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journal article
A case study of optimising energy storage dispatch : convex optimisation approach with degradation considerations
Vaicys, Jonas
;
Gudžius, Saulius
;
Jonaitis, Audrius
;
Rackiene, Roma
;
Blinov, Andrei
;
Peftitsis, Dimosthenis
Journal of energy storage
2024
/
art. 112941
https://doi.org/10.1016/j.est.2024.112941
journal article
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keyword
128
1.
battery energy storage degradation
2.
battery energy storage
3.
battery energy storage system
4.
battery energy storage system (BESS)
5.
battery energy storage systems
6.
home battery energy storage system (HBESS)
7.
battery degradation
8.
battery storage
9.
battery storage plants
10.
storage battery
11.
storage degradation
12.
batteries energy storage
13.
Distributed energy storage
14.
electric energy storage
15.
Electrochemical energy conversion/storage
16.
electrochemical energy storage
17.
energy storage
18.
energy storage device
19.
energy storage devices
20.
energy storage dimensioning
21.
energy storage system
22.
energy storage system (ESS)
23.
energy storage systems
24.
flywheel energy storage systems (FESS)
25.
hybrid energy storage system
26.
Hybrid Energy Storage Systems
27.
hydrogen energy storage
28.
Novel energy storage systems
29.
pumped-hydro energy storage
30.
renewable energy storage
31.
residential energy storage
32.
residential energy storage systems
33.
superconducting magnetic energy storage (SMES)
34.
Themal energy storage
35.
thermal energy storage
36.
thermal energy storage (TES)
37.
thermochemical energy storage
38.
virtual energy storage
39.
energy forecast wind energy
40.
EROI-Energy returned on energy invested
41.
alkaline battery
42.
battery
43.
battery capacity
44.
battery charger
45.
battery chargers
46.
battery charging
47.
battery design
48.
battery interface
49.
Battery management system
50.
battery management systems
51.
battery size optimization
52.
Battery system
53.
battery technologies
54.
battery test
55.
battery-less
56.
comprehensive battery
57.
electric vehicle battery charger
58.
fluoride ion battery
59.
fluoride-ion battery
60.
fluoride‐ion battery
61.
lead-acid battery
62.
light electric vehicle battery charger
63.
li-ion battery
64.
lithium-ion batteries battery chargers
65.
Lithium-Sulfur Battery
66.
metal-air battery
67.
recycling of Li-ion battery
68.
zinc–air battery
69.
zinc–air battery (ZAB)
70.
two-stage onboard battery charger
71.
biomass degradation
72.
Cables degradation
73.
cellulose degradation
74.
chemical warfare agent degradation products
75.
degradation
76.
degradation cost
77.
degradation of facades
78.
degradation rate
79.
dye degradation
80.
insulation degradation
81.
land degradation
82.
microbial degradation
83.
nitrogen mustard degradation products
84.
oxidative degradation
85.
passive component degradation
86.
photocatalytic degradation
87.
sulfur mustard degradation products
88.
thermal degradation
89.
2-5A degradation
90.
2–5A degradation
91.
cache storage
92.
carbon capture and storage
93.
carbon capture and storage (CCS)
94.
CO2 geological storage
95.
CO2 storage
96.
content-addressable storage networks
97.
data storage
98.
data storage systems
99.
efficiency of flywheel storage system
100.
electric power storage system
101.
electrical storage system
102.
electricity storage
103.
frozen storage
104.
Heat storage
105.
hydrogen storage
106.
in-line storage
107.
off-line storage
108.
offshore storage
109.
onshore storage
110.
optimal storage strategy
111.
Power storage
112.
power-to-gas based storage system
113.
seasonal thermal storage
114.
short-term thermal storage
115.
smart storage
116.
storage
117.
storage and utilization
118.
storage as a service
119.
storage batteries
120.
storage device
121.
storage management
122.
storage permit
123.
storage site
124.
storage stability
125.
storage system
126.
street storage
127.
thermal storage
128.
underground storage
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