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This PDF has been created in accordance with the PDF/UA-1 standard to enhance accessibility, including screen reader support, described non-text content (images, graphs), bookmarks for easy navigation

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Springer Nature Proceedings excluding Computer Science

Jia Limin

Peng Jia

Proceedings of the 1st Conference on Transportation and Energy Integration Technologies

Volume III

&lt;p&gt;Voltage-Frequency Coupling Characteristics in Power Supply Systems of Remote Highway Service Areas.- A DFIG-BESS System Coordinated Control Strategy for Frequency Regulation.- Used Car Price Prediction Based on Gate Residual Net-Work Model.- Assessing Co-Located Wind and Solar Energy Potential in Highway Right-of-Ways Using Secondary Resource Grading.- Integrating Photovoltaics into China's Highway Infrastructure: Current Status, Challenges, and Policy Pathways.- Joint Optimization of Energy Replenishment and Sailing Speed for Inland Electric Ships considering Multi-Technology Adoption and Partial Replenishment.- Intelligent Diagnosis of Inter-Turn Short Circuit Faults in Generator Windings Based on EMD and BP Neural Network.-Multi-time Scale Bi-level Optimization for Electricity-Hydrogen Coupled Distribution Networks Based on Virtual Power Plants.- Optimal infrastructure planning for battery-powered ves-sels considering centralized charging and dispatching.- Planning of an Integrated Source-Grid-Load-Storage Energy Supply System for Dedicated Battery-Swapping Heavy-Duty Truck Routes under the Dual Carbon Strategy.- The effect of tribofilm formation by butylated triphenyl phosphorothionate antiwear agent on the friction characteristics of CVTF.- Capacity allocation method for traction power supply system considering wind-photovoltaic-hydrogen-storage access under extreme weather conditions.- Performance prediction and economic analysis of solar based hydrogen production system for hydrogen-powered container truck in port.- Numerical Simulation of Hydrogen Leakage Diffusion from Fuel Cell Vessel under Multi-Wind Field Conditions.- Research on the Impact of Charging Prices at High-Speed Charging Stations on User Charging Behavior.- Spatiotemporal Interactive Dynamic Synchronous Graph Convolution Network for Traffic Flow Forecasting.- GA-CNN-LSTM-based energy usage prediction method for wind-assisted ship based on operational data.- Fault diagnosis method for proton exchange membrane fuel cells based on deep parallel residual neural networks.- Study of a novel integrated structure for multi-stack fuel cell air supply system.- Research on the Integrated Development Path of Road Network and Energy Network.&lt;/p&gt;

Contributions to Economics

Statistical Tools for Forecasting, Investment and Hedging Strategies

The Baltic Dry Index

Rough Guides Main Series

Rough Guides England: Travel Guide with eBook

Mini Rough Guides

Rough Guides Mini Athens: Travel Guide with eBook

Global Energy Law and Policy

The global energy sector is in flux, transitioning from reliance on fossil fuels to clean energy sources at an unprecedented pace. This book explores the complex interplay between this transition and international investment law. The book navigates the tension between attracting crucial and expensive investments in clean energy and protecting a state's right to regulate its energy sector for environmental and other reasons. It analyses how international treaties and investment arbitration tribunals are evolving to address these challenges, examining how the scope of investment protection is being redefined and the delicate balance between stability and regulatory flexibility is being recalibrated. The book delves into this complex landscape, exploring how established legal frameworks, especially international investment law, grapple with the unique characteristics of renewable energy, critical minerals, and rapidly evolving technologies. While offering a roadmap for the current energy transition, the book also identifies unanswered questions. It paves the way for further discussion on critical mineral supply chains and the future of international investment law in a transformed energy landscape.

