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journal article EST
/
journal article ENG
Thermal mass and energy recovery utilization for peak load reduction panel
Fadejev, Jevgeni
;
Simson, Raimo
;
Kurnitski, Jarek
;
Bomberg, Mark
Energy procedia
2017
/
p. 39-44 : ill
https://doi.org/10.1016/j.egypro.2017.09.628
Conference proceedings at Scopus
Article at Scopus
Article at WOS
journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
198
1.
cooling load reduction
2.
cooling load
3.
active cooling
4.
borehole free cooling
5.
combined cooling
6.
cooling
7.
cooling capacities
8.
cooling capacity
9.
cooling curve
10.
cooling demand
11.
cooling design
12.
cooling device performance
13.
cooling loads
14.
cooling period
15.
cooling rate
16.
cooling season
17.
cooling simulation
18.
cooling sizing
19.
cooling systems
20.
coupling of district heating and cooling
21.
dimensioning cooling power
22.
direct conductor cooling
23.
direct cooling
24.
district cooling
25.
district heating and cooling
26.
electrical machine cooling
27.
electronics cooling
28.
EU heating and cooling strategy
29.
forced cooling
30.
Free cooling
31.
heating and cooling cycles
32.
heating and cooling energy cost
33.
heating and cooling networks
34.
liquid cooling
35.
mechanical cooling
36.
oil cooling
37.
oil spray cooling
38.
passive architectural cooling
39.
passive cooling
40.
radiant cooling panel
41.
solar cooling
42.
space cooling
43.
spray cooling
44.
underfloor cooling
45.
underfloor cooling
46.
underfloor cooling system
47.
administrative burden reduction
48.
Ajtai reduction
49.
bacterial sulphate reduction
50.
birch reduction
51.
Bouguer reduction
52.
capacitance reduction
53.
carbon emission reduction
54.
carbothermal reduction
55.
chlorophenols reduction
56.
CO2 emission reduction
57.
CO2 emissions reduction
58.
CO2 reduction
59.
complexity reduction
60.
conservation voltage reduction (CVR)
61.
cost reduction
62.
current ripple reduction (CRD)
63.
dictionary reduction
64.
dimensionality reduction
65.
disaster risk reduction
66.
dissimilatory iron reduction
67.
drag reduction
68.
electrochemical reduction
69.
electrolytic reduction
70.
emission reduction
71.
emissions reduction
72.
energy reduction
73.
energy use reduction
74.
ethylene glycol reduction method
75.
false positive reduction
76.
ferric iron reduction
77.
frequency reduction
78.
genome reduction
79.
GHG emission reduction
80.
Glycerol production reduction
81.
greenhouse gas emissions reduction
82.
heating need reduction
83.
household wastes reduction
84.
joint reduction of oxides
85.
leakage current reduction (LCR)
86.
logical construction and phenomenological reduction
87.
metal oxides reduction
88.
model order reduction
89.
model order reduction (MOR)
90.
model reduction
91.
motion-reduction device
92.
nickel oxide reduction
93.
noise reduction
94.
overtime reduction
95.
oxidation-reduction
96.
oxidation-reduction potential
97.
oxidation–reduction potential
98.
oxygen reduction
99.
oxygen reduction reaction
100.
oxygen reduction reaction (ORR)
101.
power reduction
102.
reduction
103.
reduction mechanism
104.
reduction of poverty
105.
reduction theory
106.
risk reduction
107.
SO2 reduction
108.
sulphate reduction
109.
test-suite reduction
110.
tire consumption reduction
111.
vibration reduction
112.
workload reduction
113.
base load
114.
commercial load
115.
constant power load
116.
consumer load
117.
consumer load patterns
118.
cubic economic load dispatch
119.
DHW heating load in educational buildings
120.
DHW heating load in public buildings
121.
dynamic load model
122.
economic load dispatch
123.
economic load dispatch (ELD)
124.
electric load
125.
electric load flow
126.
electrical and heat load
127.
electrical load characteristics
128.
EV load model
129.
exponential load model
130.
grid load
131.
heating load
132.
hygrothermal load
133.
ice load
134.
indentor load
135.
indoor hygrothermal load
136.
light-load efficiency
137.
load
138.
load balancing
139.
load control
140.
load curtailment
141.
load cycling
142.
load disaggregation
143.
load distribution
144.
load flexibility
145.
load following
146.
load forecast
147.
load forecasting
148.
load frequency control
149.
load frequency control (LFC)
150.
load leveling
151.
load limit states
152.
load management
153.
load matching
154.
load modeling
155.
load modelling
156.
load monitoring
157.
load pattern
158.
load prediction
159.
load scheduling
160.
load shifting
161.
load test
162.
load testing
163.
load transients
164.
load variance
165.
load-bearing analysis
166.
load-bearing capacity
167.
load-independent voltage output
168.
moisture load
169.
Non-intrusive load monitoring
170.
non-intrusive load monitoring (NILM)
171.
nonlinear load
172.
nutrient load
173.
nutrient load estimation
174.
on-load tap changer
175.
on-load tap changer (OLTC)
176.
peak heat load
177.
peak load
178.
peak load shifting
179.
pile load–displacement
180.
Point Load Test index
181.
pollution load
182.
propulsion load
183.
pulsed power load (PPL)
184.
random variable load (RVL)
185.
residential load
186.
shear load
187.
short-term load forecast
188.
short-term load forecasting
189.
static load models
190.
static load test
191.
sudden load change
192.
thermal load
193.
Thermostatic load
194.
thermostatically controlled load
195.
unbalanced load
196.
undesirable load
197.
value of lost load
198.
wind load
subject term
1
1.
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