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journal article EST
/
journal article ENG
The impact of parallel energy consumption on the district heating networks
Latõšov, Eduard
;
Siirde, Andres
;
Volkova, Anna
;
Thalfeldt, Martin
;
Kurnitski, Jarek
Environmental and Climate Technologies
2019
/
13 p. : ill
https://doi.org/10.2478/rtuect-2019-0001
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journal article EST
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journal article ENG
Number of records 1, displaying
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keyword
171
1.
heat recovery ventilation
2.
ventilation heat recovery
3.
heat recovery
4.
waste heat recovery
5.
waste heat recovery systems
6.
CCS, enhanced oil recovery
7.
community recovery
8.
elastic recovery parameter
9.
energy recovery
10.
enhanced oil recovery
11.
geothermal energy recovery
12.
heart rate recovery
13.
heart rate recovery cardiac activity
14.
joint recovery
15.
joint recovery management
16.
lake recovery
17.
material recovery
18.
mechanical oil recovery
19.
phosphate recovery
20.
phosphorus recovery
21.
post-COVID recovery
22.
proactive service recovery
23.
punctuation recovery
24.
recovery
25.
Recovery Management
26.
Recovery Managementx
27.
recovery of metals
28.
recycling and recovery
29.
resource recovery
30.
reverse recovery time
31.
service recovery
32.
ultrafast recovery
33.
adaptive ventilation
34.
centralized ventilation systems
35.
decentralized ventilation systems
36.
decentralized ventilation unit
37.
health-based ventilation
38.
Heating, Ventilation, Air Conditioning (HVAC)
39.
HVAC (heating, ventilation, and air conditioning)
40.
hybrid ventilation
41.
indoor air ventilation
42.
infection risk-based ventilation
43.
intermittent ventilation
44.
mechanical ventilation
45.
mechanical ventilation system
46.
mechanical ventilation systems
47.
natural ventilation
48.
natural ventilation system
49.
performance of ventilation
50.
point source ventilation effectiveness
51.
residential ventilation
52.
room unit based ventilation
53.
room-based ventilation
54.
room-based ventilation units
55.
single room ventilation unit
56.
ventilation
57.
ventilation air change
58.
Ventilation criteria
59.
ventilation design
60.
ventilation effectiveness
61.
ventilation efficiency
62.
ventilation need
63.
ventilation renovation
64.
Ventilation standards
65.
ventilation system
66.
ventilation systems
67.
ventilation unit
68.
air-source heat pump
69.
Air-Water Heat Pump
70.
borehole heat exchanger
71.
CHP (combined power and heat)
72.
combined heat and power
73.
combined heat and power plant
74.
compound heat transfer enhancement technique
75.
deep heat well
76.
desined heat transfer coefficient
77.
DHW heat loss
78.
diffusion (mass transfer, heat transfer)
79.
district heat
80.
district heat network
81.
dry heat loss
82.
electrical and heat load
83.
excess heat
84.
exhaust air heat pump
85.
floor slab heat loss
86.
gaseous heat carrier
87.
generalized heat conduction
88.
geothermal heat pump
89.
ground source brine heat exchanger
90.
Ground Source Heat Pump
91.
ground-source heat pump
92.
heat
93.
heat pumps
94.
heat affected zone
95.
heat- and mass transfer
96.
heat and power plant
97.
heat capacity
98.
heat conduction
99.
heat consumption
100.
heat content
101.
heat emission
102.
heat emission efficiency
103.
heat emission system
104.
heat exchanger
105.
heat exchanger leakages
106.
heat expense
107.
Heat flow
108.
heat flux
109.
heat flux factor
110.
heat generation
111.
heat loss
112.
heat loss of building envelope
113.
heat map
114.
heat production
115.
heat pump
116.
heat pump (HP)
117.
heat pump modelling
118.
heat pump plant
119.
heat pump seasonal efficiency
120.
heat pumps
121.
Heat rejection
122.
heat release rate
123.
Heat Requirement
124.
heat sink
125.
heat source
126.
Heat sources
127.
Heat storage
128.
heat tariff
129.
Heat trading
130.
heat transfer
131.
heat transfer coefficient
132.
heat transfer enhancement
133.
heat treatment
134.
heat wave
135.
heat-resistant glass wool
136.
internal heat gain
137.
large heat pumps
138.
large-scale heat pumps
139.
laser heat treatment
140.
linear heat density
141.
Long coaxial heat exchanger
142.
low-temperature heat sources
143.
low-temperature heat sources
144.
net isosteric heat of sorption
145.
Ni-Ti heat-activated orthodontic archwires
146.
nitinol heat activated orthodontic wires
147.
occupant heat emission
148.
olid heat carrier
149.
orced convection heat transfer coefficent
150.
Power-to-heat
151.
price of heat
152.
relative heat loss
153.
seawater heat
154.
seawater heat pumps
155.
solar heat
156.
solar heat gains
157.
solid heat carrier
158.
solid heat carrier technology
159.
specific heat loss
160.
static heat flows
161.
thermoacoustic heat engine
162.
total heat loss
163.
transient heat conduction
164.
transmission heat loss
165.
transport processes/heat transfer
166.
two-dimensional heat equation
167.
Urban Heat Island
168.
Urban Heat Island (UHI)
169.
urban waste heat
170.
waste heat
171.
wastewater heat potential
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