GX & Decarbonization Research

(著者不明)

This work reports the development of a power conditioning system (PCS) with virtual inertia capability interconnected to distribution grids, addressing the decline in system inertia caused by high shares of renewables. It covers the power-c…

Caicedo Navarro, Joaquín Eduardo, Caro Ruiz, Claudia Catalina, Palacios-Benavides, D. A. +2

Supplementary dataset for a study scoring grid-connection suitability for national-scale solar and wind siting in Colombia. It includes candidate generation profiles, annual curtailment responses, spatial scoring inputs, nonlinear AC valida…

Mehdi Ashouri Mehranjani, Milad Khashay, Ehsan Esmaeilnezhad

This review synthesizes field, laboratory, geochemical and numerical evidence on injectivity decline in geothermal reinjection systems. It covers physical clogging from particle invasion and fines migration, chemical clogging from scaling a…

Hairul Sharani Mohd Radzuan

This chapter assesses the feasibility of repurposing brownfield land for solar PV and wind energy within a just transition framing. Combining literature review, policy analysis and GIS-based multi-criteria spatial modelling, it evaluates si…

S. V. S. Sai Krishna, A. Bhuvana Chandra, K. Srinivasarao +2

A study mapping India's wind and solar potential through spatial optimization to chart a decarbonization pathway to 2050. Given the National Remote Sensing Centre affiliation, it likely uses geospatial/satellite data for siting suitability.…

Hwang Y.

This work appears to address risk-aware planning for corporate renewable electricity procurement under hourly (24/7) matching. It likely offers a framework for optimizing procurement portfolios while accounting for price and supply variabil…

Tanvir Hussain, Farhat Ul Ain Sonia

A survey-based study of urban UAE residents' attitudes toward and barriers to household renewable energy adoption, including rooftop solar. It examines how environmental awareness, installation and maintenance costs, government incentives, …

Reusser, Marc, Hertig, Heidi, Robaina, Orencio +3

The Swiss SolarWind Explorer is an interactive geospatial tool from ETH Zurich (PLUS) under the SPEED2ZERO initiative, letting users overlay datasets and build custom maps of Swiss solar and wind potential. It combines scientific data with …

Gulsanem Allambergenova, Adilbaev Abbaz Amanovich, Ametova Sevinch Shamshetdinovna

This study examines the technical and economic factors shaping the feasibility of stand-alone solar PV systems for household energy independence in Uzbekistan. It applies a comparative analytical methodology grounded in established off-grid…

Yutaro Oga, Kazuya Ito, R. Takashima

This study develops a theoretical framework for virtual PPAs, comparing cost-recovery pricing and surplus-sharing pricing under demand uncertainty. The firm's contract adoption timing is modeled as an optimal stopping problem, with the fixe…

Venkatasubramanian Sivakumar

A holistic comparative study of how renewable energy adoption reduces carbon footprints across typical material process industries. Without an abstract, methods and quantitative results remain unverified, but the work sits at the intersecti…

Sohidul Islam, Abdikani Salah Abdulle, Md. Mustaqim Roshid +6

Using MMQR and SQR for South America (1990–2023), the study disaggregates agricultural drivers of CO2 emissions. Fertilizer use, rice production and cropland expansion raise emissions, while renewable energy consistently lowers them across …

Marita Margarita Bertsiou, Evangelos A. Baltas

This book examines the water-energy-climate nexus, positioning hybrid renewable energy systems (HRES) as a foundation for sustainability. It covers RES-based desalination, energy storage, and hydrological challenges, illustrated with off-gr…

Er. Sawardhan Sangare, Saurabh Joshi

A comprehensive review of renewable energy technologies including solar, wind, hydro, biomass, geothermal and waste-to-energy. It finds renewables can cut fossil fuel reliance, lower GHG emissions and boost energy security and decentralized…

Senatro Di Leo, Ikechukwu Ikwegbu Ibe, Antonio D’Angola +1

This study applies the ETSAP-TIMES modelling framework to represent the Renewable Energy Community of Tito, southern Italy, over 2020-2050. In the 10 MW PV configuration, electricity imports fall by over 30%, CO2 emissions by about 10%, and…

Peng, Zhen, Yao, Wanxiang, Liu, Moran +1

Reproduction package for a building-by-building assessment of rooftop PV potential across 2.23 million buildings in Qingdao, China, coupling hourly generation to a building-stock carbon-peaking model. The 104-file deposit includes documenta…

A. Ramachandran, M. Ahmed, H. Al Awadhi

A field-level study integrating a 116 MWp solar PV plant into an operating onshore oilfield's 220 kV grid. It supplies ~270 GWh/yr, cutting electricity costs 7-10% (~USD 9.6M) and avoiding 140,000+ tCO2/yr. Solar-only proved the most cost-e…

Brandon García, Héctor H. Sandoval, Hernan Daniel Bejarano +1

This study empirically examines how Mexican citizens view the cost burden of clean power and how that shapes their intentions to adopt solar. Without an abstract, details are limited, but the focus appears to be the link between public supp…

Zaporozhets A, Verpeta V, Matushkin D

This paper presents an information system for wind power generation modelling and a methodology to verify its computational algorithms using heterogeneous open meteorological data and SCADA measurements. The framework combines statistical m…

Peng, Zhen, Yao, Wanxiang, Liu, Moran +1

A reproduction package for a building-by-building assessment of rooftop PV potential across 2,229,005 buildings in Qingdao, China, coupling hourly generation to a building-stock turnover carbon-peaking model. It bundles a 168-row absorption…