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Journal of Energy Storage
>2022年第5期
Journal of Energy Storage
SCI
EI
中文名称:储能杂志
ISSN:
2352-152X
出版周期:
Quarterly
发文量:1131
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1.
Reduced graphene oxide nanofluidic electrolyte with improved electrochemical properties for vanadium flow batteries
作者:
Aberoumand Sadegh
;
Dubal Deepak
;
Woodfield PeterMahale KiranPham Hong DucPadwal ChinmayeeTung TranShiddiky Muhammad JA.Dao Dzung Viet
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Nanofluidic electrolyte;
Electrochemical behavior;
Vanadium flow battery;
Reduced graphene oxide;
2.
Optimization of an innovative hybrid thermal energy storage with phase change material (PCM) wall insulator utilizing Taguchi method
作者:
Kurnia Jundika C.
;
Haryoko Luthfi A. F.
;
Taufiqurrahman IqbalChen LianjunJiang LishuaiSasmito Agus P.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Charging-discharging performance;
Experimental investigation;
Hybrid thermal energy storage;
Taguchi statistical method;
3.
High-performance lithium-ion capacitor based on N, S co-doped porous foam carbon derived from bamboo
作者:
Wang Jiong
;
Zhou Xiangyang
;
Tang JingjingYang JuanLuo ChuchengCao PenghuiFan SichengMa Yayun
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion capacitor;
N;
S co-doped;
Porous foam carbon;
Bamboo-derived;
Long-cyclic life;
4.
NiCoO_2 nanosheets interlayer network connected in reduced graphene oxide and MXene for high-performance asymmetric supercapacitors
作者:
Li Changhai
;
Jiang Guohua
;
Liu TianqiZeng ZhiyongLi PengfeiWang RuofanZhang Xueya
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Reduced graphene oxide;
MXene;
Supercapacitor;
NiCoO2;
Electrochemical properties;
5.
Facile fabrication of oxygen and nitrogen co-doped 3D-carbon nanoarrays for high performance environmentally friendly wireless charging integration supercapacitor
作者:
Liu Baocheng
;
Zhang Honghao
;
Yang ZhengchunZhang PingJi WeiweiLiu JunyouLi KunHe JiePan Peng
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Polypyrrole;
3d carbon nanoarrays;
Oxygen and nitrogen-co-doped;
Environmentally friendly supercapacitor;
Wireless charging;
6.
Comparing power processing system approaches in second-use battery energy buffering for electric vehicle charging
作者:
Cui Xiaofan
;
Ramyar Alireza
;
Siegel Jason B.Mohtat PeymanStefanopoulou Anna G.Avestruz Al-Thaddeus
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Second-use batteries;
Second-life batteries;
Repurposed batteries;
Batteries;
Battery energy storage systems;
BESS;
2-BESS;
Partial power processing;
EV charging;
7.
A review of natural energy storage materials used in solar dryers for food drying applications
作者:
Mugi Vishnuvardhan Reddy
;
Das Pritam
;
Balijepalli RamakrishnaChandramohan V. P.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Natural energy storage;
Solar dryers;
Performance analysis;
Drying efficiency;
Indirect solar dryers;
Food drying;
8.
Metal-organic framework-derived walnut-like hierarchical Co-O-nanosheets as an advanced binder-free electrode material for flexible supercapacitor
作者:
Mateen Abdul
;
Javed Muhammad Sufyan
;
Khan ShaukatSaleem AdilMajeed Muhammad K.Khan Abdul JabbarTahir Muhammad FaizanAhmad Muhammad AshfaqAssiri Mohammed A.Peng Kui-Qing
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
MOF;
ZIF-67;
Co-O-NSs@CFC;
Flexible;
Asymmetric;
Supercapacitor;
9.
Facile method to prepare 1-dodecanol@poly(melamine-paraformaldehyde) phase change energy storage microcapsules via surfactant-free method
作者:
Singh Jitendra
;
Parvate Sumit
;
Vennapusa Jagadeeswara ReddyMaiti Tushar KantiDixit PrakharChattopadhyay Sujay
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
1-dodecanol;
Phase change materials;
Pickering emulsion;
Paraformaldehyde;
Latent heat storage;
10.
Preparation of metal sulfide electrode materials derived based on metal organic framework and application of supercapacitors
作者:
Lu Li
;
Xu Qianqian
;
Chen YekeZhou YujieJiang TingshunZhao Qian
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Metal-organic frameworks;
Trimetallic sulfide;
Supercapacitors;
Cycling stability;
11.