International Investment Law and the Energy Transition

Rough Guides Malaysia, Singapore and Brunei: Travel Guide with eBook

Insight Guides Main Series

Insight Guides Colombia: Travel Guide with eBook

Rough Guides Mini Crete: Travel Guide with eBook

A Justice Perspective

Critical Minerals, Sustainability, and the Energy Transition in the Global South

Insight Guides Scotland: Travel Guide with eBook

This book examines the challenge of achieving a clean, secure, and prosperous energy transition effectively and equitably and explains how society’s reliance on fossil fuels contributes to climate change. To tackle this challenge, the authors address tough questions and explore solutions for transitioning to cleaner energy sources, using energy more efficiently, and implementing nature-based solutions.
This classroom-tested text provides students with a solid understanding of current energy markets and how they could evolve with the adoption of alternative technologies and policies. It covers the mechanisms that promote change, focusing on a polycentric governance approach and the roles of public policy, science, and innovation, as well as social, cultural, and business-based movements. Major topics include the science of climate change, the role of energy in the economy, environmental externalities, cost-benefit analysis, policy instrument choices, systems and&nbsp;frameworks, justice and equity, technology learning curves, and policy diffusion. An introduction to key frameworks, quantitative and qualitative analysis, and modeling enable students to engage in the debate around energy policy, technology issues, and data analytics.
Energy Technology and Policy Innovation&nbsp;is essential reading for advanced undergraduate and graduate students, energy industry professionals, policymakers, scientists, and concerned citizens interested in environmental and energy engineering, sustainability, or climate science who want an introduction to energy technologies, environmental science, public policies, and markets for sustainable products and services.
<ul>
<li>Provides readers with an introduction to key concepts along with numerous figures, graphics, and case studies;</li>
<li>Offers an illustration of cost-benefit analysis and descriptions of core scientific principles;</li>
<li>Includes calculations and quizzes, essay questions, and qualitative assignments, along with an instructor’s manual.</li>
</ul>
“In&nbsp;Energy Technology and Policy Innovation, the reader will receive an expert, practical, and immediately applicable set of tools to analyze the decisions – technical, economic, political, and social – that arise every time an energy technology or energy system decision needs to be made.” —Daniel M. Kammen, Bloomberg Distinguished Professor of Energy, Johns Hopkins University

This book examines the challenge of achieving a clean, secure, and prosperous energy transition effectively and equitably and explains how society’s reliance on fossil fuels contributes to climate change. To tackle this challenge, the authors address tough questions and explore solutions for transitioning to cleaner energy sources, using energy more efficiently, and implementing nature-based solutions.This classroom-tested text provides students with a solid understanding of current energy markets and how they could evolve with the adoption of alternative technologies and policies. It covers the mechanisms that promote change, focusing on a polycentric governance approach and the roles of public policy, science, and innovation, as well as social, cultural, and business-based movements. Major topics include the science of climate change, the role of energy in the economy, environmental externalities, cost-benefit analysis, policy instrument choices, systems and&nbsp;frameworks, justice and equity, technology learning curves, and policy diffusion. An introduction to key frameworks, quantitative and qualitative analysis, and modeling enable students to engage in the debate around energy policy, technology issues, and data analytics.Energy Technology and Policy Innovation&nbsp;
 is essential reading for advanced undergraduate and graduate students, energy industry professionals, policymakers, scientists, and concerned citizens interested in environmental and energy engineering, sustainability, or climate science who want an introduction to energy technologies, environmental science, public policies, and markets for sustainable products and services.
 <ul><li>Provides readers with an introduction to key concepts along with numerous figures, graphics, and case studies;</li><li>Offers an illustration of cost-benefit analysis and descriptions of core scientific principles;</li><li>Includes calculations and quizzes, essay questions, and qualitative assignments, along with an instructor’s manual.</li></ul>“In&nbsp;Energy Technology and Policy Innovation, the reader will receive an expert, practical, and immediately applicable set of tools to analyze the decisions – technical, economic, political, and social – that arise every time an energy technology or energy system decision needs to be made.” —Daniel M. Kammen, 
 Bloomberg Distinguished Professor of Energy, Johns Hopkins University

Energy Technology and Policy Innovation

Advances in Traffic Modeling and Multi-Agent Simulation

Integrating Activity-Based Models with Mobile Phone Data

Swiss Administrative Law

Proceedings of the 1st Conference on Transportation and Energy Integration Technologies

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