热能储存（TES）通过三种基本机制捕获热量或冷量：显热储存，例如储存在水、岩石或熔盐等材料中；潜热储存，例如通过相变材料（PCM）中的相变；以及热化学储存，例如通过金属氢化物、沸石或钙循环系统中的可逆反应。储存容量、充放电循环效率、火用保持和热损失管理决定了系统在从日间缓冲到跨季节储存等不同时间尺度上的性能。
集成背景涵盖 聚光太阳能 熔盐双罐式储能系统、区域供热网络、工业余热回收和吸收式制冷等应用，以及填充床再生器、温跃层储罐、含水层和钻孔系统等，进一步拓展了设计空间。
本页面汇总了TES技术领域最新的同行评审出版物和已授予的专利：
这是我们最新精选的全球英文版热能存储（TES）相关出版物和专利，涵盖众多科学在线期刊，并按显热存储、潜热存储、热化学存储、分层热存储、填充床再生器、熔盐存储、双罐熔盐存储、单罐温跃层存储、岩床存储、含水层热能存储、钻孔热能存储、季节性热存储、区域供热集成、传热流体、充放电循环、热分层、火用效率、存储容量密度、热损失、绝缘性能、太阳能热集成、朗肯循环耦合、吸收式制冷机耦合、可逆热化学反应、金属氢化物存储、沸石吸附存储、钙循环、封装相变材料床、换热器效率、热棘轮效应和热能存储等领域进行分类和重点介绍。
Performance analysis of a coal mine air supply system based on a multienergy complementary energy supply system
Published on 2026-06-03 by @OXFORD
Abstract: AbstractMine ventilation air heating in severely cold regions is commonly supplied by coal-fired boilers, leading to high energy use and environmental impacts. This study proposes a multienergy complementary energy supply system integrating air-source heat pumps (ASHPs), a cascade water-source heat pump, and thermal energy storage to ensure reliable shaft anti-freezing (3°C) and flexible operation under time-of-use electricity pricing. A dynamic TRNSYS model was developed for a coal mine in Wuh[...]
Our summary: This study presents a multienergy complementary energy supply system for mine ventilation heating in cold regions. A dynamic TRNSYS model was validated, showing a 7.57% error margin. The proposed system enhances performance in extreme cold, reducing costs and emissions significantly.
multienergy system, air-source heat pumps, thermal energy storage, coal mine ventilation
Publication
A cryogenic heat transfer fluid comprising cis-1 -chloro-3,3,3-trifluoropropene
Patent published on the 2026-05-28 in WO under Ref WO2026111880 by ILLINOIS TOOL WORKS INC [US] (Blair Paul M [us], Ye Zhihong [us], Dressel Alexander A [us])
Abstract: The present disclosure relates generally to azeotropic and non-azeotropic hydrofluoro olefin formulations, particularly formulations including cis-1-Chloro-3,3,3-trifluoropropene, also known as HFO-1233zd(Z), for cryogenic heat transfer.[...]
Our summary: The document discusses a cryogenic heat transfer fluid containing cis-1-chloro-3,3,3-trifluoropropene. It focuses on azeotropic and non-azeotropic hydrofluoro olefin formulations. The formulation is specifically designed for efficient cryogenic heat transfer applications.
cryogenic, heat transfer, fluid, HFO-1233zd(Z)
Patent
Electrochemical device, electrolytic cells and methods of operating them, and apparatuses comprising such cells
Patent published on the 2026-05-28 in WO under Ref WO2026109888 by CAVALIER MARCUS [GB] (Cavalier Marcus [gb])
Abstract: The present invention provides an electrochemical device (1b) for use in an electrochemical apparatus, such as in an electrolytic cell. The device (1b) comprises an electrode, a conduit and an interface layer. The electrode has a first part for immersion in an electrolyte, a second part for making electrical contact with a current-carrying conductor (30c), and a third part between the first and second parts (12, 14) for making thermal contact with a heat transfer fluid (HTF). The conduit is arra[...]
Our summary: The invention relates to an electrochemical device designed for electrolytic cells, featuring an electrode that optimizes thermal and electrical performance. It includes a conduit for heat transfer fluid, which enhances energy efficiency by reducing internal resistance and heat loss. The device is particularly effective for producing Group 1 and Group 2 metals through electrolysis.
electrochemical device, electrolytic cells, thermal conductivity, energy efficiency
Patent
Systems and methods for enhanced heat transfer loops
Patent published on the 2026-05-28 in US under Ref US20260146769 by SOLVCOR TECH LLC [US] (Novek Ethan [us])
Abstract: [0000] The present application pertains to processes and systems for enhanced heat transfer. In some embodiments a process is described for removing a portion of a chemical from a heat transfer loop comprising a heat transfer fluid. The process may comprise adding a solvent to the heat transfer fluid in the heat transfer loop; removing at least a portion of the heat transfer fluid from the heat transfer loop; separating said removed heat transfer fluid into a permeate and a retentate using a mem[...]
