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Yu, Chin-Hsien.

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Resource misallocation theorem = applications to sustainable energy transition /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Resource misallocation theorem/ edited by Chin-Hsien Yu, Wen-Chieh Lee.
Reminder of title:	applications to sustainable energy transition /
other author:	Yu, Chin-Hsien.
Published:	Singapore :Springer Nature Singapore : : 2025.,
Description:	xvi, 380 p. :ill., digital ;24 cm.
[NT 15003449]:	Section I: Introducing and identifying resource misallocations in energy transitions -- Chapter 1. Reviewing Economic Development and Resource Misallocation Theory Wen-Chieh Lee, Chin-Hsien Yu -- Chapter 2. Incorporating Energy Inputs into Resource Misallocation Theory Wen-Chieh Lee, Chin-Hsien Yu, Jinsong Zhao -- Chapter 3. Addressing Adjustment Costs in Resource Misallocation Theory Chin-Hsien Yu, Wen-Chieh Lee -- Chapter 4. Analytical framework on sustainable innovations Yi Chao, Wen-Chieh Lee, Ting-Wei Lai, Chin-Hsien Yu -- Chapter 5. Strategies on Negotiating to acceptable nuclear construction Wen-Chieh Lee, Sheng-Chieh Lin, Shinn-Shyr Wang -- Section II: Investigating industry-level total factor productivity considering resource misallocations -- Chapter 6. Analysis I: Industrial Policy and Resource Misallocation in LCD Industry Shinn-Shyr Wang, Wen-Chieh Lee, Chin-Hsien Yu -- Chapter 7. Analysis II: Industrial Policy and Resource Misallocation in PV Industry Wen-Chieh Lee, Shinn-Shyr Wang, Chin-Hsien Yu -- Chapter 8. Analysis III: Resource Misallocation of Industrial Enterprises and Carbon Emission Reduction Wen-Chieh Lee, Chin-Hsien Yu, Jinsong Zhao -- Chapter 9. Analysis IV: Input Distortion and Productivity in the Thermal Power Plants Chin-Hsien Yu, Wen-Chieh Lee, Xinghao Li -- Section III: Emerging Issues of achieving sustainable energy transitions -- Chapter 10. The Dilemma of the Power Industry under Energy Transition Xiuqin Wu, Chin-Hsien Yu -- Chapter 11. The Effects of Market and Non-market Forces on the Power Plants Zichao Yua, Jun Li, Ping Qin, Lunyu Xie -- Chapter 12. Social Justice of Sustainable Energy Transition Wenlin Du -- Chapter 13. Climate Change Perception against Shale Gas Exploitation Xiaolan Chen, Ping Qin, Chin-Hsien Yu.
Contained By:	Springer Nature eBook
Subject:	Energy industries. -
Online resource:	https://doi.org/10.1007/978-981-96-6673-7
ISBN:	9789819666737

Resource misallocation theorem = applications to sustainable energy transition /
Resource misallocation theoremapplications to sustainable energy transition /[electronic resource] :edited by Chin-Hsien Yu, Wen-Chieh Lee. - Singapore :Springer Nature Singapore :2025. - xvi, 380 p. :ill., digital ;24 cm. - Climate change and energy transition,2731-9911. - Climate change and energy transition..

Section I: Introducing and identifying resource misallocations in energy transitions -- Chapter 1. Reviewing Economic Development and Resource Misallocation Theory Wen-Chieh Lee, Chin-Hsien Yu -- Chapter 2. Incorporating Energy Inputs into Resource Misallocation Theory Wen-Chieh Lee, Chin-Hsien Yu, Jinsong Zhao -- Chapter 3. Addressing Adjustment Costs in Resource Misallocation Theory Chin-Hsien Yu, Wen-Chieh Lee -- Chapter 4. Analytical framework on sustainable innovations Yi Chao, Wen-Chieh Lee, Ting-Wei Lai, Chin-Hsien Yu -- Chapter 5. Strategies on Negotiating to acceptable nuclear construction Wen-Chieh Lee, Sheng-Chieh Lin, Shinn-Shyr Wang -- Section II: Investigating industry-level total factor productivity considering resource misallocations -- Chapter 6. Analysis I: Industrial Policy and Resource Misallocation in LCD Industry Shinn-Shyr Wang, Wen-Chieh Lee, Chin-Hsien Yu -- Chapter 7. Analysis II: Industrial Policy and Resource Misallocation in PV Industry Wen-Chieh Lee, Shinn-Shyr Wang, Chin-Hsien Yu -- Chapter 8. Analysis III: Resource Misallocation of Industrial Enterprises and Carbon Emission Reduction Wen-Chieh Lee, Chin-Hsien Yu, Jinsong Zhao -- Chapter 9. Analysis IV: Input Distortion and Productivity in the Thermal Power Plants Chin-Hsien Yu, Wen-Chieh Lee, Xinghao Li -- Section III: Emerging Issues of achieving sustainable energy transitions -- Chapter 10. The Dilemma of the Power Industry under Energy Transition Xiuqin Wu, Chin-Hsien Yu -- Chapter 11. The Effects of Market and Non-market Forces on the Power Plants Zichao Yua, Jun Li, Ping Qin, Lunyu Xie -- Chapter 12. Social Justice of Sustainable Energy Transition Wenlin Du -- Chapter 13. Climate Change Perception against Shale Gas Exploitation Xiaolan Chen, Ping Qin, Chin-Hsien Yu.

This book introduces the theory of resource misallocation and its applications in the context of energy transition. Technological advancement is often regarded as the primary driver of energy transition and, ultimately, the achievement of net-zero emissions. However, technological progress is inherently long-term and highly uncertain. Additionally, there is an ongoing debate regarding the trade-offs between reducing carbon emissions and fostering economic growth. Resource reallocation presents a potential solution, as it can enhance efficiency, boost productivity, and effectively reduce carbon emissions. The authors offer insightful arguments supported by both theoretical and empirical analyses. This book is suitable for undergraduate and advanced-level readers and serves as a valuable resource for academic researchers and policymakers alike.

ISBN: 9789819666737

Standard No.: 10.1007/978-981-96-6673-7doiSubjects--Topical Terms:

666241
Energy industries.

LC Class. No.: HD9502.A2

Dewey Class. No.: 333.79

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520 $a This book introduces the theory of resource misallocation and its applications in the context of energy transition. Technological advancement is often regarded as the primary driver of energy transition and, ultimately, the achievement of net-zero emissions. However, technological progress is inherently long-term and highly uncertain. Additionally, there is an ongoing debate regarding the trade-offs between reducing carbon emissions and fostering economic growth. Resource reallocation presents a potential solution, as it can enhance efficiency, boost productivity, and effectively reduce carbon emissions. The authors offer insightful arguments supported by both theoretical and empirical analyses. This book is suitable for undergraduate and advanced-level readers and serves as a valuable resource for academic researchers and policymakers alike.
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