GX & Decarbonization Research

Leonardo Amthauer Gallardo, Andrea Biertümpfel, Andreas Gurgel +1

A review of 80 years of German short rotation forestry (SRF) research. Two- to three-year coppice cycles gave the highest biomass yields (9.8 odt/ha/yr), with poplar leading. Poplar and willow coppice remain productive for over 20 years, se…

Peñaranda-Vélez. Victor Manuel, Ochoa-Moya. Carlos Abraham, Quitanar Isaias. Arturo I.

This study identifies prevailing synoptic weather patterns over continental Mexico using ERA5 reanalysis data and k-means/self-organizing maps clustering. Four k-means patterns explain daily atmospheric variability, while fifteen SOM patter…

S. Ajay, Dr.S. Karthikeyan

Using household surveys in Madurai North Taluk, Tamil Nadu, this paper examines renewable energy adoption (solar, biogas, efficiency systems) and evolving environmental policy. Awareness, subsidies, and electricity-cost concerns drive gradu…

Abubakar Zakariyya Al-Hasan, Al-Hasan Fatimetu Olohigbe, Abubakar Ibrahim Suleiman

This paper argues that urban green-cover loss and unreliable fossil-based electricity in Nigerian cities are structurally coupled and should be planned together. A desk-based synthesis of 2016-2025 peer-reviewed evidence and national policy…

Alexandra Calvén, Axel Johansson, Kerstin Sernhed

Using Brunnshög, a sustainability-profiled district in Sweden, this study examines the feasibility and limits of district-level electricity self-sufficiency via rooftop solar PV. Hourly metered data show annual self-sufficiency is unattaina…

Muhammad Asyraf Hasim, Aini Khalida Muslim

This study develops a systems-theory-based REAI model to examine household renewable energy adoption intention in rural Johor, Malaysia. Using PLS-SEM on survey data from 387 residents, it finds all five subsystems—policy, socioeconomic, te…

Krista Petersone, Valdis Ratniks, Jeļena Ziemele

This study examines rooftop PV integration and energy sharing in Riga's multi-apartment buildings. Daytime demand from domestic hot water and EV charging can improve self-consumption, but legal and regulatory barriers persist across the EU.…

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A study on renewable energy deployment led by local residents. No abstract is available, so the region, methods, and quantitative findings are unclear. It likely offers insights into community-driven renewable adoption and consensus-buildin…

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This paper reviews the current status of ocean thermal energy conversion (OTEC) and outlines Japan's roadmap toward 2030 deployment. It positions OTEC as a renewable source for islands and waste-heat applications, discussing technical and p…

Lamas Dias, Douglas, Rampinelli, Giuliano, Alonso-Abella, Miguel +3

A 14-year comparative field study of twin thin-film PV systems installed across two Spanish climatic zones. It documents long-term performance and degradation behavior by climate, offering empirical reliability data for thin-film technology…

Zhen Peng, Wanxiang Yao

This study assesses building-by-building rooftop PV potential for 2,229,005 buildings in Qingdao, China, coupling hourly generation to a building-stock turnover carbon-peaking model. The deposit provides a full reproduction package with 26 …

Giorgos Kardaras, Alexandros Kafetzis, Michael Bampaou +1

Using Crete as a case, this study integrates techno-economic and life-cycle assessment of four modular renewable energy systems (MRES) targeting 90–99.9% renewable penetration. Output-based LCOE ranged 0.059–0.112 €/kWh, with surplus-electr…

Filipe Cardoso Brito, Hugo Saba, Mabel Diz Marques +6

This study builds a technical–economic model integrating module degradation, household electricity demand, and consumer replacement decisions for residential PV in Brazil. Under early-growth demand, replacement milestones arrive at 11.7 and…

Jianxiang Shen, Weiyi Liao, Rui Wang +6

This study examines how land-use constraints shape renewable energy deployment pathways and siting under China's carbon neutrality goal. It shows that competition for land and spatial restrictions alter feasible solar and wind capacity and …

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A modeling study of Hokkaido's power and heat supply network that incorporates the smoothing effect of wide-area interconnection of renewables. It examines how interregional balancing of variable renewables supports grid stability and highe…

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This paper analyzes how the federal Production Tax Credit (PTC) and state Renewable Portfolio Standards (RPS) individually and interactively affect wind power diffusion in the US. It quantitatively examines whether overlapping policy incent…

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This paper examines Japan's feed-in tariff (FIT) system through the lens of political and policy theory, framing how renewable energy policy debates should be structured. It offers methodological and normative arguments on evaluating FIT de…

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This paper examines the institutional issues that arise when feed-in tariffs (FIT) and installation subsidies coexist as renewable support schemes. It discusses the rationale and drawbacks of overlapping support—subsidies lowering upfront c…

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This study examines how Danish spatial planning controls the siting of renewable energy facilities. It analyzes the interplay between municipal plans and national energy policy, and the mechanisms for balancing deployment targets with lands…

zin lin, ohn, Štěpanec, Libor, Hnin Yee Aye +1

Applying UMAP, HDBSCAN, and XGBoost+SHAP to 67,287 hourly observations from 17 cities, this study identifies six solar-weather regimes. Irradiance partitioning, humidity, and temperature dominate regime membership, and optimal PV tilt angle…