National Committee CIGRE Kosovo NC CIGRE Kosovo
Komiteti Nacional CIGRE Kosovë – National Committee CIGRE Kosovo
APPLICATION FOR SUBMITTING ABSTRACTS/PAPERS
Nr.Autorëve (Number of authors)* 1234
Emri (First name):* Mbiemri (Last name):* Institucioni (Affiliation):* Adresa, Qyteti, Shteti (Address, Town, Country):* E-mail:* Autori kontaktues (corresponding author): Yes
Emri (First name):* Mbiemri (Last name):* Institucioni (Affiliation):* Adresa, Qyteti, Shteti (Address, Town, Country):* E-mail:* Autori kontaktues (corresponding author):* Yes
Titulli i Punimit(ALB):* Title of Paper(ENG):* Abstrakti(ALB):* Fjalët kyçe(ALB):* Abstract(ENG):* Keywords(ENG):* Komitetet Studiuese (Study Committees)* A1 - POWER GENERATION AND ELECTROMECHANICAL ENERGY CONVERSIONA2 - POWER TRANSFORMERS AND REACTORSA3 - TRANSMISSION AND DISTRIBUTION EQUIPMENTB1 - INSULATED CABLESB2 - OVERHEAD LINESB3 - SUBSTATIONS AND ELECTRICAL INSTALLATIONSB4 - DC SYSTEMS AND POWER ELECTRONICSB5 - PROTECTION AND AUTOMATIONC1 - POWER SYSTEM DEVELOPMENT AND ECONOMICSC2 - POWER SYSTEM OPERATION AND CONTROLC3 - POWER SYSTEM SUSTAINABILITY AND ENVIRONMENTAL PERFORMANCEC4 - POWER SYSTEM TECHNICAL PERFORMANCEC5 - ELECTRICITY MARKETS AND REGULATIONC6 - ACTIVE DISTRIBUTION SYSTEMS AND DISTRIBUTED ENERGY RESOURCESD1 - MATERIALS AND EMERGING TEST TECHNIQUESD2 - INFORMATION SYSTEMS TELECOMMUNICATIONS AND CYBERSECURITY
Temat Preferenciale (Preferential Theme):*
—Please choose an option—1. Advanced control systems in photovoltaic station and wind farm.2. Energy efficiency connected with power generation.3. Excitation systems of generators in small hydropower plants and the application of advanced programming techniques for calculating the parameters of the excitation system4. Diagnosis and monitoring of rotating machines.5. The impact of transient processes on rotating machines.6. Factors influencing the vibrations of rotating machines.
—Please choose an option—1. Various experiences with the operation of transformers in the power system (Generation, Transmission, Distribution).2. On-site maintenance of transformers, preventive inspection, their revitalization, and transformer monitoring3. Digitalization and online monitoring of power transformers.4. Standardization and testing of power transformers and reactors for the requirements of the modern grid.5. Methodology for the optimal replacement of power transformers based on their health index6. Power transformers and their impact on the environment.
—Please choose an option—1. Digitalization and smart devices in energy transmission and distribution2. Alternative options for SF₆ and their impact on the environment3. Advanced diagnostics and monitoring for efficient asset management4. Specific operating conditions of transmission and distribution equipment5. Life cycle management and strategies for extending the lifespan of aging equipment.6. Integration of renewable energy sources into transmission and distribution networks.7. The use of new technologies to enhance the security and stability of electrical grids.
—Please choose an option—1. Trends and experiences in the maintenance, operation, and optimization of cable lines.2. Design of new lines and reconstruction of existing cable lines.3. Condition monitoring and diagnostic techniques.4. Assessment of lifespan and environmental impacts on cable systems.5. Experiences in the installation and operation of medium and high voltage cables.6. Grounding methods for cable lines.7. Challenges of connecting renewable energy sources (RES) with cables.
—Please choose an option—1. Challenges of integrating renewable energy sources and the energy transition.2. Technical aspects and environmental impacts of overhead lines.3. Advanced high-capacity conductor technologies for transmission and distribution lines.4. Integration of Dynamic Line Rating (DLR) and advanced monitoring systems.5. Overhead lines and information technology.6. Climatic, environmental, and safety aspects of overhead lines.
—Please choose an option—1. Integration of renewable energy sources into substations2. Substation design, engineering, construction, renovation, implementation of IEC standards, and their application.3. Battery Energy Storage Systems (BESS), hydrogen, synchronous compensators, reactors (parallel, series), hybrid systems (HESS).4. Operational experiences and asset management, application of advanced technologies, asset management through IoT and AI.5. Electrical substations, planning, modernization, application of smart grids, advanced SCADA, maintenance, and reconstruction.6. Advanced monitoring, diagnostics, control, and predictive maintenance of substation equipment.7. Substation performance, application of advanced technologies in the inspection of electrical substations.