Hierarchically porous carbon derived from magnesium-based metal-organic frameworks as advanced active material for supercapacitor
作者:
Jiang Guosai
;
Osman Sedahmed
;
Senthil Raja ArumugamSun YanzhiTan XiaoPan Junqing
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Mg-MOF;
Spherical porous carbon;
High performance;
Supercapacitor;
12.
Numerical investigation of using helical fins for the enhancement of the charging process of a latent heat thermal energy storage system
作者:
Zonouzi Sajjad Ahangar
;
Dadvar Arash
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Helical fin;
Thermal energy storage;
Phase change material;
Heat transfer enhancement;
13.
Combining an active method and a passive method in cooling lithium-ion batteries and using the generated heat in heating a residential unit
作者:
Almehmadi Fahad Awjah
;
Alqaed Saeed
;
Mustafa JawedJamil BasharatSharifpur MohsenCheraghian Goshtasp
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery;
Phase changing material;
Cooling;
Air-cooled;
Building;
14.
Cooling of a lithium-ion battery using microchannel heatsink with wavy microtubes in the presence of nanofluid
作者:
Jahanbakhshi Akram
;
Nadooshan Afshin Ahmadi
;
Bayareh Morteza
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery cooling;
Wavy HS;
Microchannel;
Microtube;
Nanofluid;
15.
Numerical simulation of air outlet spacing change in thermal management lithium-ion battery pack with triangular arrangement for use in electric vehicles
作者:
Li Fangyuan
;
Ibrahim Muhammaad
;
Saeed TareqEl-Refaey Adel M.Fagiry Moram A.Elkhader Bahaaedin A.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Output distance;
Heat transfer;
Pressure drop;
Cylindrical lithium-ion battery;
Triangular arrangement;
16.
All-solid-state electric double layer supercapacitors using Li_(1.3)Al_(0.3)Ti_(1.7)(PO_4)_3 reinforced solid polymer electrolyte
作者:
Sharma Shrishti
;
Singh M. Dinachandra
;
Dalvi Anshuman
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Solid-state supercapacitor;
Composite polymer electrolyte;
Solid polymer electrolyte;
Electric double layer supercapacitor;
17.
A hybrid approach to derive macro- and meso-mechanic cell models for vibrational investigations of lithium-ion pouch cells
作者:
Sonnberger Pius
;
Behmer Marco
;
Boehler ElmarBreitfuss Christoph
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Modal testing;
Hybrid methods;
Material optimization;
Material homogenization;
Finite elements method;
Lithium-ion battery;
18.
Laser direct writing of graphene/MnO-Mn_3O_4 doped with sulfur for high-performance microsupercapacitors
作者:
Gao Meng
;
Dong Xia
;
Mei XuesongWang KedianWang WenjunZhu ChenguangDuan WenqiangSun Xiaomao
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
19.
Scheduling of battery energy storages in the joint energy and reserve markets based on the static frequency of power system
作者:
Khojasteh Meysam
;
Faria Pedro
;
Vale Zita
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Ancillary service;
Battery energy storage;
Primary frequency control;
Rate of change of frequency;
Secondary frequency control;
20.
Research on interest coordination model of wind power supply chain with energy storage participation
作者:
Liu Jicheng
;
Bao Hongyan
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage;
Wind power supply chain;
Pricing model;
Profit distribution;
21.
Development of photoluminescence phase-change microcapsules for comfort thermal regulation and fluorescent recognition applications in advanced textiles
作者:
Liu Huan
;
Shen Haohai
;
Zhang HuanzhiWang Xiaodong
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Phase-change microcapsules;
lt;
pgt;
CaCO3/Fe(3)O(4 )composite shelllt;
/pgt;
Eu(3+ )doping;
Solar photothermal conversion;
Temperature regulation;
Photoluminescence;
22.
A new theoretical model of local air-leakage seepage field for the compressed air energy storage lined cavern
作者:
Ma Yan
;
Rao Qiuhua
;
Huang DianyiYi WeiHe Yuxiang
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Local air-leakage;
Seepage field model;
Thermo-gas-mechanical (TGM) coupling;
Compressed air energy storage (CAES);
Lined cavern;
23.
A novel method based on fuzzy logic to evaluate the storage and backup systems in determining the optimal size of a hybrid renewable energy system
作者:
Mahmoudi Sayyed Mostafa
;
Maleki Akbar
;
Ochbelagh Dariush Rezaei
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Hybrid energy system;
Storage and backup systems;
Optimal design;
Gravitational search algorithm;
Fuzzy logic controller;
24.
