Posters
Geneva 2025 · Theme 5 · Customers, Metering & Tariffs
112 posters — showing 41–60
Electric Vehicle Charging Station Placement Framework: Scenario Generation, Impact Assessment, and Placement
End Users Flexibility Potential Estimation Under Differing Prosumers' Characteristics and Constraints
Energy Consumption Forecasting Including Emerging Technologies
Energy Storage Sizing While Considering Flexible Loads in a Dutch Energy Community
Energy System Flexibility Through Scheduling Hot Water Heaters – Valley Filling Versus Reducing Peak Power Demand
Enhancement of Grid Capacity with Photovoltaic Peak Curtailment and Battery Usage: A Case Study in Bosnia and Herzegovina
Enhancing Distribution Grid Planning with Time Series-Based Analysis – A Case Study from Germany
Enhancing Distribution System Hosting Capacity with Hydrogen Electrolyser Technology
Enhancing Hosting Capacity for Renewable Generation Projects: A Comparative Study of Quasi-Dynamic and Static Simulations in Planning Network Analyses
Enhancing Stochastic Network Planning for Future Energy Systems: The BKW Progrés Explorer
Enhancing TSO-DSO Coordination: A Machine Learning Approach for Efficient Operations Planning
Estimate Network Expansion Needs Through Correlations with Territorial Characteristics
Estimating Local Grid Losses: Daily Losses Estimation and Visualisation at Different Grid Levels, Fostering a Deeper Understanding of Them
Estimating Network Topology and Hosting Capacity: A Multi-Level Approach
EV Charging Stations Load Forecasting by BiLSTM and PatchTST
Evaluation for Necessary Power Demand for Electric Truck Charging on Motorways
Evaluation of Resilience of a Distribution Grid After Addition of Heat Pumps and Electric Vehicles as Home Automated Loads Operating Under Multiple Case Scenarios for All Households
Extreme Weather Events: Measuring and Enhancing Resilience in Operational and Electric Grid Infrastructure
Flexibility Services from Water Distribution Networks: The Demonstration Project of Gruppo Acea
From Customers to Prosumers: PV Systems Impact on Residential Load Profiles, Peak Power, and Coincidence