow researchers and others interested are invited to attend the lecture.
Invitation and lecture outline (in Croatian) can be found here.
In June 2017 article Kujundžić, Vašak: Closed-loop predictive control for adherence to the commanded energy exchange with a VRLA battery was presented at the 10th International Conference on Lead-Acid Batteries in Golden Sands, Bulgaria.
Goran Kujundžić successfully defended his PhD thesis "Estimation and predictive control of a battery in a microgrid" on 27 October 2017. Recently, Goran published an article entitled "Optimal charging of valve-regulated lead-acid batteries based on model predictive control" in a prestigious scientific journal Applied Energy. The preprint of the article can be downloaded from here or you can look at it on the journal web.
SST 2017 – the International Conference on Smart Systems and Technologies took place in Osijek, Croatia from 18th – 20th October 2017.
Within the conference session Smart Power Systems, LARES research team presented a paper titled: Upgrade of a typical office building automation system for enabling open energy management services – M. Vašak, A. Starčić, V. Lešić and A. Martinčević. The session was also co-chaired by LARES head Mario Vašak.
Full paper can be found under the People tab, authors' publications.
ITSC 2017– the IEEE 20th International Conference on Intelligent Transportation Systems took place in Yokohama, Japan from 16th - 19th October 2017.
Within the conference session Traffic management, LARES research team presented a paper titled: Hierarchical Coordination of Trains and Traction Substation Storages for Energy Cost Optimization - H. Novak, M. Vašak, and V. Lešić. The Traffic management session was also chaired by LARES member Vinko Lešić. Full paper can be found under the People tab, authors' publications.
The 19th International Conference on Electrical Drives and Power Electronics took place on 4th-6th October 2017 in Dubrovnik, Croatia. Our LARES research team presented two papers:
Papers can be found under the People tab, authors' publication.
Our Fault-tolerant control technology and collaboration with United Technologies Research Center (UTRC) published in one of the main Croatian daily newspapers, Jutarnji list. The article is about the methodology initially developed for wind turbine generators, now applied to aerospace industry. Here you can check the article in Croatian.
The 20th World Congress of the International Federation of Automatic Control took place from 9th to 14th of July 2017 in Toulouse, France. Our LARES research team presented two papers:
- Electrical Power Distribution System Reconfiguration: Case Study of a Real-Life Grid in Croatia, B. Novoselnik, M. Bolfek, M. Bošković, M. Baotić;
- On Operating Envelope Protection Design for Nonlinear Discrete-Time Systems, N. Hure, M. Vašak.
Papers can be found under the People tab, authors’ publication.
LARES researcher Branimir Novoselnik will be visiting the Systems Control and Optimization Laboratory (Lehrstuhl Systemtheorie, Regelungstechnik und Optimierung) led by Prof. Dr. Moritz Diehl at the Department of Microsystems Engineering (IMTEK) of the University of Freiburg, Germany, for three months, between October 1st and December 31st, 2017.
Aim of this stay is to conduct research in the area of algorithms for numerical optimal control and embedded optimization with application to renewable energy systems, and to contribute to the development of open-source software for embedded nonlinear optimal control.
ACC 2017 – the American Control Conference took place on May 24 - 26, 2017 in Seattle, WA, USA. Our LARES research team presented the following paper:
Robust Microgrid Control Using Tube Scaling Approach - N. Branimir, J. Matuško, M. Baotić.
The paper can be found under the People tab, authors’ publication.
The 26th IEEE International Symposium on Industrial Electronics took place on 19th-21st June 2017 in Edinburgh, Scotland. Our LARES research team presented a paper titled: Comfort Control in Buildings with Adherence to the Required Thermal Energy Input in Zones – A. Martinčević, F. Rukavina, V. Lešić, M. Vašak. The paper can be found under the People tab, authors’ publication.
