GX & Decarbonization Research

Haoyuan Li, Liye Xiao, Li Ma +3

This paper investigates the optimal configuration of molten salt thermal energy storage in green electricity direct-connected integrated energy systems. It focuses on technical optimization to enhance renewable energy integration and reduce…

Smith C, Boodlal D, Alexander D +2

This paper presents a techno-economic analysis of integrating renewable energy at a small satellite communication site in Trinidad and Tobago. Under current subsidized electricity rates, renewable energy is not economical; at unsubsidized r…

Orabi A, Harb H, Khedr A

This paper proposes a RAG-based intelligent literature system (RILS) for renewable energy technology assessment. It indexes 32,800 passages from major sources and achieves 85% response accuracy on 900 queries, enabling rapid and transparent…

Jinsong Tao, Umair Bacha, He Yigang +2

This paper critically reviews intelligent fault detection and mitigation strategies in power systems with high renewable penetration, focusing on operational realities. It highlights the failure of AI models trained on synthetic data under …

Carlos Parra-Lopez, Carmen Carmona-Torres

This paper reviews digital/4.0 technologies for clean energy in agriculture, covering recent applications in renewable energy and energy efficiency. It provides strategic directions for future development, contributing to decarbonization in…

W. Naworyta, R. Uberman

This paper assesses the techno-economic viability of residential battery storage paired with solar PV in temperate climates. It finds that seasonal mismatch between generation and demand limits economic profitability under net-billing schem…

Linqi Sun, Xiaogui Zheng, Alan Foy +5

This study evaluates the socio-economic benefits of biomass supply from Short Rotation Coppice willows cultivated using aeroponic technology at the national level. It quantifies the sustainability and economic impacts of biomass as a renewa…

Ming Niu, Hengyuan Tong, Shunxi Zhang +6

This study presents a novel in situ synthesis of hydrogen peroxide via water electrolysis powered by solar energy, using Mg2+ ions to enhance yield. Optimal conditions were identified, with carbon felt cathodes and Mg2+ addition significant…

K. Sugunavathi, Anuradha Purra

This review synthesizes the role of green energy resources (solar, wind, hydropower, bioenergy, hydrogen) in advancing sustainability within biological systems. It analyzes applications in agriculture, biotechnology, conservation, and publi…

Enola Brecht, P. Kovalsky

Evaluates kiwifruit and apple residue as feedstock for biomethane and hydrogen production in New Zealand. Anaerobic digestion combined with steam methane reforming could yield ~18,000 m³ biomethane and 7,600 m³ hydrogen annually, supporting…

Yong-xiang Lu

This review examines green intelligent manufacturing, renewable energy, transportation, and data technologies, and their role in sustainable development. It introduces the concept of 'new quality productive forces' that aim to improve produ…

Djoko Nurprawito, R. Nurcahyo, D. Saroso +1

This study analyzes the potential of micro, small, and medium enterprises (MSMEs) in Indonesia to achieve competitive advantage through direct use of geothermal energy, using the VRIO framework. A case study in Garut Regency reveals higher …

T. S. Popova, V. V. Bespalko

This study assesses the potential of alternative energy sources in Africa, considering environmental, economic, and social aspects to support the green agenda and economic development. It highlights Africa's abundant renewable resources and…

Keshinro Kazeem Kolawole, Mohamad Shukri Bin Zainal Abidin, Mohd Farizal Bin Kamaroddin +3

This study introduces a non-invasive, low-cost method for algae biomass estimation using RGB imaging and machine learning. Applied to outdoor-cultivated Chlorella sorokiniana, features like color indices and texture were extracted, and mode…

Xia Jiang, Xin Li, Hongli Guo +2

This study proposes a low-cost multifunctional Fe₃O₄/biomass carbon hydrogel for solar-driven desalination, contributing to renewable energy and water scarcity solutions.

Warith Thanglerdsumpan, Keerati Kirasamutranon

This study explores the potential of co-pelletizing invasive water hyacinth with bamboo as a low-carbon bioenergy source. The approach integrates waste management and renewable energy production, contributing to greenhouse gas reduction. Wh…

Ya Yang, Pawantree Promsuwan

This review comprehensively explains the fundamental mechanisms, performance metrics, and strategies for improving output of droplet-based electricity harvesting. It also examines representative applications and key challenges, providing a …

Kanta Nishikura, Priscila Carvalho, Catalina Spataru

This study presents the first country-wide analysis of emergency river basin management in Brazil, focusing on the water-energy nexus. It finds a transition from reactive short-term measures to a standardized regime based on predefined thre…

Ali Devlet

This study assessed the trade-off between biomass yield and sugar concentration in five sweet sorghum genotypes under irrigated and rain-fed regimes. The hybrid 'Teide' achieved the highest bioethanol yield (1690.7 L/ha) under irrigation, w…

Chalfoun N.

This paper presents a prototype design for a solar farm at the Organ Pipe Cactus National Monument in Arizona, USA, achieving net-zero status and promoting economic development.