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journal article
Comparison of COP estimation methods for large-scale heat pumps used in energy planning
Pieper, Henrik
;
Ommen, Torben
;
Kjær Jensen, Jonas
Energy
2020
/
art. 117994, 13 p. : ill
https://doi.org/10.1016/j.energy.2020.117994
journal article
2
journal article EST
/
journal article ENG
Modelling framework for integration of large-scale heat pumps in district heating using low-temperature heat sources : A case study of Tallinn, Estonia
Pieper, Henrik
;
Mašatin, Vladislav
;
Volkova, Anna
;
Ommen, Torben
;
Elmegaard, Brian
;
Markussen, Wiebke Brix
International journal of sustainable energy planning and management
2019
/
p. 67–86 : ill
https://doi.org/10.5278/ijsepm.2019.20.6
Journal metrics at Scopus
Article at Scopus
journal article EST
/
journal article ENG
3
journal article EST
/
journal article ENG
Valorisation of waste heat in existing and future district heating systems
Pakere, Ieva
;
Blumberga, Dagnija
;
Volkova, Anna
;
Lepiksaar, Kertu
;
Zirne, Agate
Energies
2023
/
art. 6796
https://doi.org/10.3390/en16196796
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Article at Scopus
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Article at WOS
journal article EST
/
journal article ENG
Number of records 3, displaying
1 - 3
keyword
162
1.
low-temperature heat sources
2.
low-temperature heat sources
3.
Heat sources
4.
low temperature
5.
low temperature district heating
6.
low temperature heating
7.
low temperature performance
8.
low temperature pyrolysis
9.
low temperature synthesis
10.
low-temperature
11.
low-temperature dependence photoluminescence
12.
low-temperature district heating
13.
low-temperature plasma
14.
low-temperature sulphur corrosion
15.
Very-low temperature crystallization peak
16.
assessment of voltage unbalance sources
17.
catalogue of data sources
18.
current sources
19.
data sources
20.
diffuse sources
21.
high penetration of renewable energy sources (RESs)
22.
high-penetration renewable energy sources (RESs)
23.
identification of voltage unbalance sources
24.
illumination sources
25.
light sources
26.
lignocellulosic sources
27.
mantle sources
28.
neutron sources
29.
occupational stress sources in university
30.
power electronic interfaces for renewable energy sources
31.
power sources
32.
Q42 - alternative energy sources
33.
Radiationless sources
34.
renewable energy sources
35.
renewable energy sources (RES)
36.
Renewable energy sources (RESs)
37.
renewable sources
38.
renewable sources control
39.
sources of occupational stress in university
40.
sources of pressure
41.
sources of stress
42.
absorption heat pump
43.
air-source heat pump
44.
Air-Water Heat Pump
45.
borehole heat exchanger
46.
borehole heat exchangers
47.
CHP (combined power and heat)
48.
combined heat and power
49.
combined heat and power economic dispatch (CHPED)
50.
combined heat and power plant
51.
compound heat transfer enhancement technique
52.
deep heat well
53.
desined heat transfer coefficient
54.
DHW heat loss
55.
diffusion (mass transfer, heat transfer)
56.
district heat
57.
district heat network
58.
dry heat loss
59.
electrical and heat load
60.
Electrolysis waste heat recovery
61.
excess heat
62.
exhaust air heat pump
63.
floor slab heat loss
64.
gaseous heat carrier
65.
generalized heat conduction
66.
geothermal heat
67.
geothermal heat pump
68.
ground source brine heat exchanger
69.
Ground Source Heat Pump
70.
ground-source heat pump
71.
heat
72.
heat pumps
73.
heat affected zone
74.
heat- and mass transfer
75.
heat and power plant
76.
heat capacity
77.
heat conduction
78.
heat consumption
79.
heat content
80.
heat demand
81.
heat emission
82.
heat emission efficiency
83.
heat emission system
84.
heat exchanger
85.
heat exchanger leakages
86.
heat expense
87.
Heat flow
88.
heat flux
89.
heat flux factor
90.
heat generation
91.
heat loss
92.
heat loss of building envelope
93.
heat map
94.
heat mass transfer
95.
heat production
96.
heat pump
97.
heat pump (HP)
98.
heat pump modelling
99.
heat pump plant
100.
heat pump seasonal efficiency
101.
heat pumps
102.
heat pumps (HP)
103.
heat recovery
104.
heat recovery ventilation
105.
Heat rejection
106.
heat release rate
107.
Heat Requirement
108.
heat sink
109.
Heat sinks
110.
heat source
111.
Heat storage
112.
heat tariff
113.
Heat trading
114.
heat transfer
115.
heat transfer coefficient
116.
heat transfer enhancement
117.
heat treatment
118.
heat wave
119.
heat, air and moisture (HAM)
120.
heat-resistant glass wool
121.
hybrid ground source heat pump
122.
internal heat gain
123.
large heat pumps
124.
large-scale heat pumps
125.
laser heat treatment
126.
linear heat density
127.
Long coaxial heat exchanger
128.
net isosteric heat of sorption
129.
Ni-Ti heat-activated orthodontic archwires
130.
nitinol heat activated orthodontic wires
131.
occupant heat emission
132.
olid heat carrier
133.
orced convection heat transfer coefficent
134.
peak heat load
135.
Power-to-heat
136.
price of heat
137.
relative heat loss
138.
seawater heat
139.
seawater heat pump
140.
seawater heat pumps
141.
solar heat
142.
solar heat gains
143.
solid heat carrier
144.
solid heat carrier technology
145.
specific heat loss
146.
static heat flows
147.
thermoacoustic heat engine
148.
total heat
149.
total heat loss
150.
transient heat conduction
151.
transmission heat loss
152.
transport processes/heat transfer
153.
two-dimensional heat equation
154.
Urban Heat Island
155.
Urban Heat Island (UHI)
156.
urban heat islands (UHI)
157.
urban waste heat
158.
waste heat
159.
waste heat recovery
160.
waste heat recovery systems
161.
wastewater heat potential
162.
ventilation heat recovery
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