Quick Find Conversion Table

1 - 33
imperial ton of refrigerations to megawatts
1≈ 0.003938875
2≈ 0.00787775
3≈ 0.011816625
4≈ 0.0157555
5≈ 0.019694375
6≈ 0.02363325
7≈ 0.027572125
8≈ 0.031511
9≈ 0.035449875
10≈ 0.03938875
11≈ 0.043327625
12≈ 0.0472665
13≈ 0.051205375
14≈ 0.05514425
15≈ 0.059083125
16≈ 0.063022
17≈ 0.066960875
18≈ 0.07089975
19≈ 0.074838625
20≈ 0.0787775
21≈ 0.082716375
22≈ 0.08665525
23≈ 0.090594125
24≈ 0.094533
25≈ 0.098471875
26≈ 0.10241075
27≈ 0.106349625
28≈ 0.1102885
29≈ 0.114227375
30≈ 0.11816625
31≈ 0.122105125
32≈ 0.126044
33≈ 0.129982875
34 - 66
imperial ton of refrigerations to megawatts
34≈ 0.13392175
35≈ 0.137860625
36≈ 0.1417995
37≈ 0.145738375
38≈ 0.14967725
39≈ 0.153616125
40≈ 0.157555
41≈ 0.161493875
42≈ 0.16543275
43≈ 0.169371625
44≈ 0.1733105
45≈ 0.177249375
46≈ 0.18118825
47≈ 0.185127125
48≈ 0.189066
49≈ 0.193004875
50≈ 0.19694375
51≈ 0.200882625
52≈ 0.2048215
53≈ 0.208760375
54≈ 0.21269925
55≈ 0.216638125
56≈ 0.220577
57≈ 0.224515875
58≈ 0.22845475
59≈ 0.232393625
60≈ 0.2363325
61≈ 0.240271375
62≈ 0.24421025
63≈ 0.248149125
64≈ 0.252088
65≈ 0.256026875
66≈ 0.25996575
67 - 99
imperial ton of refrigerations to megawatts
67≈ 0.263904625
68≈ 0.2678435
69≈ 0.271782375
70≈ 0.27572125
71≈ 0.279660125
72≈ 0.283599
73≈ 0.287537875
74≈ 0.29147675
75≈ 0.295415625
76≈ 0.2993545
77≈ 0.303293375
78≈ 0.30723225
79≈ 0.311171125
80≈ 0.31511
81≈ 0.319048875
82≈ 0.32298775
83≈ 0.326926625
84≈ 0.3308655
85≈ 0.334804375
86≈ 0.33874325
87≈ 0.342682125
88≈ 0.346621
89≈ 0.350559875
90≈ 0.35449875
91≈ 0.358437625
92≈ 0.3623765
93≈ 0.366315375
94≈ 0.37025425
95≈ 0.374193125
96≈ 0.378132
97≈ 0.382070875
98≈ 0.38600975
99≈ 0.389948625

Popular conversions

Popular units

imperial ton of refrigerations

A ton of refrigeration (TR), also called a refrigeration ton (RT), is a unit of power used in some countries (especially in North America) to describe the heat-extraction capacity of refrigeration and air conditioning equipment.

megawatts

The megawatt (MW) is equal to one million (106) watts. Many events or machines produce or sustain the conversion of energy on this scale, including large electric motors; large warships such as aircraft carriers, cruisers, and submarines; large server farms or data centers; and some scientific research equipment, such as supercolliders, and the output pulses of very large lasers. A large residential or commercial building may use several megawatts in electric power and heat. On railways, modern high-powered electric locomotives typically have a peak power output of 5 or 6 MW, although some produce much more. The Eurostar, for example, uses more than 12 MW, while heavy diesel-electric locomotives typically produce/use 3 to 5 MW. U.S. nuclear power plants have net summer capacities between about 500 and 1300 MW.