GX & Decarbonization Research

Korban Thepsoumane

This paper examines the potential of distributed solar photovoltaics to address power grid instability caused by data center growth in Northern Virginia. It presents a portable solar simulator and analyzes solar adoption across three demogr…

Nur Sista Maharani, Wahyunanto Agung Nugroho, Yusuf Wibisono

This study compares bioethanol and biogas production from microalgae Spirogyra sp. in terms of techno-economic performance and carbon emissions. Optimal scenarios showed bioethanol yield 537.37 kg/batch with energy consumption 41.81 MJ/kg, …

Miftahul Fadillah, Erkata Yandri

This bibliometric review analyzes 43 publications (2015–2025) on renewable energy–integrated mine dewatering. It finds a shift toward hybrid renewable systems and energy storage, with reported energy savings of 12–25% and carbon reductions …

Patrycja Sieg

This study assesses small hydropower plants (SHPs) in Poland’s Kujawsko-Pomorskie region using qualitative interviews and energy data. It finds total SHP capacity of 23.24 MW and identifies administrative, environmental, and economic barrie…

Rengaowa Wu, Talla M. Aldeehani, Abdurrahman Adamu Pantamee +2

This study examines drivers of renewable energy consumption in China (2000-2023) using Dynamic ARDL. Carbon policy, green bonds, and energy tariffs have significant positive long-run effects; fintech and natural resource rents are insignifi…

Angelo C. Gurgel, Sofia M. Arantes, Luciane C. Bachion +4

Using two independent economy-wide models, this study evaluates a 37% expansion of Brazilian sugarcane ethanol production. It finds slightly positive impacts on food security, and under climate mitigation scenarios, a 6% increase in food co…

Vourdoubas John

This paper explores the feasibility of agrivoltaics in Cretan vineyards. It estimates that covering 1% of vineyard area at 15% or 30% coverage ratios could meet 2.6% or 5.2% of Crete's annual electricity demand, powering tens of thousands o…

Estefane Caetano Nazzari, Gredson Keiff Souza, Fernanda Nayara Campos de Almeida +4

This study estimates methane generation from a Brazilian landfill using three models, finding concentrations of 51-57% CH4 and peak production over 25-26 years. Controlled biogas recovery can reduce methane emissions and improve air quality…

Ruibo Fan, Kai Feng, Tiankai Zhang +3

This paper proposes a paradigm for a green power supply system driven by renewable energy to support the blue economy's shift to distant-ocean operations. It integrates flexible perovskite solar cells, triboelectric nanogenerator-supercapac…

Zhang, Bin

This dataset provides a 10-m resolution vector map of utility-scale and rooftop PV plants across China in 2024, extracted from Sentinel-1/2 imagery using a hybrid genetic algorithm and LightGBM classifier with 95.16% accuracy. It includes p…

Jiaoyue Wang, Zhonghui Wang, Shimiao Quan +7

This study quantifies the life-cycle carbon mitigation potential of photovoltaic (PV) systems on abandoned open-pit mines in China. Results show that developing PV on such sites could generate 1.34-2.93 EJ yr-1 of renewable energy and reduc…

Jităreanu Andy-Felix, Mihăilă Mioara, Costuleanu Carmen-Luiza +5

This study examines economic, structural, and energy determinants of renewable energy adoption across EU-27 from 2008-2023 using panel data models. The findings show that standard macroeconomic indicators have limited and heterogeneous expl…

Aron Rexhausen, Benno Rothstein, Charles Yousif

This study assesses viticultural photovoltaics (Viti-PV) feasibility in Malta using surveys and interviews. Benefits include shading and reduced irrigation, but high costs, regulatory barriers, and landscape concerns hinder adoption. Policy…

Adebayo Nurudeen Durodola, J. O. Oyebade, Afeez Abolaji Lawal

This review synthesizes 26 studies on solar PV adoption in Nigeria, finding that low awareness (especially in rural and northern areas) restricts adoption, while perceived benefits are driven by short-term economic and reliability gains rat…

Try Edi Suwarno, Audina Rahmi, Ananda Sabrida Tora Boru Sinaga +2

This study examines the capacity multipliers of hydropower, solar, and bioenergy on total renewable capacity in four ASEAN countries (2015-2024) using a Fixed Effects Model. Bioenergy exhibits the highest multiplier (1.51), highlighting its…

Ming Hao, Zhen Zhang, Weiqiang Luo +1

This study proposes a deep learning framework (YOLOv7 + DeepLabv3+) to map photovoltaic (PV) suitability on reclaimed mine lands in high groundwater table regions of central-east China, combined with lifecycle assessment (LCA) to quantify c…

Tsani, Tsamara, Onodera, Hiroaki, Pelser, Tristan +1

This repository provides code, land-use datasets, and reverse-viewshed maps to calculate capacity potential for offshore wind, onshore wind, and openfield PV in Japan. It uses open-source workflows ETHOS.GLAES and ETHOS.REFLOW. The datasets…

Govind Yadav, Sandeep Kumar

This study compares solar energy utilisation in India with global benchmarks, using data from IEA, IRENA, World Bank, and MNRE. It identifies significant differences in adoption, efficiency, and policy effectiveness, highlighting India's co…

OSEI-GYEBI S, Adenikinju A, Adeniyi O +1

This study analyzes determinants of renewable energy intensity (REI) across 30 Sub-Saharan African countries from 1996 to 2021. It finds that renewable energy consumption, FDI, and GDP growth positively affect REI, while poverty and populat…

(著者不明)

This paper discusses the development of renewable heat utilization in collaboration with local communities, suggesting that community cooperation is key to its diffusion.