Our summary: The application describes processes for enhanced heat transfer. It involves adding a solvent to a heat transfer fluid and removing a portion of it. The removed fluid is separated into permeate and retentate using a membrane, with some permeate added back to the loop.
heat transfer, chemical removal, membrane separation, solvent addition
Patent
Method for the liquid immersion cooling of an electronic component
Patent published on the 2026-05-21 in WO under Ref WO2026104383 by PERSTORP AB [SE] (Farzaneh Amir [se], Olofsson Martin [se])
Abstract: The invention relates to a new and improved method for the liquid immersion cooling of an electronic component with improved sustainability and longevity of the ester fluids used therein as heat transfer fluids.[...]
Our summary: This invention presents a method for liquid immersion cooling of electronic components. It enhances the sustainability of ester fluids used as heat transfer fluids. The method aims to improve the longevity of these fluids in cooling applications.
liquid immersion cooling, electronic components, heat transfer fluids, sustainability
Patent
Particle-containing thermal barrier materials comprising microglass fibers and/or synthetic fibers
Patent published on the 2026-05-21 in US under Ref US20260139419 by HOLLINGSWORTH & VOSE CO [US] (Jiang Zhiping [us], Basavaraju Girisha [in])
Abstract: [0000] Thermal barrier materials are generally described. The thermal barrier materials described herein can have a number of advantages. For example, in some embodiments, a thermal barrier material has desirable thermal properties, such as low thermal conductivity and/or high thermal stability. As another example, in some embodiments, a thermal barrier material has desirable structural properties, such as having a high porosity, high pore tortuosity, and/or a low air permeability. In some embod[...]
Our summary: The described thermal barrier materials incorporate microglass and/or synthetic fibers. They exhibit low thermal conductivity and high thermal stability. Additionally, these materials possess enhanced structural properties, improving mechanical resiliency and thermal insulation performance.
thermal barrier materials, microglass fibers, thermal conductivity, mechanical resiliency
Patent
Heat transfer plate feature geometry
Patent published on the 2026-05-20 in GB under Ref GB2701900 by JAGUAR LAND ROVER LTD [GB] (Syed Mudhasir [gb], Alvaro Dopazo Cortegoso [gb], Mehaul Goswami [gb], Ellen Axcell [gb], Alan Robertson [gb], Roberto Nigra [gb], Ben Faulkner [gb])
Abstract: A vehicle battery assembly heat transfer plate comprising: two side portions (410, 430) each comprising an opening 416, 436 and at least one first channel 414, 434; a main portion 420 comprising at least one second channel 424, arranged between the two side portions 410, 430 so a heat transfer fluid flows from the first side portion opening to the second side portion opening via the at least one first channel and the second channel; wherein, for each first channel of each side portion, said firs[...]
Our summary: The vehicle battery assembly features a heat transfer plate with two side portions and a main portion. Each side portion includes openings and first channels for fluid flow, designed based on specific geometric parameters. The manufacturing method incorporates these design considerations for optimal performance.
heat transfer, vehicle battery, channel geometry, fluid dynamics
Patent
Development and Evaluation of an Integrated Phase Change Material Oriented Strand Board for Thermal Energy Storage in Building Walls
Published on 2026-02-02 by Layla Muhsan Hasan, Sanjeev Khanna @MDPI
Abstract: In this study, a phase change material (PCM) in the form of technical-grade octadecane and oriented strand boards (OSBs), which are boards made from wood strands, are used to develop a latent heat storage board with the aim of utilizing this material in building construction while lowering energy consumption. The incorporation of PCM into buildings is difficult for several reasons, including the organic phase material’s flammability and leakage during phase change. These obstacles [...]
Our summary: This study develops a shape-stabilized phase change material oriented strand board (SSPCM-OSB) for thermal energy storage in building walls. The integration of PCM into OSBs addresses challenges such as flammability and leakage. Extensive testing shows that SSPCM-OSB has lower heat flux and comparable flammability to conventional OSB.
Phase Change Material, Oriented Strand Board, Thermal Energy Storage, Building Construction
Publication
