GX & Decarbonization Research

Sun Cole Seeberg Dyremose, Carolijn van Noort, Peter Sorknæs +1

This paper examines the governance of the Danish Bornholm Energy Island (BEI) offshore wind hub, using the Multilayered Collaborative Marine Governance (MLCMG) model to analyze enabling and constraining conditions for change and innovation.…

Lei Zhang, Qin Li, Xianxin Gan

This paper proposes a low-carbon optimal scheduling model for integrated energy systems (IES) with CCS, incorporating a dynamic coupling mechanism between carbon and green certificates. Using IGDT for uncertainty, the model minimizes operat…

Guangsheng Zhang, Ran Yan, Zhaomin Zhang +2

This paper analyzes emission reduction decision-making in a shipping logistics service supply chain under carbon cap-and-trade, focusing on AI technology adoption. It models cost-sharing contracts (one-way and two-way) between service provi…

Zhangrong Pan, Yuexin Wang, Junhong Guo +5

This study develops a system dynamics model for China's carbon, energy use rights, and electricity markets (ternary system). It identifies three key mechanisms: price signal transmission, dual regulatory constraints, and mutual quota recogn…

Ulia Baut de Smondera

This paper explores the significant role of independent researchers in advancing renewable energy technologies. It examines methodological approaches, key contributions, and challenges in scalability and integration, finding that independen…

Honghui Zhang, Dejie Zhao, Limin Jia

This paper proposes a meteorology-informed bilevel optimization framework for coordinated low-carbon operation of park energy systems with EV clusters and energy storage. The upper level minimizes cost and carbon emissions with endogenous p…

Marcos de Castro Matias, Benjamin Miranda Tabak

This meta-analysis of 17 studies on Climate Policy Uncertainty (CPU) and renewable energy transition investments finds a small, insignificant average effect with high heterogeneity. A four-channel transmission framework explains 50.4% of va…

Leming Gu, Hao Zhu, Yazhi Zhu

This study uses system dynamics to model embodied carbon in buildings, identifying building height and seismic coefficients as key drivers of material consumption. It shows that increasing prefabrication rates reduces construction emissions…

Sylvia Ukamaka Echefu, Musa Bappah, Tatiana Ivanova +4

This study examines Nigerian rice farmers' awareness and willingness to adopt waste-to-energy valorisation of rice by-products as a circular economy strategy. Using a bivariate probit model on survey data from 150 farmers, it finds that edu…

Debin Fang, Heng Zhou, Pengyu Wang +1

This study optimizes wind-solar-gas-storage integrated energy systems under carbon and green certificate markets. Results show that simultaneous implementation of CET and GCT reduces operating costs by up to 50.2% and carbon emissions by 29…

Mohamed Abuella, Adib Allahham, Sara Walker

This study proposes a bi-level optimization framework for hydrogen blending (0-100%) in Great Britain's energy system, combining cooperative long-term investment planning with short-term operational simulation. Using Shapley-value payoff al…

Kaihua Wang, Yu Han, Bao-chang Xu +1

This study employs rolling-window estimation to analyze dynamic causalities between China's carbon emission price (CEP) and new energy industry (NEI). Results show CEP positively affects NEI during external shocks (e.g., COVID-19) but also …

Joana Žukauskienė, Vytautas Snieška

This study investigates the relationship between carbon tax revenue and GDP in the EU. While existing research focuses on emission reductions or social use of revenues, the impact on GDP remains unclear. This paper reveals the economic cons…

Ali Moridian, Fatemeh Havasbeigi, Magdalena Radulescu +2

This study examines the asymmetric impact of economic policy uncertainty (EPU) on CO2 emissions in 12 MENA countries (1995-2022) using a panel NARDL model. Both positive and negative EPU shocks increase emissions, while globalization reduce…

Yue Lin, Zhimin Lu, Huaiqing Qin +7

This paper proposes a bilevel multiobjective optimization model for regional integrated energy systems, using dynamic carbon emission factors and time-of-use pricing as demand response signals. The model achieves a 10.29% cost reduction and…

Jinning Lyu, Jinhui Ren, Shu Zhang +1

This study proposes a methodology for building a net-zero power system that accounts for future climate conditions. It combines data-driven forecasting with system adequacy assessment to analyze the impacts of climate change on power supply…

Xinqing Qiao, Wenping Wang

This paper proposes a damping-accumulating discrete grey power model for collaborative prediction of energy transition. It demonstrates the model's effectiveness and contributes to improving prediction accuracy.

Naufal Firdaus, Atina Husnaqilati

This study compares carbon price linkages with major commodities in Indonesia's nascent IDX Carbon market and the mature EU ETS using correlation analysis, clustering, random matrix theory, and VAR. Results show Indonesia's market is noise-…

Xiaoping Yang, Mengfan Zhang, Yilin Ma +2

This study examines whether China's carbon emissions trading policy (CETP) boosts foreign direct investment (FDI). Using panel data for 260 cities and a difference-in-differences approach, it finds that CETP significantly increases FDI infl…

Xinyu Wei, Fubin Xu, Weibing Shi +1

This study examines how divergence between local governments' environmental rhetoric and actual policy actions affects firm-level carbon emission intensity. Using matched city-firm panel data from China (2008-2015) with a two-way fixed effe…