Overview of smart grid implementation: Frameworks, impact, performance and challenges
作者:
Judge Malik Ali
;
Khan Asif
;
Manzoor AwaisKhattak Hasan Ali
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Smart grid;
Demand response programs;
Framework;
Renewable energy sources;
25.
Cost-effective ultra-high temperature latent heat thermal energy storage systems
作者:
Ramos A.
;
Lopez E.
;
del Canizo C.Datas A.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Thermal energy storage;
Ultra-high temperature;
Phase change materials;
Thermo-photovoltaics;
Energy systems modelling;
Cogeneration;
Combined heat and power;
26.
Recent advances on the applications of phase change materials for solar collectors, practical limitations, and challenges: A critical review
作者:
Mourad Abed
;
Aissa Abderrahmane
;
Said ZafarYounis ObaiIqbal MisbahAlazzam Anas
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Solar energy;
Phase change material (PCM);
Solar collectors;
27.
Serpentine flow field with changing rib width for enhancing electrolyte penetration uniformity in redox flow batteries
作者:
Sun Jie
;
Liu Baichen
;
Zheng MenglianLuo YansongYu Zitao
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
VRFB;
Serpentine flow field;
Electrolyte penetration;
Concentration distribution uniformity;
Mass transfer enhancement;
Concentration overpotential;
28.
Simulation study on the effect of fins on the heat transfer performance of horizontal dual-inner-tube latent thermal energy storage heat exchangers
作者:
Li Haotian
;
Wang Nini
;
Zhao BinFeng HuiminHan KuihuaHe SuoyingGao Ming
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Latent thermal energy storage(LTES);
Fin arrangement;
Dual-inner-tube;
Heat transfer performance;
Numerical simulation;
29.
Energy saving evaluation of microencapsulated phase change materials embedded in building systems
作者:
Sierra Valentina
;
Chejne Farid
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Microencapsulated phase change materials;
Mathematical model;
Mortar;
Reduction;
Energy storage;
30.
Parametric analysis of a sensible heat storage unit in an indirect solar dryer using computational fluid dynamics
作者:
Chaatouf Dounia
;
Salhi Mourad
;
Raillani BenyounesAmraqui SamirMezrhab AhmedNaji Hassane
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
CFD method;
Sensible heat storage;
indirect solar dryer;
31.
Effects of water transport on performance behaviors of hydrogen bromine redox flow batteries
作者:
Chinannai Muhammad Faizan
;
Ju Hyunchul
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Hydrogen bromine redox flow batteries;
Numerical simulation;
Water management;
Membrane dehydration;
Flooding;
32.
Simulation of spatial strain inhomogeneities in lithium-ion-cells due to electrode dilation dependent on internal and external cell structures
作者:
Ebert Fabian
;
Spielbauer Markus
;
Bruckmoser MaximilianLienkamp Markus
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion-cell;
Electrode dilation;
Mechanical strain;
Cell-format;
Layer resolved mechanical simulation;
33.
A sustainable framework for resilience enhancement of integrated energy systems in the presence of energy storage systems and fast-acting flexible loads
作者:
Javadi Ehsan Alasvand
;
Joorabian Mahmood
;
Barati Hassan
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Resilience enhancement;
Energy hubs;
Integrated electricity-gas-heating networks;
Distribution feeder reconfiguration;
Electric vehicles;
Demand response programs;
34.
Optimal islanding operation of hydrogen integrated multi-microgrids considering uncertainty and unexpected outages
作者:
Rezaei Navid
;
Pezhmani Yasin
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Multi-microgrids;
Unexpected outages;
Power-to-hydrogen technology;
Demand response program;
Uncertainty modelling;
35.
Optimal management of vehicle-to-grid and grid-to-vehicle strategies for load profile improvement in distribution system
作者:
Das Soumyabrata
;
Thakur Padmanabh
;
Singh Asheesh K.Singh S. N.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electric vehicle;
Load curve;
Monte Carlo Simulation;
OCSO algorithm;
36.
Dynamic coupled heat transfer and energy conservation performance of multilayer glazing window filled with phase change material in summer day
作者:
Linyang Wei
;
Guojun Li
;
Shi-Ting RuanHong Qi
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Building energy conservation;
Coupled heat transfer;
Multilayer glazing unit;
Phase change materials;
Solar energy;
37.