PC 2017 – the 21st International Conference on Process Control took place on 6th - 9th June 2017 in Štrbské Pleso, The High Tatras, Slovakia. Our LARES research team presented two papers:
Nonlinear Hierarchical Building Zone and Microgrid Control based on Sensitivity Analysis - V. Lešić, M. Vašak, A. Martinčević and H. Novak,
Clustering-based Identification of MIMO Piecewise Affine Systems - N. Hure and M. Vašak.
The papers can be found under the People tab, authors’ publication.
LARES laboratory presented its activities on TEDx event held in Zagreb under the motto BUILD.FUTURE.NOW. The main activities of the laboratory within the area of smart building, smart grid and smart cities were presented to the public, with the focus put on currently ongoing 3Smart and 3CON projects and results of the ENHEMS-Buildings project finished in 2015.
Our LARES team published an article "Modular energy cost optimization for buildings with integrated microgrid" in Applied Energy, a prestigious scientific journal focussed on energy topics. It introduces and elaborates the modular energy management in buildings developed in 3CON and further pursued in 3Smart project, and presents its performance analysis through a case study performed on a part of the skyscraper building of the Faculty which is one of the 3Smart pilot buildings in Zagreb. You can download the article preprint here or take a look at it on the journal web.
On Friday, March 3, 2017, LARES was visited by a delagation from Japaneese Informatics Society, consisted of several professors from different universities and technical institutes who were given a presentation about implementation of different mathematical and optimization algorithms to embedded controllers in renewable energy sources domain. We thank our honorable guests for their visit.
Few photos can be found in detailed news content.
On 16th January 2017 a public presentation of the 3Smart project was held in Zagreb on the premises of University of Zagreb Faculty of Electrical Engineering and Computing who is the lead partner on the project. The event attracted a significant number of participants from different sectors representing government, industry and academia. The project 3Smart is funded by the European Union through the Interreg Danube Transnational Programme.
A new project in LARES ''Smart Building - Smart Grid - Smart City" (3Smart) started on the 1st of January 2017. The main goal of the project is to provide a technological and legislative setup for cross-spanning energy management of buildings, energy grids and major city infrastructures in the Danube region. This includes the development of a modular platform for coordinated building and distribution grid energy management. The developed platform will be installed on 5 pilot locations in 5 countries (Croatia, Slovenia, Austria, Hungary and Bosnia and Herzegovina) and comprehensive cost-benefit analysis will be performed to verify the platform’s performance. Our faculty is the Lead Partner on the project and in its execution participate Laboratory for Renewable Energy Systems (focussed on the buildings side) and Smart Grid Laboratory (focussed on the grid side).
The project partners are: Hrvatska elektroprivreda d.d., E3 ENERGETIKA, EKOLOGIJA, EKONOMIJA d.o.o., Municipality Idrija, Elektro Primorska d.d., European Centre for Renewable Energy Güssing Ltd., Municipality of Strem, Energy Güssing Ltd., University of Debrecen, E.ON Tiszántúli Áramhálózati Zrt., University of Belgrade Faculty of Mechanical Engineering, JP Elektroprivreda Hrvatske Zajednice Herceg Bosne, University of Mostar Faculty of Mechanical Engineering and Computing.
Associated strategic partners participating in the project are: Croatian Energy Regulatory Agency, Jožef Stefan Institute, Goriška Local Energy Agency, Regulatory Commission for Energy in Federation of Bosnia and Herzegovina, and Hungarian Energy and Public Utility Regulatory Authority.
The project is funded by the European Union through the Interreg Danube Transnational Programme.
IEEE PEMC 2016 – 17th International Conference on Power Electronics and Motion Control, took place on 25th - 30th September 2016 in Varna, Bulgaria.
Our LARES research team presented a paper titled: Comparison of Battery Management Approaches for Energy Flow Optimization in Microgrids - M. Vašak and G. Kujundžić. Paper can be found under the People tab, authors' publications.
IECON2016 – the 42nd Annual Conference of IEEE Industrial Electronics Society, took place on 24th - 27th October 2016 in Florence, Italy.
Our LARES research team presented a paper titled: Predictive control for heating power variance and peak reduction in buildings - A. Starčić , V. Lešić and M. Vašak. Paper can be found under the People tab, authors' publications.
