A comprehensive technological review examines the operational performance, economics, and lifecycle trade-offs of mechanical, electrochemical, chemical, and thermal energy storage ...
Researchers developed a dual-task prediction model that accurately forecasts solar thermal storage efficiency and operating costs across multi-scale operational intervals.
A comprehensive review of 102 studies demonstrates that integrating adaptive phase change materials with predictive control and data-driven algorithms can ...
Dispersing samarium oxide nanoparticles in a commercial paraffin phase change material raised thermal conductivity by up to 51.6 percent at ...
Researchers carbonized corn cobs into porous carbon, loaded it with modified sodium sulfate decahydrate, and showed in micro-room experiments and ...
A new open-access review published in the journal Carbon Neutral Systems argues that high-temperature heat pumps, machines that lift low-grade ...
Numerical simulations show that adding horizontal side wells and a storage-release operating cycle can raise the heat output of closed-loop ...
A modeled three-temperature compressed air storage system spans an output power range of 279.17 to 682.36 megawatts with a theoretical ...
Researchers combined food-waste biochar, graphene and docosane into paper membranes that retained up to 90.2% of their latent heat after ...
A new modeling study optimized a storage-assisted waste heat recovery system that turns electric arc furnace off-gas into both electricity ...
A techno-economic model across 31 Chinese cities finds that pairing solar photovoltaic-thermal collectors with heat pumps and jointly optimized thermal ...
University of Central Florida researchers modeled how thermal energy storage paired with molten salt reactors could let nuclear plants flex ...
Researchers combined new laboratory tests with an interpretable machine-learning framework to predict the compressive strength of microcapsule-modified concrete, achieving an ...
A computational comparison found that two moderately thick aluminum L-shaped fins gave the best tested charging–discharging balance for a rectangular ...
Researchers combined synchrotron diffraction, high-pressure calorimetry and molecular dynamics to reveal how pentaglycerine's hydrogen-bond network drives a giant pressure-induced cooling ...
Researchers have welded biodegradable PBAT powder inside graphene oxide aerogels using heat alone to create solvent-free porous scaffolds that hold ...
A bibliometric analysis of nearly 10,000 publications shows that AI-driven biomimetics is thriving in robotics and computing while energy applications ...
Researchers at TU Wien have developed an observer-based method that reconstructs the full internal temperature distribution of packed-bed thermal energy ...
In the quest for advanced materials capable of revolutionizing energy storage and thermal management systems, nano-phase change emulsions (NPCEs) have ...
