New Research: Grid-forming wind turbine control based on novel deloading strategy and adaptive configurable natural droop controller https://t.co/3xX0tzcdbE #FrontiersIn#EnergyResearch
New Research: Short-term forecasting-based optimal scheduling of a pumped storage hydropower, wind, and photovoltaic complementary system https://t.co/BuAVsd1aQf #FrontiersIn#EnergyResearch
New Research: Day-ahead optimal scheduling of active distribution networks considering security constraints via transmission-distribution coordination https://t.co/o3sDTtzCdF #FrontiersIn#EnergyResearch
New Research: Composite dilution effect of exhaust gas recirculation and lean-burn on combustion and emissions of oxyhydrogen/bio-isopropanol/gasoline ternary fuel engine https://t.co/5BguUd74kU #FrontiersIn#EnergyResearch
New Research: A prioritized soft actor-critic algorithm for safe and efficient power distribution network reconfiguration https://t.co/nVkZWpb7Wz #FrontiersIn#EnergyResearch
New Research: Pilot scale demonstration of potential for decarbonisation of industrial heating processes using hydrogen cofiring https://t.co/Totey7RsSr #FrontiersIn#Fuels
New Research: Centralized-distributed collaborative voltage control for distribution networks considering photovoltaic uncertainties https://t.co/OnH2ePnhr8 #FrontiersIn#EnergyResearch
New Research: Techno-economic optimization of multi-city off-grid PVβhydrogen systems for dual EV charging and green hydrogen production https://t.co/v0IDYmjD2j #FrontiersIn#EnergyResearch
New Research: Clustering of distributed photovoltaic typical days, variable mode decomposition, and high-accuracy power forecasting https://t.co/ysqys3pAkj #FrontiersIn#EnergyResearch
New Research: The sugarcane-ethanol chain and the carbon credits price formation: evidences of a success policy from Brazilβs RenovaBio program https://t.co/7oCZ9YaERt #FrontiersIn#EnergyResearch
New Research: Low-carbon optimization of hydrogen-integrated energy systems with coordinated P2GβCCS and integrated demand response https://t.co/cYE87oh8yA #FrontiersIn#EnergyResearch
New Research: Thermal and dynamic modelling of permanent-magnet synchronous motors (PMSM) driven electric vehicle powertrain with dual-loop control strategy https://t.co/TJ8ct8dFKv #FrontiersIn#EnergyResearch
New Research: The adaptive sliding mode control (SMC) based P&O maximum power point tracking (MPPT) control management for a photovoltaic (PV) system https://t.co/nW9T1nNiYt #FrontiersIn#EnergyResearch
New Research: Dynamic performance improvement in fuel cell vehicle traction systems using a hybrid energy storage approach with high-gain non-isolated DC-DC conversion with Walrus MPPT optimization algorithm https://t.co/4cYSMx48Ud #FrontiersIn#EnergyResearch
Weβre at #EMRS2026 in Strasbourg! π«π·
Find us at booth #36 - Frontiers in Energy Research is here all week to talk research, publishing, and open access.
Topics weβre covering: β‘ Clean energy π Energy storage π§ Hydrogen βοΈ Solar energy π¬ Fuel cells
New Research: Robustness of advanced optimization assisted maximum power point tracking for cascaded power converters in solar-powered electric vehicles https://t.co/TeSUACAHrA #FrontiersIn#EnergyResearch
New Research: Image processing workflow yielding high contrast synchrotron nanoscale computed tomography data from Ni-YSZ electrodes https://t.co/K49wXoGxn6 #FrontiersIn#EnergyResearch
New Research: Cyclic acetals as next-generation oxygenated diesel additives from lignocellulosic biomass and plastic waste https://t.co/0B2Xsy7Rtz #FrontiersIn#Fuels