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 81–100 of 1507 papers
Dulecha KA, Sime TL, Ararso ZT +3
Proposes an AI framework combining LSTM, XGBoost, and reinforcement learning to optimize Ethiopia's solar, wind, and hydropower systems. Using real data from Ethiopian Electric Power and meteorological agencies, XGBoost achieved 0.91 accura…
Zhang H.
Proposes a decision-focused learning approach to optimize renewable imbalance settlement and dispatch of flexible resources such as storage and demand response. By training models directly on downstream operational cost and settlement outco…
Berriri H.
A deterministic assessment of renewable integration under network constraints in Tunisia, examining storage flexibility and transmission deliverability. It identifies grid bottlenecks for high renewable penetration and informs prioritizatio…
Murphy F.
A life cycle assessment of forest biomass supply chains in Ireland, quantifying GHG emissions and primary energy balances. It evaluates the environmental performance of biomass sourcing, transport and conversion as a renewable energy pathwa…
Soylu O.B.
This paper applies a synthetic control method to causally evaluate whether Turkey's renewable energy action plans actually improved renewable deployment and related outcomes. By comparing the treated case against a constructed counterfactua…
Holttinen H.
This paper estimates the CO2 impacts of wind energy within the transition to carbon-neutral energy systems. It appears to assess wind power's decarbonization contribution from a lifecycle or system-level perspective. No abstract is availabl…
Kwan C.L.
A study analyzing the financials of constructing solar PV to achieve net-zero energy operations on college campuses. It examines costs, payback, and economic feasibility, offering insights for decarbonization investment decisions by higher-…
Banotra A.
An empirical study characterizing solar panel layout and sizing for net-zero-energy IoT systems. It examines how panel design parameters affect power generation and system feasibility, offering foundational insights for self-powered distrib…
Azeem A.
This study examines photovoltaic deployment strategies for achieving net-zero commercial buildings in India using a climate-zoned benchmarking approach. It evaluates how PV capacity and configuration can be optimized across differing climat…
Mudar Youssef Taha, Ravi K. Peetala
This study techno-economically optimizes a PV–hydro–battery hybrid energy system for rural electrification in conflict-affected Syria. It contributes evidence on cost-effective renewable design where grid power is fragile. No abstract is av…
Ashika Hussain, Prasanth Pai
This TCCM-based systematic review of 38 studies on solar prosumerism finds the field dominated by techno-economic modelling and European cases, with behavioural theories applied in isolation and mediation/moderation largely unexplored. It m…
Surya Prakash Chauhan, Sachin Sharma, Rajesh Maithani
This review examines how concentrating solar power (CSP) technologies—parabolic troughs, Fresnel reflectors, dishes, and central receivers—can drive large-scale decarbonization via high-temperature thermal energy and long-duration storage. …
Ayada, Amira
A dataset of HOMER Pro simulation results for a hybrid renewable energy system in Bir El Ater, Tebessa, Algeria. It provides system configurations with technical and economic performance indicators plus the electrical load profile, enabling…
Patricia Pereira da Silva, Pedro Cerqueira
A study on how long-term power purchasing mechanisms (e.g., PPAs) shape renewable energy procurement. Without an abstract, details are unclear, but it likely examines the interface between corporate renewables sourcing and power market desi…
Chaiken B.
A theoretical Nash-Cournot analysis of a proposed power purchase agreement (PPA). It examines how paying for capacity that produces no output affects oligopolistic market equilibrium and investment incentives. Relevant to the design of rene…
Dormady N.
This paper examines Ohio's proposals to effectively re-regulate its electricity market through power purchase agreements (PPAs). It analyzes the tensions in using PPAs as a regulatory instrument to capture both market and regulatory benefit…
Saheb Koussa D.
This study evaluates greenhouse gas emissions and the economics of a grid-connected renewable energy system (GCRES) in Algeria's arid region. It appears to quantify emission reductions alongside investment and cost viability. It offers an e…
Younes Noorollahi, Mobina Kalantari, Amirali Saifoddin +4
This study designs and evaluates a hybrid solar–biomass energy system for low-carbon rural electrification. It leverages the complementarity of solar and biomass to balance supply reliability with decarbonization in areas with weak grid acc…
Shuyi Peng, Bert van't Ooster, Vicenç Puig +3
This study presents a co-optimisation framework integrating renewable energy with vertical farming systems, explicitly modelling the trade-off between profit and carbon emissions. By jointly designing energy supply and agricultural producti…
Koniuszy A, Kozakowski T, Klimek K
This study analyzes energy curtailment (modeled potential minus actual grid injection) for PV, wind, and hydro in 2020–2025. Total positive curtailment reached ~3,146.3 GWh, 96.0% from installations above 500 kW, concentrated in large wind.…
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