This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 2741–2760 of 26614 papers
FAKRA DAH, RANDRIANTSOA ANA, ANDRIAMANDROSO MN +2
This paper presents a forecasting approach integrated into SMARTEN v2, a computational platform for multiscale supervision of hybrid energy systems. It jointly forecasts renewable production and electricity consumption across building, dist…
Fan, Wei
A MATLAB code repository for reliability-oriented power system planning in China, comprising an integrated planning/operation model (RIPOM), a reliability assessment dispatch model (RADM), and a unit-level retirement model (ULRM). Solved vi…
Bianchi, Marco
This dataset compiles quantified vulnerability indicators for green hydrogen value chains, assessed through trade dependencies. It provides metrics at product, stage, and system aggregation levels, enabling comparison across the full produc…
Al-Fajri, Syukron, Syafii, Syafii
This study proposes a low-cost AC-side IoT monitoring system (ESP32, PZEM-004T) to evaluate residential rooftop PV-grid interaction in Indonesia. Measuring PV output, grid line, and household load, it classifies export/import states and qua…
Barre, Francis, Pastor-Vallés, Elisa, Ebrahimi, Babak +1
This study applies life cycle assessment to five net-zero technologies: wind, solar, batteries, hydrogen, and carbon capture. Wind and solar PV show lower per-kWh impacts than the European grid mix, while batteries benefit from higher effic…
Ian-Marius, Peters
This paper proposes three alternative metrics—bound reserves ratio (BRR), critical raw mineral (CRM) classification, and industry-based LCAs—to assess sustainable material selection for perovskite solar cell (PSC) modules, addressing the la…
Ghandi, Mahsa, Varela, Isabel, Hajian, Rozhin +1
This paper releases code, configuration, result tables, QA output and figures for a time-explicit, prospective and dynamic LCA comparing a geothermal energy network (GEN) with the distributed gas-and-oil system it replaces (REF) on an ident…
Pengju Li
This study optimizes energy use, thermal comfort, and carbon emissions for an underground supermarket in Xuzhou, China. Using 2000 Latin hypercube samples, BP neural network surrogates, Morris sensitivity analysis, NSGA-III, and entropy-wei…
Benjamin Cox, Ben Murphy, Zahrana Nadifa Ramadhanty +2
This paper argues that decarbonizing the copper supply chain—critical for the energy transition—requires maximizing copper recovery and recycling. It links rising copper demand from renewables and electrification to the need to cut mining a…
Vahabzadeh E.
This paper examines the techno-economic optimisation of repurposing UK depleted gas reservoirs for geological hydrogen storage. It assesses how surplus renewable power can be stored as hydrogen underground for supply-demand balancing and se…
Rami Y.
This study optimizes solar PV configurations for green hydrogen production in Morocco and assesses integration across agriculture, transport, and electricity sectors. It contributes quantitative design guidance on sector coupling and renewa…
Shu D.Y.
This paper examines the role of carbon capture and storage (CCS) in achieving net-zero energy systems, analyzing trade-offs between economics and environmental outcomes. It likely explores how prioritizing cost versus environmental impact s…
Wang S.
A review of intermediate-temperature (roughly 200-400°C) CO2 adsorbents, covering rational design, fabrication routes, sorption performance, and remaining challenges. It highlights energy savings versus high- and low-temperature processes a…
Huang W.
This review critically examines salt precipitation in geologic CO2 storage, covering its spatial distribution, multidimensional impacts on reservoirs and wells, and associated engineering challenges. It highlights a key factor affecting the…
Yue Y.
This study examines the reaction mechanisms and structure-activity relationships of bimetallic catalysts for CO2 hydrogenation to methanol under vapor- and liquid-phase conditions. CO2-to-methanol is a core CCU pathway, with methanol servin…
Zecca N.
This paper addresses the integration of post-combustion carbon capture technology into a steel plant, linked to the EU DISPLACE project. Steelmaking is a hard-to-abate, emission-intensive sector, making capture deployment central to industr…
Dwijatmiko A.
A study modeling electricity supply scenarios for Indonesia's Jawa-Madura-Bali (JAMALI) grid to reach net zero emissions. It optimizes generation mix pathways and draws policy implications for decarbonizing a major emerging-economy power sy…
Camelo M.M.
This study develops a mixed-integer linear programming (MILP) model to optimize green hydrogen supply chain networks, integrating production, transport, and storage decisions toward cost minimization and optimal facility siting. No abstract…
Alirahmi S.M.
Proposes an integrated energy storage system built on the Allam cycle (supercritical CO2 power) for cross-sector decarbonization. It aims to serve power, industry, and transport decarbonization within a single system. Without an abstract, s…
Li N.
This paper models the strategic pricing of flexible renewable power purchase agreements (PPAs) using a risk-averse bilevel optimization approach with cross-period constraints. It captures the interplay between generator and offtaker risk pr…
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