Microflowers of Sn-Co-S derived from ultra-thin nanosheets for supercapacitor applications
作者:
Kumar Sachin
;
Mir Irshad Ahmed
;
Ahmad ZubairSan Hui KwanDinh Duc AnhZhu LingHui Kwun NamJae-Jin Shim
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Supercapacitor;
Energy storage devices;
Metal Sulfides;
SnS;
Microflowers;
38.
Thorn-like and dendrite lead sulfate as negative electrode materials for enhancing the cycle performance of lead-acid batteries
作者:
Yang Fei
;
Zhou Huan
;
Hu JieJi ShuaiLai ChangganWang HelinSun JianLei Lixu
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lead-acid battery;
Thorn-like lead sulfate;
Dendrite lead sulfate;
Negative electrode;
Cycle life;
39.
Challenges in incorporating phase change materials into thermal control units for lithium-ion battery cooling
作者:
Farouk Naeim
;
Alotaibi Abdullah Alhumaidi
;
Alshahri Abdullah H.Almitani Khalid H.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
PCM;
Lithium-ion battery;
Cooling;
Convection;
TCU;
Fin;
40.
Smart hybrid microgrid for effective distributed renewable energy sharing of PV prosumers
作者:
Balakumar P.
;
Vinopraba T.
;
Sankar S.Santhoshkumar S.Chandrasekaran K.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Smart hybrid microgrid;
Distributed PV sources;
Power sharing of PV prosumers;
Adaptive gain controller;
Internet of Things (IoT);
41.
Recent advances of transition metal oxides and chalcogenides in pseudo-capacitors and hybrid capacitors: A review of structures, synthetic strategies, and mechanism studies
作者:
Zhu Xi
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Supercapacitors;
Hybrid supercapacitors;
Transition metal oxides;
Sulfides;
Spinel;
Layer;
42.
Fast-charging station for electric vehicles, challenges and issues: A comprehensive review
作者:
Shafiei Mohammad
;
Ghasemi-Marzbali Ali
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electric vehicle;
Fast-charging station;
Management of energy;
Planning;
Renewable resources;
43.
Influence of guide vane profile on the flow energy dissipation in a reversible pump-turbine at pump mode
作者:
Lu Zhaoheng
;
Xiao Ruofu
;
Tao RanLi PuxiLiu Weichao
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Pump-turbine;
Guide vane;
Q -H instability;
Entropy production;
Energy dissipation;
44.
Influence of charging protocols on the charging capability and aging of lithium-ion cells with silicon-containing anodes
作者:
Bazlen Steffen
;
Heugel Philipp
;
von Kessel OttoCommerell WalterTuebke Jens
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery;
Silicon anode;
Aging;
Fast charging;
Expansion;
Cylindrical cells;
45.
Application of Filament Winding Technology in Composite Pressure Vessels and Challenges: A Review
作者:
Azeem Mohammad
;
Ya Hamdan Haji
;
Alam Mohammad AzadKumar MukeshStabla PawelSmolnicki MichalGemi LokmanKhan RehanAhmed TauseefMa QuanjinSadique Md RehanMokhtar Ainul AkmarMustapha Mazli
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Filament winding;
Composite pressure vessel;
Gas storage;
Storage technologies;
Winding Pattern;
46.
A novel method of parameter identification and state of charge estimation for lithium-ion battery energy storage system
作者:
Wang Zuolu
;
Feng Guojin
;
Liu XiongweiGu FengshouBall Andrew
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Battery energy storage system;
Lithium-ion battery;
State of charge estimation;
Extended Kalman filter;
Particle swarm optimization;
Ampere-hour counting method;
47.
A simple and effective methodology for sizing electrical energy storage (EES) systems based on energy balance
作者:
Kichou Sofiane
;
Markvart Tom
;
Wolf PetrSilvestre SantiagoChouder Aissa
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage sizing;
Hybrid systems;
Battery sizing;
RESs;
Microgrid;
48.
Microwave-assisted fabrication of high-performance supercapacitors based on electrodes composed of cobalt oxide decorated with reduced graphene oxide and carbon dots
作者:
Yetiman Sevda
;
Pecenek Hilal
;
Dokan Fatma KilicOnses M. SerdarYilmaz ErkanSahmetlioglu Ertugrul
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Carbon dots;
Electrochemical studies;
Metal oxide;
Microwave irradiation;
49.
Utilization of a solar system to charge lithium-ion batteries and using the heat generated in an in-line lithium-ion battery to heat a guard room
作者:
Heidarshenas Behzad
;
Sina Nima
;
Saleem S.El-Shafay A. S.Sharifpur Mohsen
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
In-line lithium-ion battery;
Air duct;
Building;
Solar system;
Numerical simulation;
50.
