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journal article EST
/
journal article ENG
Critical discussion on the challenges of integrating heat pumps in hydronic systems in existing buildings
Cholewa, Tomasz
;
Bejan, Andrei-Stelian
;
Miara, Marek
;
Schauer, Christian
;
Kosonen, Risto
;
Borodinecs, Anatolijs
;
Bogdanovičs, Raimonds
;
Amanowicz, Łukasz
;
Vering, Christian
;
Siuta-Olcha, Alicja
;
Kurnitski, Jarek
Energy
2025
/
art. 136158
https://doi.org/10.1016/j.energy.2025.136158
journal article EST
/
journal article ENG
Number of records 1, displaying
1 - 1
keyword
192
1.
carbon neutral buildings
2.
carbon neutral building materials
3.
carbon-neutral energy supply
4.
carbon peak and carbon neutralization
5.
neutral current
6.
neutral guest binding
7.
neutral point clamped inverter
8.
neutral-point-clamped inverter
9.
platform neutral unique ID
10.
three-level neutral-point-clamped inverter
11.
activated carbon
12.
activated carbon aerogel
13.
amorphous carbon
14.
black carbon
15.
blue carbon
16.
carbide-derived carbon
17.
carbon
18.
carbon dioxide
19.
carbon steel
20.
carbon 13
21.
carbon accumulation rate
22.
carbon aerogel
23.
carbon aerogels
24.
carbon and oxygen isotopes
25.
carbon avoidance
26.
carbon balance
27.
carbon based materials
28.
carbon burial
29.
carbon burial event
30.
carbon capture
31.
carbon capture and storage
32.
carbon capture and storage (CCS)
33.
carbon capture and utilization
34.
carbon credits
35.
carbon cycle
36.
carbon cycling
37.
carbon dioxide
38.
carbon dioxide concentration
39.
carbon dioxide emissions
40.
carbon dioxide metanation
41.
carbon dioxide methanation
42.
carbon dioxide sequestration
43.
carbon dots
44.
carbon electrodes
45.
carbon emission reduction
46.
carbon emissions
47.
carbon emissions disclosure
48.
carbon fiber
49.
carbon fibre
50.
carbon fibre reinforced polymer
51.
carbon footprint
52.
carbon handprint
53.
carbon isotope
54.
carbon isotope chemostratigraphy
55.
Carbon Isotope Excursion
56.
carbon isotope excursions
57.
carbon isotope stratigraphy
58.
carbon isotopes
59.
carbon materials
60.
Carbon matrix
61.
carbon nanofiber
62.
carbon nanofibres
63.
carbon nanomaterial
64.
carbon nanoparticles
65.
carbon nanotube
66.
carbon nanotube network
67.
carbon nanotubes
68.
carbon neutrality
69.
Carbon price
70.
carbon pricing
71.
carbon sequestration
72.
carbon source
73.
carbon stable isotope
74.
carbon steel
75.
carbon support
76.
carbon tax
77.
Carbon to nitrogen ratio
78.
carbon trading
79.
carbon trading market
80.
carbon-based materials
81.
commuting carbon emissions
82.
D-glucose derived carbon
83.
diamond-like carbon
84.
dissolved organic carbon
85.
electrospun carbon nanofibres
86.
embodied carbon
87.
embodied carbon emissions
88.
energy and carbon balance
89.
fossil carbon content
90.
glassy carbon electrode
91.
Guttenberg carbon isotope excursion
92.
hard carbon
93.
high surface area carbon
94.
hydrogen-carbon ratio
95.
inorganic carbon
96.
inorganic carbon compounds
97.
Late Ludfordian Carbon Isotope Excursion
98.
low carbon
99.
low-carbon construction technology
100.
low-carbon district heating
101.
low-carbon ferritic-pearlitic steel
102.
low-carbon industry
103.
low-carbon technology
104.
marine carbon dioxide system
105.
Mesoporous carbon support
106.
methane-derived carbon
107.
oxygen and carbon isotopes
108.
particulate organic carbon
109.
peat-derived carbon
110.
polymer with carbon black
111.
Porous carbon electrode
112.
porous carbon materials
113.
sedimentary carbon
114.
single- and multi-walled carbon nanotubes
115.
single walled carbon nanotubes
116.
single-walled carbon nanotubes
117.
single‐walled carbon nanotubes
118.
smart zero carbon city
119.
soil organic carbon
120.
supercritical carbon dioxide
121.
teal carbon
122.
Vulcan carbon
123.
apartment buildings
124.
apartments in multi-family buildings
125.
atrium-type buildings
126.
buildings
127.
climate control in historic buildings
128.
CO2 in educational buildings
129.
cognitive buildings
130.
commercial buildings
131.
dc buildings
132.
DC commercial and residential buildings
133.
dc-powered buildings
134.
DHW consumption in public buildings
135.
DHW consumption in residential buildings
136.
DHW heating load in educational buildings
137.
DHW heating load in public buildings
138.
domestic buildings
139.
educational buildings
140.
energy and HVAC-systems in buildings
141.
energy buildings
142.
energy efficient buildings
143.
energy perfomance of buildings
144.
energy performance of buildings
145.
energy performance of buildings directive (EPBD)
146.
energy-efficient buildings
147.
green buildings
148.
grid-interactive buildings
149.
healthy homes and buildings
150.
heavyweight and lightweight (timberframed) single-family buildings
151.
heritage buildings
152.
historic apartment buildings
153.
historic buildings
154.
historical buildings
155.
hygrothermal performance of buildings
156.
industrial buildings
157.
intelligent buildings
158.
low energy buildings
159.
low-energy buildings
160.
mechanically ventilated buildings
161.
modern buildings
162.
monumental buildings
163.
multifamily buildings
164.
multi-family buildings
165.
naturally ventilated buildings
166.
nearly zero energy buildings
167.
nearly zero energy buildings (nZEB)
168.
Nearly Zero-Energy Buildings
169.
nearly-zero energy buildings
170.
net zero energy buildings
171.
non-residential buildings
172.
office buildings
173.
process-dominated buildings
174.
public buildings
175.
reed buildings
176.
Renewable energy optimization in buildings
177.
renovation of apartment buildings
178.
representative buildings
179.
residential buildings
180.
school buildings
181.
single-family buildings
182.
smart buildings
183.
straw bale buildings
184.
zero emission buildings
185.
zero-emission buildings
186.
zero-energy buildings
187.
tall commercial buildings
188.
thermal flexibility of residential buildings
189.
timber buildings
190.
traditional buildings
191.
wooden apartment buildings
192.
wooden buildings
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