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Schloss Dagstuhl - Leibniz-Zentrum für Informatik GmbH

This Dagstuhl Perspectives Workshop aims to provide a forum for world-leading computer scientists and expert consultants on environmental policy and sustainable transition to engage in a critical and urgent conversation about computing’s responsibilities in addressing climate change. The workshop will consider the positive and negative climate impacts of a range branches of computing, including (but not limited to): AI and Machine Learning; Software and Mechanical Engineering; Internet Architectures; Large-scale, Distributed, and Cloud-based systems; Environmental Data Science and Climate Modelling; ICT Environmental Assessment and Energy-Aware Computing; Smart Cities, Smart Grid, and Transition Engineering; Safety and Security; and Human-Computer Interaction and ICT for Sustainability.

ECV International

European EV Thermal Management Summit 2025 will focus on innovative thermal management technologies for electric vehicles under the net-zero and sustainability goals. We will invite over 17 leading speakers and more than 200 top industry experts, and organize two roundtable discussions, offering you the latest technical insights and opportunities for face-to-face Q&A exchanges. This will enable you to gain a comprehensive understanding of advancements and improvements in areas such as the smart and lightweight design of thermal systems, battery thermal safety, thermal management materials, heating and cooling technologies, and in-vehicle air conditioning systems under the new policies.

Marketing Department;     Tel.: [86 21 66059539-813];     Email: britney@ecvinternational.com

Electric Vehicle Markets, Thermal Management and Fire Protection Materials, Regulations and Outlook The Use of Virtual Software and Simulation Technologies to Drive the Design and Development of Vehicle Thermal Systems Advanced Cooling Technologies and Heat Dissipation for High-Power Modules Optimizing Thermal Management in Electric Commercial Vehicles to Enhance Battery Life and Efficiency The Role of Phase Change Materials in Super-Fast Charging Thermal Management Dynamic Heat Recovery and Thermal Control: Solutions for Next-Generation Electric Vehicles Exploring the Role of Sustainable Thermal Interface Materials in European EV Thermal Management Low-Carbon and High-Efficiency Thermal Management Systems Synergistic Optimization of Battery Super-Fast Charging Technology and Thermal Management Cost Reduction and Efficiency Improvement Measures in Electric Vehicle Thermal Management Technology Optimizing Thermal Management System Design to Adapt to the Characteristics of Low-GWP Refrigerants Collaborative Design of CO₂ Heat Pump System and Liquid-Air Cooling Hybrid for Electric Vehicles Integrated, Modular, and Intelligent Design of Thermal Management System Architecture The Impact of Heat Recovery Technology on Electric Vehicle Range and Its Potential in Thermal Management …