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journal article EST / journal article ENG

Cost effectiveness of energy performance improvements in Estonian brick apartment buildingsKuusk, Kalle; Kalamees, Targo; Maivel, MikkEnergy and buildings2014 / p. 313-322 : ill https://doi.org/10.1016/j.enbuild.2014.03.026 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
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NV-SP: A new high performance and low energy NVM-Based scratch padShalabi, Ameer; Paul, Kolin; Ghasempouri, Tara; Raik, Jaan2020 IEEE Computer Society Annual Symposiumon VLSI : ISVLSI 2020, 6–8 July 2020, Limassol, Cyprus2020 / art. 19876866, p. 54−59 https://doi.org/10.1109/ISVLSI49217.2020.00020

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journal article EST / journal article ENG

Potential for finance and energy savings of detached houses in EstoniaAlev, Üllar; Allikmaa, Ats; Kalamees, TargoEnergy procedia2015 / p. 907-912 : ill https://doi.org/10.1016/j.egypro.2015.11.017 Conference proceedings at Scopus Article at Scopus Article at WOS

journal article EST / journal article ENG

Number of records 3, displaying 1 - 3

1. low energy renovation
2. building energy renovation
3. CO2 emissions energy renovation
4. deep energy renovation
5. energy renovation
6. energy-renovation
7. nZEB deep energy renovation
8. Bluetooth low-energy tracking technology
9. low energy building
10. low energy buildings
11. low energy house
12. low energy office building
13. low-energy building
14. low-energy buildings
15. energy forecast wind energy
16. EROI-Energy returned on energy invested
17. ARA renovation subsidies
18. building renovation passport
19. circular renovation
20. comprehensive renovation
21. deep renovation
22. digital technologies for renovation
23. digitalization of renovation processes
24. district renovation
25. facade renovation
26. indoor temperature after renovation
27. industrialised renovation
28. integrated renovation
29. long term renovation strategy
30. major renovation
31. mass-renovation
32. modular renovation panels
33. need for renovation
34. neighbourhood renovation
35. nZEB deep renovation
36. nZEB prefabricated modular renovation solutions
37. nZEB renovation
38. offsite serial renovation
39. optimal renovation solutions
40. prefabricated off-site serial renovation
41. prefabricated renovation
42. prefabricated serial renovation
43. quality commission of nZEB renovation
44. renovation
45. renovation budget
46. renovation cost
47. renovation feasibility
48. renovation grant
49. renovation need
50. renovation of apartment buildings
51. renovation of detached houses
52. Renovation passport
53. renovation planning
54. renovation scenarios
55. Renovation strategy
56. renovation subsidies
57. renovation wave
58. renovation work
59. resource efficiency and circularity principles to renovation
60. serial renovation
61. sustainable renovation
62. ventilation renovation
63. extremely low birth weight
64. extremely low frequency
65. high context and low context cultures
66. humanism in the Low Countries
67. hyper-branched linear low density PE
68. Linear low-density polyethylene
69. low birth weight
70. low carbon
71. low density areas
72. low density polyethylene (LDPE)
73. low dropout regulator
74. low Earth Orbit
75. low Earth orbit (LEO)
76. low electric signals
77. low inertia
78. low interest rates
79. low molecular weight peptides
80. low moor peat
81. low noise
82. low power
83. low precision
84. low speed
85. low system strength
86. low temperature
87. low temperature district heating
88. low temperature heating
89. low temperature performance
90. low temperature pyrolysis
91. low temperature synthesis
92. low THD
93. low titer
94. low voltage
95. low voltage distribution grid
96. low voltage distribution netrwork
97. low voltage grid
98. low voltage networks
99. low voltage ride-through (LVRT)
100. low voltage S/TEM
101. low voltage stress
102. low voltage stress of switch
103. low voltage stresses on switches and diodes
104. low-/no-code
105. low-alloy steel
106. Low-and-Slow DoS attack
107. low-carbon construction technology
108. low-carbon district heating
109. low-carbon ferritic-pearlitic steel
110. low-carbon industry
111. low-carbon technology
112. low-code
113. low-code development
114. low-context and high-context
115. low-cost LiDAR sensor
116. low-density lipoprotein
117. low-density lipoprotein (LDL) cholesterol
118. low-density lipoprotein cholesterol
119. low-density lipoproteins
120. low-density polyethylene
121. low-density-polyethylene
122. low-latency systems
123. low-level control system transportation
124. low-level fault redundancy
125. low-level radiation
126. Low-level RF EMF
127. Low-moisture extrusion
128. low-pass data filtering
129. low-power ASIC design
130. low-power circuits and systems
131. low-power decoupling
132. low-power designs
133. low-power device
134. low-regime transition
135. low-resistance hull
136. low-resource
137. low-resource languages
138. low-resource machine translation
139. low-temperature
140. low-temperature heat sources
141. low-temperature dependence photoluminescence
142. low-temperature district heating
143. low-temperature heat sources
144. low-temperature plasma
145. low-temperature sintering
146. low-temperature sulphur corrosion
147. low‐velocity anomalie
148. low-voltage networks
149. low-volume and make-to-order production
150. modified low-density lipoproteins
151. oxidized low-density lipoproteins
152. ultra-low-temperature district heating
153. user in low voltage area
154. Very-low density lipoprotein triglycerides
155. Very-low temperature crystallization peak

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