Improved techno-economic optimization of an off-grid hybrid solar/wind/gravity energy storage system based on performance indicators
作者:
Emrani Anisa
;
Berrada Asmae
;
Arechkik AmeurBakhouya Mohamed
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Battery;
Gravity energy storage;
PV;
Wind;
Hybrid system;
LPSP;
51.
Enhanced inorganic salts stability using bentonite clay for high-performance and low-cost thermochemical energy storage
作者:
Ousaleh Hanane Ait
;
Sair Said
;
Mansouri SaidAbboud YounesZahouily MohamedFaik AbdessamadEl Bouari Abdeslam
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Bentonite clay;
Hydrated salts;
Composite materials;
Cycling stability;
PVDF@ZnO;
Chemical compatibility;
52.
Research on electric vehicle charging safety warning model based on back propagation neural network optimized by improved gray wolf algorithm
作者:
Zhang Liang
;
Gao Tian
;
Cai GuoweiHai Koh Leong
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electric vehicle;
Charging safety early warning;
IGWO algorithm;
Daily charge data;
53.
Thermal performance of cylindrical battery module with both axial and radial thermal paths: Numerical simulation and thermal resistance network analysis
作者:
Zhu Jiajun
;
Zhang Hengyun
;
Wu GuopingZhu ShunliangLiu Wei
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Axial-radial thermal path;
Numerical model;
Representative unit cell;
Analytical model;
Thermal resistance network;
54.
Two-phase separation based spatiotemporal modeling of thermal processes with applications to lithium-ion batteries
作者:
Wang Bing-Chuan
;
Feng Yun
;
Wang Shuqiang
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Spatiotemporal modeling;
Time;
space separation;
Space separation;
Thermal process;
Lithium-ion battery;
55.
Assessment of sector-coupling technologies in combination with battery energy storage systems for frequency containment reserve
作者:
Meschede Eva
;
Schlachter Uli
;
Diekmann TheysHanke Benediktvon Maydell Karsten
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
PtX;
FCR;
Techno-economic evaluation;
Optimisation problem;
BESS sizing;
NPV;
56.
Modeling the effects of state of charge and temperature on calendar capacity loss of nickel-manganese-cobalt lithium-ion batteries
作者:
Su Boman
;
Ke Xinyou
;
Yuan Chris
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electrochemical modeling;
Battery degradation;
Capacity degradation;
Calendar loss;
NMC-graphite Li-ion batteries;
57.
An experimental study on thermal runaway and fire behavior of large-format LiNi_(0.8)Co_(0.1)Mn_(0.1)O_2 pouch power cell
作者:
Zou Kaiyu
;
Li Qian
;
Lu Shouxiang
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery safety;
Thermal runaway;
LiNi0.8Co0.1Mn0.1O2;
Battery fire;
Heat release;
Ignition;
58.
Simulation of solid-liquid phase change at pore scale using lattice Boltzmann method with central moments in thermal energy storage
作者:
Yin Maobin
;
Wang Meng
;
Huo YutaoRao Zhonghao
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lattice Boltzmann;
Solid-liquid phase change;
Porous medium;
59.
Influence of surfactants and organic polymers on monolithic shape-stabilized phase change materials synthesized via sol-gel route
作者:
Marske Felix
;
Dasler Joe
;
Haupt CarolineBacia KirstenHahn ThomasEnke Dirk
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Thermal energy storage;
Phase change material;
Emulsion templating;
Shape stabilization;
Silica;
Sol-gel;
60.
Heteroatom-doped hierarchical porous carbon for high performance flexible all-solid-state symmetric supercapacitors
作者:
Mo Fei
;
Zhang Hongxue
;
Wang YangxinChen ChunxiaWu Xiaoliang
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Graphene oxide;
Chitosan;
Hierarchical porous carbon;
All-solid-state;
Supercapacitor;
61.
Free-standing Si_3N_4 nanowires@pyrolytic carbon membranes decorated with metal oxide nanoarrays for flexible hybrid supercapacitors
作者:
Yin Xuemin
;
Fu Yanqin
;
Han LiyuanLu JinhuaSong QiangLi Hejun
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Si3N4 nanowires membrane;
NiCo2O4 nanosheets;
Fe2O3 nanorods;
Flexible hybrid supercapacitors;
62.
Comparative analysis of free cooling of photovoltaics - phase change versus evaporative cooling
作者:
Arkar Ciril
;
Zizak Tej
;
Domjan SuzanaMedved Saso
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Solar energy;
Photovoltaics;
Free cooling of PV;
Phase-change materials;
Evaporative cooling;
63.