—Please choose an option—1. Renovation and improvement of existing DC systems.2. Service and operational experiences of DC systems.3. Applications of DC systems enabling the energy transition.4. Power electronics for grid stability and flexibility.5. New concepts, technologies, and designs of DC/AC and AC/DC converters for transmission and distribution systems.6. Advances in power electronics equipment technologies.7. Integration of renewable energy sources into DC systems for sustainable energy solutions.
—Please choose an option—1. Advanced practices and requirements for preventive maintenance of microprocessor-based relay protections.2. Acceptance, commissioning, and field testing of relay protection, automation, and control systems.3. Relay protection principles for future distribution networks.4. Challenges of relay protection, control, and measurement in emergency situations.5. Modern energy grid systems – operational experiences.6. Challenges in integrating renewable energy control systems and energy storage systems at the substation and dispatch center level.7. Protection of the energy sector from cyberattacks in the era of digitalization.8. The use of SCADA and EMS for intelligent management of grids
—Please choose an option—1. Flexibility as a Pivotal Criterion for System Development2. Resilience in Power System Planning and Development3. Economic and System Analysis Methods for Power System Development4. Impact of Electrification and Sector Coupling on Power System Development5. Long-Term Planning of Energy Security and Security of Supply6. Modeling and Forecasting Techniques for Power System Planning and Economics7. Power System modeling and simulations
—Please choose an option—1. Operational resilience to extreme and unexpected events2. Increasing system flexibility and ancillary services in systems with high RES participation3. Management of consumption connected to TSO and DSO as an opportunity for ancillary services in the system4. Operation of power system in conditions of extensive integration of distributed generation and power park modules interconnected through power electronics5. System safety and regional safety coordination6. Advanced monitoring and control techniques for network stability and reliability7. Automation and autonomous control of the operation of the power system (special system protection schemes).
—Please choose an option—1. Integration of new technologies in the energy sector and their environmental impacts.2. Resilience to climate change and adaptation measures for the powers system3. Paths and strategies for the decarbonization of the power system4. Implementation of the Energy Strategy: challenges and environmental impacts.5. Energy efficiency and reducing the impact of the power system on climate change.6. Biodiversity conservation and land use in the power system planning.7. Life cycle analysis of components in the power system.
—Please choose an option—1. Coordination of Insulation and Lightning Arrester Performance in Developing Power Systems2. Innovative Inverter Technologies for Power Quality Enhancement3. Artificial Intelligence and Machine Learning for Power System Performance and Optimization4. Dynamic Analysis of the Power System in the Energy Transition5. The Impact of Distributed Energy Resources (DER) on Technical Performance of the Grid6. Performance of Protection and Automatic Systems
—Please choose an option—1. Market Design Developments to Facilitate the Integration of New Participants and Renewable Resources.2. Flexibility and Market Mechanisms (Balancing markets, Balancing Platforms, Congestion Management, Aggregators, DSM, storage facilities, etc.).3. The role and importance of cybersecurity in the electricity market.4. Regulatory Challenges for Integration of Renewable Energy Sources and Battery Storage (connection costs, flexibility incentives, appropriate tariff models, etc.).5. The impact of distributed generation on the electricity market.6. Market Coupling (regional initiatives for market coupling, Kosovo – Albania Market Coupling, etc.).
—Please choose an option—1. Distribution network planning and asset management,2. Impact of RES on the power system,3. Active management and control of distribution networks,4. The importance of grid development in accommodating RES,5. Application of advanced metering infrastructure (AMI) and smart grid technologies in the distribution system,6. Impact of electric vehicles (EVs) and charging infrastructure on distribution networks,7. The role of prosumers in the energy transition.
—Please choose an option—1. Advanced materials for high-voltage equipment and components in the power system2. Innovative materials for testing and diagnostics of the power system components.3. Advanced materials for high-voltage insulation in transformers and electric motors.4. Transforming the power system through AI: Strategies for Testing, Monitoring, and Recycling for Energy Sustainability.5. Testing techniques for underground and overhead cables for condition monitoring and defect detection.6. Analysis of insulating materials in distribution transformers and the environmental impact on their degradation7. Testing methods for batteries and energy storage systems in the power system
—Please choose an option—1. New Cybersecurity Challenges in the Changing Electricity Industry2. Meeting the Challenges of Energy Transition with Reliable, Scalable, and Efficient Telecommunications Networks3. Digital Platforms for Acquisition, Processing and Analysis of Big Data in Power Systems and Exchange Between Market Participants4. Telecommunication Networks for Real-Time Grid Monitoring and Control5. Interoperability and Communication Protocols for Smart Grid Devices and Distributed Energy Resources (DERs) Integration.6. Blockchain for secure P2P energy trading, grid management, and data integrity in decentralized systems7. Machine learning for predicting solar and wind power generation