ISGT 2016 Europe – IEEE PES Innovative Smart Grid Technologies, Europe, took place on 9th - 12th October 2016 in Ljubljana, Slovenia. Our LARES research team presented a paper titled: Multi-level Optimal Control of a Microgrid-supplied Cooling System in a Building - M. Gulin, A. Martinčević, V. Lešić and M. Vašak. Paper can be found under the People tab, authors' publications.
The final project Industrial Advisory Board and plenary meeting took place in Ludwigshafen, Germany, on the 13th and 14th September 2016, at the premises of industrial partner BASF. The objective of the meeting was to present the final results of the project to the Industrial Advisory Board. The feedback from the industrial experts was very positive and even enthusiastic about the achievements and results developed within the project, which is an excellent sign before the final meeting with the reviewers and evaluators of the project.
LARES members M. Baotić and B. Novoselnik attended the meeting and presented the work done within the DYMASOS project at the University of Zagreb, Faculty of Electrical Engineering and Computing.
ICIRT 2016– the 2016 IEEE International Conference on Intelligent Rail Transportation took place at the University of Birmingham from 23-25th August 2016.
Within the conference session Power and Traction, LARES research team presented a paper titled: Hierarchical Energy Management of Multi-Train Railway Transport System With Energy Storages - H. Novak, M. Vašak, and V. Lešić. Full paper can be found under the People tab, authors' publications.
With the help of Croatian Meteorological and Hydrological Service (DHMZ) LARES has recently finished periodic calibration of all its solar irradiance measurement equipment, including also the rather demanding calibration of direct solar irradiance measurement unit -- CHP1 pyrheliometer. More info on this can be found here and in the detailed news content.
Project POC-DAWN – Proof of Concept for Damping Generator Vibrations and Large Wind Turbine Noise by Advanced Power Converter Control (coordinator Vinko Lešić) has been granted by HAMAG-BICRO. With duration 1.6.2016. – 30.5.2017. and budget of 400.000,00 kn, the project aims at prototyping the advanced power converter control approach for generator vibrations and noise reduction in wind turbines. More information about the project scope can be found under the Projects tab.
MED 2016 – the 24th Mediterranean Conference on Control and Automation took place on 21st - 24th June 2016 in Athens, Greece. Our LARES research team presented a paper titled: Model Predictive Control for Energy-saving and Comfortable Temperature Control in Buildings - A. Martinčević, M. Vašak and V. Lešić. Paper can be found under the People tab, authors' publications.
On Monday, April 11, 2016, as part of series of workshops within the research project "JOBSTEM - professional aspirations towards STEM professions during elementary school education", elementary school students visited LARES together with their teachers and had a chance to see the our research involvement in the area of renewable energy systems. The project JOBSTEM is financed by Croatian science foundation.
Few photos can be found in detailed news content.
|Results 1 - 7 of 7|
Page 1 of 1
|Sort by: Title Author Date ↓|
|Published 2017-10-06 at 15:22 ( Anita Banjac ) Edited: 2017-10-06 at 15:39 (Anita Banjac)|
|Published 2017-02-01 at 14:04 ( Anita Banjac ) Edited: 2017-02-01 at 17:36 (Mario Vašak)|
|Published 2017-01-23 at 11:30 ( Kristina Radoš Cvišić ) Edited: 2017-01-23 at 13:45 (Kristina Radoš Cvišić)|
|Published 2017-01-23 at 11:01 ( Kristina Radoš Cvišić ) Edited: 2017-02-01 at 16:33 (Anita Banjac)|
|Published 2017-01-04 at 15:44 ( Anita Banjac ) Edited: 2017-01-23 at 14:05 (Anita Banjac)|
|Published 2016-06-01 at 11:17 ( Anita Banjac ) Edited: 2016-07-20 at 12:34 (Anita Banjac)|
|Published 2016-06-01 at 11:04 ( Anita Banjac ) Edited: 2018-06-05 at 10:59 (Anita Banjac)|