Optimal BP neural network algorithm for state of charge estimation of lithium-ion battery using PSO with Levy flight
作者:
Mao Xinjian
;
Song Shaojing
;
Ding Feng
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
SoC estimation;
Levy flight;
BP neural network;
PSO algorithm;
64.
Recent developments and viable approaches for high-performance supercapacitors using transition metal-based electrode materials
作者:
Pramitha A.
;
Raviprakash Y.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage;
Supercapacitors;
Electrode materials;
Transition metal-based compounds;
65.
Starch built TiO_2 nanoarchitecture with mixed anatase and rutile phase for high energy density supercapacitor electrode
作者:
Saliu O. D.
;
Mamo M.
;
Ndungu P.Ramontja J.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Supercapacitors;
Anatase;
Rutile;
lt;
pgt;
TiO2lt;
/pgt;
Activation;
Conductive biopolymer;
Activated starch;
66.
Facile synthesis of a binary composite from watermelon rind using response surface methodology for supercapacitor electrode material
作者:
Omar Nurizan
;
Abdullah Ezzat Chan
;
Numan ArshidMubarak Nabisab MujawarKhalid MohammadAid Siti RahmahAgudosi Elochukwu Stephen
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
67.
Aluminum doping of mesoporous silica as a promising strategy for increasing the energy storage of shape stabilized phase change materials containing molten NaNO_3: KNO_3 eutectic mixture
作者:
Lincu Daniel
;
Ionita Simona
;
Mocioiu Oana CatalinaBerger DanielaMatei CristianMitran Raul Augustin
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Phase change materials;
Mesoporous silica;
Shape-stabilized;
Molten salt;
Aluminum doping;
68.
Inverted design of oxygen vacancies modulated NiCo_2O_4 and Co_3O_4 microspheres with superior specific surface area as competitive bifunctional materials for supercapacitor and hydrogen evolution reaction
作者:
Wang Chao
;
Sui Guozhe
;
Guo DongxuanLi JinlongZhuang YanGuo WenxinZhou YuYang XiunaChai Dong-Feng
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Self-activation;
Oxygen vacancies;
lt;
pgt;
NiCo2O4lt;
/pgt;
Co3O4lt;
Supercapacitor;
Hydrogen Evolution Reaction;
69.
Novel composite phase change material of high heat storage and photothermal conversion ability
作者:
Zhou Bo
;
Zhen Liping
;
Yang YongjieMa WenliFu YilinDuan XiaoyaWang Huazhi
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Carbon nanotubes;
Mesoporous silica;
Phase change materials;
Heat storage;
Photo-thermal conversion;
70.
Phase change materials applied in agricultural greenhouses
作者:
Mu Mulan
;
Zhang Shanhong
;
Yang ShengWang Yang
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Phase change materials;
Agricultural greenhouses;
Heating system;
Parametric analysis;
Thermo-physical properties;
Heat storage;
71.
Environmentally friendly high performance Zn-air rechargeable battery using cellulose derivatives: A 3D-printed prototype
作者:
Nagy Tibor
;
Nagy Lajos
;
Erdelyi ZoltanBaradacs EszterDeak GyorgyZsuga MiklosKeki Sandor
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Zn-air secondary battery;
Cellulose derivatives;
Environmentally friendly;
Biodegradable;
3D printing;
72.
Simulation of cooling plate effect on a battery module with different channel arrangement
作者:
Li Xinke
;
Zhao Jiapei
;
Duan JiabinPanchal SatyamYuan JinliangFraser RoydonFowler MichaelChen Ming
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery;
Battery thermal management system (BTMS);
Liquid-cooling system;
Cooling plate optimization;
Modeling and design;
73.
Online estimation of driving range for battery electric vehicles based on SOC-segmented actual driving cycle
作者:
Wei Heng
;
He Chao
;
Li JiaqiangZhao Longqing
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Battery electric vehicles;
Driving range estimation;
State-of-charge;
Driving cycle;
Energy consumption rate;
74.
SimSES: A holistic simulation framework for modeling and analyzing stationary energy storage systems
作者:
Moeller Marc
;
Kucevic Daniel
;
Collath NilsParlikar AnupamDotzauer PetraTepe BenediktEnglberger StefanJossen AndreasHesse Holger
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage system simulation;
Lithium-ion battery;
Redox flow battery;
Hydrogen technology;
Storage system design;
Stationary application;
75.
