NEIS 2023

Conference on Sustainable Energy Supply and Energy Storage Systems, Hamburg, September 4 – 5, 2023

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Detlef Schulz (Hg.), NEIS 2023 (2023), VDE Verlag, Berlin, ISBN: 9783800761357

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Beschreibung / Abstract

The annual NEIS conference is hosted by the chair of Electrical Power Systems of the Helmut Schmidt University in Hamburg. Since 2013 it provides a forum for scientists and experts to discuss prospective and recent developments in the fields of energy supply and energy storage technologies.

This year's conference continues to focus on electrical power grids and grid-related aspects, including load management, power system measurements and identification techniques, energy storage systems, and the integration of electric mobility into the grid.

Inhaltsverzeichnis

  • NEIS 2023
  • Stay informed!
  • Imprint
  • Preface
  • Conference Organisation
  • Scientific Advisory Board
  • Table of Contents
  • Keynote-Paper: The digital transformation of power systems with its pros and cons
  • 1.1 From Opportunities to Obstacles: Advantages and Threats of Power System Digitalization
  • Plenary Session 1: Power system measurement and identification /Power system operation and control
  • 1.1 Towards a Set of Bus-Splitting Topologies for Congestion Management
  • 1.2 Frequency-Dependent Grid Impedance Measurement on Low-, Medium- and High- Voltage Level
  • 1.3 Application-Oriented Comparison of Quade, FBD and an extension of the CPC Power Theory
  • 1.4 Possibilities and Limitations of Frequency-Domain Power Definitions
  • 1.5 Advanced Testing Strategy for Impedance Based Stability Investigation Using Novel Impedance Replication Method
  • Parallel Session 1: Power system measurement and identification /Energy storage applications
  • P 1.1 Identification of the frequency behaviour of a power plant during a load step in a microgrid
  • P 1.2 Bibliographic Review on Power Oscillation Detection Methods
  • P 1.3 Methodology for identification of controller parameters of a diesel generator in islanded grid operation
  • P 1.4 Optimal Design of Energy Storage System for Peak-Shaving in Industrial Production
  • P 1.5 Facing the energy crisis: implementing short-term measures to reduce costs and emissions at industrial manufacturing sites
  • P 1.6 Hybrid Uninterruptible Power Supply in Industrial Microgrids
  • Plenary Session 2: Energy storage applications / Grid integration of e-Mobility
  • 2.1 Modelling the Required State of Charge of a Battery Emergency Power Supply for Temporary Islanded Grid Sections with Decentralized Generation
  • 2.2 Decarbonizing Heavy Industry by Using Green Electricity and Hydrogen - A Case Study of a Glass Production Site
  • 2.3 Simulation-aided evaluation of regulatory requirements for control in the low-voltage grid
  • 2.4 Charging Load and Flexibility Assessment of Electric Last-Mile Delivery Van Fleets based on Semi-Synthetic Mobility Profiles
  • Parallel Session 2: Grid Integration of E-Mobility / Load management in smart grids / innovative monitoring and protection methods / Operation of DC grids and future grids
  • P 2.1 Geo-referenced Synthetic Medium-voltage Distribution Networks: A Data-Driven Approach
  • P 2.2 Bidirectional Electric Vehicles Field Trial Data Set
  • P 2.3 Methodology for Impact Analysis of Electric Vehicles on Distribution Networks
  • P 2.4 Cross-Market Optimal Flexibility Scheduling for Local Energy and Flexibility Aggregators in the Residential Sector
  • P 2.5 Concept for a cloud-based holistic energy management of domestic appliances to stabilize the energy supply and the power grid
  • P 2.6 Honey Badger Algorithm for Estimating the Parameters of Li-ion Battery 3rd Order ECM
  • P 2.7 Real-Time Simulation of Hybrid AC/DC Grids
  • P 2.8 Investigation of DC circuit breaker with extinguishing chamber at reduced ambient pressure for an application in avionics
  • P 2.9 Adaptive Distance Protection Scheme for HV Grids with High Share of Distributed Energy Resources
  • P 2.10 Development of an Adaptive MAV Platform for Autonomous Inspection of High Voltage Power Lines
  • P 2.11 A computer-assisted Faulted Phase Selection Algorithm for dealing with the effects of Renewable Resources in Smart grids
  • Plenary Session 3: Operation of DC grids and future grids
  • 3.1 Analysis of Weight Advantages in Superconducting DC Power Distribution Systems for All Electric Aircraft
  • 3.2 Role of stationary energy storage systems in large-scale bus depots in the case of atypical grid usage
  • 3.3 Optimal Power Flow for Multi-Use Case Operation of Integrated DC Sections in Distribution Systems
  • Parallel Session 3: Power system operation and control / Fuel Cell in electrical power systems / Energy storage applications
  • P 3.1 Optimal Reactive Power Planning by covering deficient voltage demands with additional reactive power sources using a sensitivity approach
  • P 3.2 Reactive Power Planning in Transmission Grid considering Short Term Voltage Stability - STATCOM or SYNCON?
  • P 3.3 Baseload Concepts for Increasing Fuel Cell Durability in Aircraft Multi-Powertrain Operation
  • P 3.4 A Multi-Energy Fuel Cell Model in the Extended Node Method
  • P 3.5 Analysis and Characterization of the Energy Consumption in an Electric Bus Fleet
  • P 3.6 State of health estimation of Lithium-ion batteries using operational data based on approximate weighted total least squares method
  • Plenary Session 4: Grid Integration of E-Mobility
  • 4.1 Smart e-mobility: user potential in Germany today and in the future
  • 4.2 Prioritized EV Charging - Enhanced Smart Meter Gateway infrastructure enabling an event driven flexibility tariff
  • 4.3 Amplification and Compensation Effects with regard to Harmonics due to Integration of Electric Vehicles into an Existing Industrial Grid
  • 4.4 Improving Distribution System Operation and Planning Using Data from a Charge Point Management System
  • List of Authors
  • About the Book

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