GX & Decarbonization Research

M. Uddin, Magdalena Radulescu, P. Manigandan +2

This study analyzes the impact of renewable energy use, natural resources, and technological innovation on CO2 emissions in BRICS countries from 1985 to 2022 using method of moments quantile regression. Results show that renewable energy, n…

Agostina Quicchi, Gerardo Szwarc, Jorge Vega +2

This study analyzes the environmental impact of installing a 100-panel 160W photovoltaic system over parking spaces at a sorghum stubble pellet production company. Results show a 51% reduction in CO₂ equivalent emissions from electricity co…

Philipp Heinrich, Beate Geyer

This study analyzes changes in the frequency and duration of simultaneous low-wind and low-solar events (Dunkelflauten) in Germany under climate change using a high-resolution CMIP6-based ensemble. Under 2K and 3K warming scenarios, it find…

Davidson, Craig Kyrle Srrachan

This paper proposes the Solar Potential Certificate (SPC), a standardized metric scoring a building's solar electricity generation potential from 0 to 100. Using a spatial deterministic model with 3D building geometry and shading analysis, …

Meshkat Dolat, Benaissa Dekhici, Michael Short

This paper presents a techno-economic optimization framework for self-sufficient biomethane islands, applied to the Inverness gas network in Scotland. Three feedstock archetypes (crop-dominant, food waste, distillery residues) are compared …

B Lin, Tianxu Lan

This paper empirically analyzes how coal prices and grid constraints affect new energy investment efficiency in China. It identifies the 'pains of transition' mechanism and offers policy implications for improving investment outcomes.

Pingan Ni, Fuming Lei, Duo Zhang +13

This study assesses the carbon mitigation potential of building-integrated photovoltaic (BIPV) systems across China using a numerical model. It considers rooftop and south-facing facade suitability, building types, climate zones, and electr…

Constantinos Katrakylidis, Dimitrios Dimitriadis

Using panel data from 108 countries (1990-2022), this study finds no global convergence in renewable energy consumption, but identifies four distinct convergence clubs. Income and governance quality increase the probability of being in high…

G. Sathya, V K Sudha, Muthukumar Murugesan +2

This review comprehensively examines recent innovations in solar technology for sustainable energy transitions, covering efficiency improvements, cost reductions, and deployment challenges.

Gershon Grossman, Naama Shapira

This paper analyzes the challenges of integrating high shares of solar energy into Israel's power grid, focusing on three categories: balancing capacity, transmission congestion, and dynamic control/frequency stability. It proposes short- a…

Hernita Nisrina, Rizky Setiawan Ramadhan, Ryan Adriansyah

This study uses bibliometric analysis of 2000 documents from Scopus (2021-2026) to map knowledge structure and research trends in water energy within sustainable energy transition. Findings show increasing research, dominant themes of renew…

Kolawole Adisa Olonade, Adewumi J. Babafemi, Murtadha A. Tijani +3

This paper identifies scarce natural resources consumed by the construction industry and their negative climate impacts. It discusses conservation approaches and highlights Africa's abundant renewable resources that can make construction mo…

Wu M, Su B, Liu J +7

This study maps global utility-scale PV plants at 10-m resolution using Sentinel-2 imagery and deep learning, then quantifies the spatial mismatch with electricity demand. It finds ~82% of global demand in provinces below IEA thresholds, hi…

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This paper discusses the potential and limitations of renewable energy from the perspective of energy science. It evaluates the impact of renewable energy on the overall energy system, considering technical and economic constraints. Using e…

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This paper analyzes the role of local actors in the formation of distributed renewable energy systems. It discusses the possibilities and challenges of community-led energy transition.

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This paper examines risks associated with the introduction of renewable energy at the local level and methods for risk response. Through case studies or frameworks, it discusses the importance of risk management tailored to regional charact…

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This paper outlines the role of applied geology in renewable energy development. It highlights how geological surveys and ground assessments are crucial for site selection and risk mitigation in solar, wind, and geothermal power projects.

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This paper proposes a method to assess regional suitability between variable renewable energy (VRE) supply and non-residential electricity demand during renewable energy expansion, with a case study of Japanese regions. It provides insights…

Fayçal Chiad

This study examines how FinTech development, digitalization, financial access, and structural factors affect public renewable energy investment across 29 European countries (2000-2022) using MMQR. Results show FinTech consistently promotes …

Mohammed Ismail Behlim

This paper investigates AI-driven optimization of Riyadh's renewable energy infrastructure, demonstrating 23-31% improvement in solar yield forecasting, 19% reduction in grid balancing costs, and 41% improvement in demand-response participa…