Feature Paper Collection in the Section ‘Energy Science and Technology’

Energy science and technology sit at the heart of today’s decarbonization challenge. As global demand grows, society needs order‑of‑magnitude gains in efficiency, rapid integration of renewables, and deployable control and forecasting tools that safeguard reliability and health. This Special Issue c...

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Bibliografiske detaljer
Format:	Online
Sprog:	engelsk
Udgivet:	MDPI - Multidisciplinary Digital Publishing Institute 2026
Fag:	Forecast horizon Weather variables Regression Long short-term memory Genetic algorithm Power quality Agricultural biogas plant Farm Voltage fluctuation Power supply reliability Costs Profitability Heat flux Automatic sensitivity adjustment Maintenance-free measurement Critical experiment Building engineering Decision-making process Particle agglomeration Solid bridge force Fluidized bed Two-fluid method DRI Electromagnetic field Health hazards Power infrastructure Electric power distribution Electromagnetic compatibility Autonomous renewable energy supply Isolated energy system Road transport Electrification Decarbonisation Natural frequency Mode shape Piston machines Torsional vibration Pneumatic flexible coupling Internet of Things (IoT) Machine Learning (ML) Data analysis Data preprocessing Regression analysis DC-DC converters Finite control set Boost converter Non-minimum phase Hardware-in-the-loop Electrolyzer Proton exchange membrane Fuel consumption Opal-RT Real-time simulation Green hydrogen Layout optimization Offshore wind farm Gradient descent Greedy repositioning Power deficit Deficit aggregation Computation time Waste heat recovery Supercritical CO2 cycle Data reconciliation Gross error identification Measurement data accuracy Hydrogen production Clean hydrogen Sustainable hydrogen Waste valorization Bio-based waste upcycling DOE 1-1-1 goal Circular economy Chemical looping combustion Chemical looping air separation Oxygen uncoupling Manganese oxide Titanium oxide Spark ignition engine Hydrogen Dual fuel WLTC AVL Cruise™ specific emissions Demand response Physical-based modelling Energy storage systems Energy efficiency Hybrid railway units Non-linear ordinary differential equations Differential transformation method PEMFC RUL prediction Time series forecasting Multidimensional features Non-stationary Large-scale wind power plant (LSWPP) Grid-connected mode of operation Renewable energy grid code (REGC) Wind turbine generator unit (WTGU) Voltage stability Wind power plant (WPP) integration High-energy-consuming load Heuristic intelligent optimization algorithm Multi-objective optimization Renewable energy integration Source–storage–load coordination Renewable energy Computational fluid dynamics Vertical axis wind turbine Passive flow control N A thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
Online adgang:	ONIX_20260416T142754_9783725862443_19
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Summary:	Energy science and technology sit at the heart of today’s decarbonization challenge. As global demand grows, society needs order‑of‑magnitude gains in efficiency, rapid integration of renewables, and deployable control and forecasting tools that safeguard reliability and health. This Special Issue collects feature papers spanning materials, systems modelling, controls, and field‑ready solutions—covering solar and wind, thermal storage and cooling, hydrogen production and use, power electronics, transport, buildings, and power‑quality/public‑health interfaces.

Feature Paper Collection in the Section &lsquo;Energy Science and Technology&rsquo;

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Feature Paper Collection in the Section ‘Energy Science and Technology’