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DHW consumption in residential buildings (keyword)

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journal article EST / journal article ENG

Changes in the heating load of domestic hot water and its impact on the design of the district heating networkKõiv, Teet-Andrus; Kovšikov, AleksandrWSEAS transactions on environment and development2015 / p. 108-115 : ill https://www.wseas.org/multimedia/journals/environment/2015/a245715-268.pdf Journal metrics at Scopus Article at Scopus

journal article EST / journal article ENG
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Why is the correct dimensioning of the water heating equipment necessary?Kõiv, Teet-AndrusAdvances in Environmental Science and Energy Planning : Tenerife, Canary Islands, Spain, January 10-12, 2015 : [proceedings of the EEESD '15, UPT '15, MATREFC '15]2015 / p. 75-80 : ill

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Number of records 2, displaying 1 - 2

1. DHW consumption in residential buildings
2. DHW consumption in public buildings
3. DHW consumption
4. probabilistic DHW consumption
5. the influence of DHW consumption on dimensioning the DH network
6. DHW heating load in educational buildings
7. DHW heating load in public buildings
8. residential electricity consumption model
9. DC commercial and residential buildings
10. non-residential buildings
11. residential buildings
12. thermal flexibility of residential buildings
13. DHW
14. DHW circulation
15. DHW Design Flow Rate
16. DHW energy use
17. DHW heat loss
18. DHW influence on DH system dimensioning
19. DHW ratio
20. DHW systems
21. domestic hot water (DHW) heating
22. new dimensioning methodology of DHW heaters
23. residential applications
24. residential battery energy storage system
25. residential building
26. residential dc microgrid
27. residential energy
28. residential energy management
29. residential energy storage
30. residential energy storage systems
31. residential installations
32. residential load
33. residential nanogrid
34. residential nanogrids
35. residential projects
36. residential systems
37. residential ventilation
38. residential wind energy conversion system
39. acid and base consumption
40. acid consumption
41. airtime consumption
42. consumption
43. consumption culture
44. consumption fluctuations
45. consumption land footprint
46. Consumption Profiles
47. consumption scheduling
48. consumption sensitivity
49. consumption smoothing
50. Consumption spending
51. consumption survey
52. consumption-based GHG accounting
53. daily consumption capacity in business area
54. domestic material consumption
55. electricity consumption
56. electricity consumption modeling
57. empirical energy consumption model
58. energy consumption
59. energy consumption of construction operations
60. Eurosystem Household Finance and Consumption Survey
61. food consumption
62. food consumption
63. fuel consumption
64. heat consumption
65. hedonic consumption
66. high electricity consumption
67. household consumption
68. household finance and consumption survey
69. increased self-consumption
70. intertemporal consumption allocation
71. oxygen consumption
72. oxygen consumption rate
73. parallel consumption
74. power consumption
75. power consumption of production
76. private consumption
77. reagent consumption
78. renewables self-consumption
79. rule-of-thumb consumption
80. SDG12: Responsible consumption and production
81. self-consumption
82. ship fuel consumption
83. simulation of energy consumption
84. spatial consumption
85. specific energy consumption
86. sustainable consumption
87. tire consumption reduction

1. Residential DC Innovation Hub
2. TalTech Residential DC Innovation Hub

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