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Advances in Applied Energy
Scopus
ISSN 2666-7924 · Elsevier · 284 artikel di indeks
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Artikel Jurnal
Scenario space exploration for robust energy planning
Long-term energy planning must contend with deep uncertainty in technology, markets, weather and demand, yet conventional studies compare a handful of narrative scenarios and can miss the thresholds and regime shifts that decide policy outcomes. We propose the scenario-space exploration workflow…
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Artikel Jurnal
Determining priorities for hydrogen infrastructure projects in Europe based on total system costs
Hydrogen production can provide important flexibility in a carbon-neutral European energy system, but its value depends on where and how pipeline and storage infrastructure are deployed. This study assesses the system benefits of hydrogen flexibility using REMix-Eur, a linear optimisation model of…
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Artikel Jurnal
Real-world benchmarking of control strategies in an industrial energy systemZenodoZenodoTUDataLib
Industrial energy systems face increasing complexity driven by decarbonization requirements, renewable integration, and price volatility, making conventional rule-based control insufficient to exploit energy efficiency and flexibility potentials. Advanced control strategies can improve the…
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Toward modeling principles for space energy system optimization
With the aim of establishing modeling principles for space energy system optimization, this paper systematically reviews existing energy system modeling studies and assesses their transferability to extraterrestrial environments. Core concepts from terrestrial energy system modeling, including…
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Artikel Jurnal
Large-scale performance evaluation of energy management strategies for hybrid energy storage systems with a focus on system sizing
This study presents a quantitative performance evaluation of energy management strategies (EMS) for hybrid energy storage systems (HESS) with a focus on system sizing. It addresses the lack of systematic and comparable studies across EMS types.A technology-agnostic linear storage model is employed…
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Artikel Jurnal
Food-embedded cold energy flows in decentralised solar cold chains
Reliable cold storage is needed to reduce meat loss in informal food systems, but conventional cold-chain expansion is difficult where electricity supply is weak and battery-based solar refrigeration is costly. This study develops an hourly techno-economic optimisation framework for decentralised…
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Offshore hydrogen storage and transport enabled by clathrates: A techno-economic analysis
Hydrate-based hydrogen (H2) storage technology (HyH2) offers notable advantages in the H2 storage and transportation for wind-to-H2 scenarios. However, the economic viability of HyH2 based on thermodynamic promoter solutions (TPS-HyH2) remains constrained by its slow formation kinetics. We proposed…
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Market impacts of nuclear energy in hydro-dominated power systems
Hydro-dominated power systems benefit from large operational flexibility, but remain vulnerable to inflow variability. While the market integration of offshore wind has been widely studied in such systems, this study is the first to examine the role of nuclear energy as an alternative low-carbon…
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Physics-informed data-driven evaluation for the operational reliability of interdependent gas and power systems
Given the widespread blackouts in recent years (e.g., the 2021 Texas blackout), the operational reliability of interdependent gas and power systems (IGPSs) has attracted widespread attention. Contrary to the immediate balance of power systems, the gas flow exhibits transient features. Considering…
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Thermoelectric generators for waste heat recovery: A review of module and system integration
Thermoelectric generators provide a promising route for converting low- and medium-grade waste heat into electricity in sustainable energy systems. Although substantial progress has been achieved in thermoelectric materials, practical system performance remains strongly governed by the structural…
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Leveraging building flexibility and regional complementarity to achieve urban zero-carbon power systems: Evidence from Hong Kong and Guangdong
Carbon neutrality accelerates profound green transitions in high-density cities, where building flexibility and regional coordination emerge as promising enablers. However, existing research only assesses flexibility potentials of single buildings or clusters, ignoring its synergistic value across…
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Artikel Jurnal
Grid integration of AI data centers: A critical review of energy storage solutions
Artificial intelligence (AI) is driving unprecedented growth in data center (DC) scale and power demand. AI workloads impose highly dynamic, difficult-to-forecast power profiles on the utility grid, creating reliability and stability challenges that conventional DC architectures are not designed to…
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Artikel Jurnal
Optimizing hybrid energy storage schemes for stable solar thermochemical power generation
Increasingly renewable energy has been integrated into the traditional energy systems. Different energy storge technologies are focused for protecting the stability and security of energy supply. To seek an appropriate approach for a low and medium temperature solar thermochemical power (STCP)…
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Spatiotemporal assessment of provincial energy resilience in China: A three-dimensional framework based on graph theory
The global energy system is undergoing a structural transformation driven by the dual pressures of AI-driven demand growth and escalating climate extremes. However, existing assessment frameworks for energy resilience often focus on energy supply adequacy at national scales, failing to identify…
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A novel multi-model framework for enhanced short-term electric load prediction of a smart microgrid
Highly irregular and heterogeneous microgrid loads challenge energy management systems (EMSs) and limit the generalizability of widely used time-series models, making accurate multi-step forecasting difficult. To address this, we propose a seasonal and trend decomposition using loess (STL)-based…
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Powering megawatt electrolyzers for low-carbon hydrogen production
A major barrier to wide adoption of low-carbon electrolytic hydrogen is its high cost. The main contributors to the high cost include the high cost of electricity and the low capacity factor of solar and wind power. Energy storage further increases the cost of electricity, and grid-powered…
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Energy-efficient HVAC control in residential buildings through occupant intention inference with multimodal large language models
Heating, ventilation, and air-conditioning (HVAC) systems account for a large share of building energy use, and their operation is strongly shaped by occupant behavior. Occupant-centric control (OCC) can improve HVAC energy efficiency while maintaining thermal comfort, but most existing approaches…
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Artikel Jurnal
Hybrid passive cooling of PV modules: A numerical study on evaporative and radiative integration
Elevated temperatures degrade photovoltaic (PV) modules efficiency and lifespan, making effective thermal management essential. Among passive cooling strategies, standalone evaporative cooling suffers from humidity sensitivity and water depletion, while radiative cooling alone provides only modest…
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Artikel Jurnal
Scalable physics-informed multi-agent reinforcement learning for building energy system control
Optimizing multi-zone building heating, ventilation, and air conditioning systems for energy efficiency while maintaining thermal comfort is a critical challenge, as buildings account for 40% of total energy consumption in the United States and approximately 30% globally. Although multi-agent…
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Reshape resilient geothermal–green hydrogen islands for carbon neutral future
Resilience is emerging as the defining metric for sustainable energy infrastructures in an era of climatic extremes and geopolitical uncertainty. This perspective proposed a geothermal–green hydrogen framework as the foundation for developing resilient energy islands. Beyond the conventional…