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journal article EST
/
journal article ENG
Air distribution and air handling unit configuration effects on energy performance in an air-heated ice rink arena
Taebnia, Mehdi
;
Toomla, Sander
;
Leppä, Lauri
;
Kurnitski, Jarek
Energies
2019
/
art. 693, 21 p. : ill
https://doi.org/10.3390/en12040693
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Article at WOS
journal article EST
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journal article ENG
2
book article
Air distribution and air handling unit configuration effects on energy performance in an air-heated ice rink arena
Taebnia, Mehdi
;
Toomla, Sander
;
Leppä, Lauri
;
Kurnitski, Jarek
Energy and technical building systems - scientific and technological advances
2020
/
p. 32-52 : ill
https://doi.org/10.3390/books978-3-03928-179-4
book article
Number of records 2, displaying
1 - 2
keyword
93
1.
energy and HVAC-systems in buildings
2.
HVAC systems
3.
performance of HVAC systems
4.
energy buildings
5.
energy efficient buildings
6.
energy perfomance of buildings
7.
energy performance of buildings
8.
energy performance of buildings directive (EPBD)
9.
energy-efficient buildings
10.
low energy buildings
11.
low-energy buildings
12.
nearly zero energy buildings
13.
nearly zero energy buildings (nZEB)
14.
Nearly Zero-Energy Buildings
15.
nearly-zero energy buildings
16.
net zero energy buildings
17.
Renewable energy optimization in buildings
18.
zero-energy buildings
19.
battery energy storage systems
20.
battery energy storage systems (BESS)
21.
cyber physical energy systems
22.
cyber-physical energy systems
23.
distributed energy systems
24.
energy storage systems
25.
energy systems
26.
flywheel energy storage systems (FESS)
27.
home energy management systems
28.
Hybrid Energy Storage Systems
29.
integrated energy systems
30.
Novel energy storage systems
31.
personalized energy management systems (PEMS)
32.
renewable energy systems
33.
renewable energy systems(RES)
34.
residential energy storage systems
35.
smart green energy systems
36.
water-energy systems
37.
Heating, Ventilation, Air Conditioning (HVAC)
38.
HVAC
39.
HVAC (heating, ventilation, and air conditioning)
40.
HVAC filter prognosis
41.
HVAC silencer
42.
HVAC system
43.
energy forecast wind energy
44.
EROI-Energy returned on energy invested
45.
apartment buildings
46.
apartments in multi-family buildings
47.
atrium-type buildings
48.
buildings
49.
climate control in historic buildings
50.
CO2 in educational buildings
51.
commercial buildings
52.
dc buildings
53.
DC commercial and residential buildings
54.
dc-powered buildings
55.
DHW consumption in public buildings
56.
DHW consumption in residential buildings
57.
DHW heating load in educational buildings
58.
DHW heating load in public buildings
59.
domestic buildings
60.
educational buildings
61.
green buildings
62.
grid-interactive buildings
63.
healthy homes and buildings
64.
heavyweight and lightweight (timberframed) single-family buildings
65.
heritage buildings
66.
historic apartment buildings
67.
historic buildings
68.
historical buildings
69.
hygrothermal performance of buildings
70.
industrial buildings
71.
intelligent buildings
72.
mechanically ventilated buildings
73.
modern buildings
74.
monumental buildings
75.
multi-family buildings
76.
naturally ventilated buildings
77.
non-residential buildings
78.
office buildings
79.
process-dominated buildings
80.
public buildings
81.
reed buildings
82.
renovation of apartment buildings
83.
residential buildings
84.
school buildings
85.
single-family buildings
86.
smart buildings
87.
straw bale buildings
88.
tall commercial buildings
89.
thermal flexibility of residential buildings
90.
timber buildings
91.
traditional buildings
92.
wooden apartment buildings
93.
wooden buildings
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