A novel latent heat storage unit by introducing jet breakup of phase change material
作者:
Tian Yuchen
;
Zheng Mingjie
;
Fan DonghaoZhang YananZhao JunJin GuangWu WenfeiCuce ErdemGuo Shaopeng
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Latent heat storage;
Direct contact;
Jet breakup;
Heat transfer performance;
Numerical study;
76.
Simultaneous energy storage and recovery in triplex-tube heat exchanger using multiple phase change materials with nanoparticles
作者:
Mozafari M.
;
Lee Ann
;
Cheng Shaokoon
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Phase change material (PCM);
Energy storage;
Simultaneous charging-discharging;
Multiple PCMs;
Nanoparticles;
Heat exchanger;
77.
Machine learning-based model development for battery state of charge-open circuit voltage relationship using regression techniques
作者:
Narayanan S. Siva Suriya
;
Thangavel S.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Open Circuit Voltage (OCV);
Machine learning techniques;
Regression techniques;
State of Charge (SoC);
State of Health (SoH);
Root Mean Square Error (RMSE);
R-square(R-2);
78.
A comprehensive planning framework for electric vehicles fast charging station assisted by solar and battery based on Queueing theory and non-dominated sorting genetic algorithm-Ⅱ in a co-ordinated transportation and power network
作者:
Kumar Nikhil
;
Kumar Tushar
;
Nema SavitaThakur Tripta
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electric vehicle charging station;
Solar PV;
Battery electric storage system;
Optimization technique;
79.
Enhanced thermal performance of phase change materials supported by hierarchical porous carbon modified with polydopamine/nano-Ag for thermal energy storage
作者:
Xiao Shikun
;
Hu Xiaowu
;
Jiang XiongxinLi Qinglin
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Hierarchical porous carbon;
Polydopamine modification;
Silver nanoparticles;
Phase change materials;
Thermal properties;
Photo-thermal conversion capability;
80.
Developing a control program to reduce the energy consumption of nine cylindrical lithium-ion battery pack connected to a solar system by changing the distance between the batteries and the inlet and outlet of the air stream
作者:
Ajour Mohammed N.
;
Abu-Hamdeh Nidal H.
;
Nusier Osama K.Sajadi S. Mohammad
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery;
Solar;
Finite element method;
Battery spacing;
Air inlet;
81.
Low-order modeling of Lithium Cobalt Oxide Lithium ion battery arrays with various states of charge
作者:
Kennedy Robert W.
;
Bilyaz Serhat
;
Ezekoye Ofodike A.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Lithium-ion battery;
Thermal runaway;
Propagation model;
State of charge;
82.
A methodological approach for assessing the value of energy storage in the power system operation by mid-term simulation
作者:
Lakiotis Vasileios G.
;
Simoglou Christos K.
;
Bakirtzis Anastasios G.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage;
day-ahead electricity market;
power system simulation;
RES integration;
83.
A computationally efficient adaptive online state-of-charge observer for Lithium-ion battery for electric vehicle
作者:
Othman Bashar Mohammad
;
Salam Zainal
;
Hussain Abdul Rahid
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Adaptive observer;
Computational cost;
Lithium-ion battery;
Lyapunov stability;
State of charge;
84.
Flow characteristics of impeller backside cavity and its effects on the centrifugal compressor for compressed air energy storage
作者:
Lin Zhihua
;
Zuo Zhitao
;
Sun JiantingZhou XinZhang DanChen Haisheng
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Centrifugal compressor;
Impeller backside cavity;
Variable rotating speeds;
Variable AVDs' angles;
85.
Thermal model of supercapacitors operating in constant power applications: New mathematical expressions for precise calculation of temperature change
作者:
Rawa Muhyaddin
;
Alghamdi Sultan
;
Milyani Ahmad H.Hariri FahdAlghamdi BaheejAjour MohammedCalasan MartinAli Ziad M.Hasanien Hany M.Popovic BozidarAleem Shady H. E. Abdel
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Batteries;
Energy storage;
Mathematical analysis;
Mathematical models;
Numerical integration;
Supercapacitors;
Temperature variations;
Transcendent equations;
86.
Fusion Deconvolution for Reliability Analysis of A Flywheel-Battery Hybrid Energy Storage System
作者:
Wang Bo
;
Gao Fangyuan
;
Stanislawski RafalKrolczyk GrzegorzGardoni PaoloLi Zhixiong
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Hybrid flywheel-battery energy storage;
Reliability analysis;
Safety;
Signal deconvolution;
87.
Heat transfer characteristics of thermal energy storage system using single and multi-phase cooled heat sinks: A review
作者:
Moradikazerouni Alireza
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Heat sink;
Optimization;
Thermal performance;
Energy storage management;
88.
Study on thermal behavior of vanadium redox flow battery at low temperature to prevent precipitation
作者:
Rho Kyu Heon
;
Yoon Sang Jun
;
Ryu JaiyoungCho Sung MinKim Min SooKim Dong Kyu
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
All-vanadium flow battery;
Thermal behavior;
Parametric study;
Electrolyte;
Precipitation;
89.
Electric vehicle battery remaining charging time estimation considering charging accuracy and charging profile prediction
作者:
Shi Junzhe
;
Tian Min
;
Han SangwooWu Tung-YanTang Yifan
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Electric vehicle;
Li-ion battery;
Remaining charging time estimation;
DC fast charging;
Battery model;
Neural network;
90.
An effective hybrid approach based on arithmetic optimization algorithm and sine cosine algorithm for integrating battery energy storage system into distribution networks
作者:
Abdel-Mawgoud Hussein
;
Fathy Ahmed
;
Kamel Salah
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Distribution system;
Battery energy storage;
AOA;
SCA;
COOT;
Optimization;
91.
Thermodynamic and economic analysis of a novel combination of the heliostat solar field with compressed air energy storage (CAES); a case study at San Francisco, USA
作者:
Kandezi Morteza Saleh
;
Naeenian Seyed Mojtaba Mousavi
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Compressed air energy storage;
CAES-CSP;
Integrated energy system;
Grid-scale energy storage;
CAES;
92.
Phase change material selection using simulation-oriented optimization to improve the thermal performance of lithium-ion battery
作者:
Patel Jay R.
;
Rathod Manish K.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Battery electric vehicle;
Lithium-ion battery;
Battery thermal management system (BTMS);
Phase change material (PCM);
Multi-attribute decision making (MADM);
93.
Corrigendum to 'Intensifying the thermal response of PCM via fin-assisted foam strips in the shell-and-tube heat storage system' J. Energy Storage 45 (2022) 103733-103733
作者:
Talebizadehsardari Pouyan
;
Mahdi Jasim M.
;
Najim Farqad T.Aljubury Issam M. A.Khedher Hayder I. Mohammed Nidhal BenBen Khedher NidhalAlshammari Naif KhalafCairns Alasdair
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Kingdom;
94.
Conduction-based charging maps for latent heat storages
作者:
Peremans B.
;
Blommaert M.
;
Baelmans M.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Latent heat storage;
Phase change material;
Performance maps;
Metal fins;
95.
Super capacitors for energy storage: Progress, applications and challenges
作者:
Yadlapalli Ravindranath Tagore
;
Alla RamaKoteswara Rao
;
Kandipati RajaniKotapati Anuradha
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Energy storage;
Super capacitors;
Materials;
Applications;
96.
Prediction of Pourbaix diagrams of quinones for redox flow battery by COSMO-RS
作者:
Gaudin Theophile
;
Aubry Jean-Marie
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
97.
Carbon dioxide reduction using passive technique of incorporating phase change materials into envelopes: A case study of climate data from Saudi Arabia
作者:
Abu-Hamdeh Nidal H.
;
Bantan Rashad A. R.
;
Hatamleh Randa I.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Building;
Energy;
Phase change material (PCM);
CO2 emission;
98.
Optimal location of hydraulic energy storage using geographic information systems and multi-criteria analysis
作者:
Manuel de Luis-Ruiz Julio
;
Carcedo-Haya Juan
;
Pereda-Garcia RaulCastro-Alonso PabloPerez-Alvarez Ruben
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Pumped storage;
GIS;
Multicriteria analysis;
Reservoir assesment;
99.
A novel machine learning model for safety risk analysis in flywheel-battery hybrid energy storage system
作者:
Wen Zhenhua
;
Fang Pengya
;
Yin YibingKrolczyk GrzegorzGardoni PaoloLi Zhixiong
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Flywheel energy storage system;
Electric vehicles;
Machine learning;
Remaining life prediction;
100.
Optimising a packed bed phase change material of spheres using effectiveness-number of transfer unit method
作者:
Aziz N. A.
;
Amin N. A. M.
;
Majid M. S. A.Bruno F.Belusko M.
期刊名称:
《Journal of Energy Storage》
|
2022年第5期
关键词:
Thermal energy storage (TES) optimization;
Phase change material (PCM);
Effectiveness-NTU;
Packed bed;
Parametric study;
Energy storage effectiveness;
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