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1 gigawatts = 3,412,142,450.123 BTU per hour 

Gigawatts to BTU per hour Conversion

Gigawatt to BTU per hour conversion allow you make a conversion between gigawatt and BTU per hour easily. You can find the tool in the following.

Power Conversion

to

input
= 3,412,142,450.12300730
= 3.41214 × 109
= 3.41214E+9
= 3.41214e+9
converter  table
= 6,824,284,900.24601460
= 6.82428 × 109
= 6.82428E+9
= 6.82428e+9
converter  table
= 10,236,427,350.36902237
= 1.02364 × 1010
= 1.02364E+10
= 1.02364e+10
converter  table
= 13,648,569,800.49202919
= 1.36486 × 1010
= 1.36486E+10
= 1.36486e+10
converter  table
= 17,060,712,250.61503792
= 1.70607 × 1010
= 1.70607E+10
= 1.70607e+10
converter  table

Quick Look: gigawatts to BTU per hour

gigawatt1 GW2 GW3 GW4 GW5 GW6 GW7 GW8 GW9 GW10 GW11 GW12 GW13 GW14 GW15 GW16 GW17 GW18 GW19 GW20 GW21 GW22 GW23 GW24 GW25 GW26 GW27 GW28 GW29 GW30 GW31 GW32 GW33 GW34 GW35 GW36 GW37 GW38 GW39 GW40 GW41 GW42 GW43 GW44 GW45 GW46 GW47 GW48 GW49 GW50 GW51 GW52 GW53 GW54 GW55 GW56 GW57 GW58 GW59 GW60 GW61 GW62 GW63 GW64 GW65 GW66 GW67 GW68 GW69 GW70 GW71 GW72 GW73 GW74 GW75 GW76 GW77 GW78 GW79 GW80 GW81 GW82 GW83 GW84 GW85 GW86 GW87 GW88 GW89 GW90 GW91 GW92 GW93 GW94 GW95 GW96 GW97 GW98 GW99 GW100 GW
BTU per hour3,412,142,450.123 BTUIT/h6,824,284,900.246 BTUIT/h10,236,427,350.369 BTUIT/h13,648,569,800.492 BTUIT/h17,060,712,250.615 BTUIT/h20,472,854,700.738 BTUIT/h23,884,997,150.861 BTUIT/h27,297,139,600.984 BTUIT/h30,709,282,051.107 BTUIT/h34,121,424,501.23 BTUIT/h37,533,566,951.353 BTUIT/h40,945,709,401.476 BTUIT/h44,357,851,851.599 BTUIT/h47,769,994,301.722 BTUIT/h51,182,136,751.845 BTUIT/h54,594,279,201.968 BTUIT/h58,006,421,652.091 BTUIT/h61,418,564,102.214 BTUIT/h64,830,706,552.337 BTUIT/h68,242,849,002.46 BTUIT/h71,654,991,452.583 BTUIT/h75,067,133,902.706 BTUIT/h78,479,276,352.829 BTUIT/h81,891,418,802.952 BTUIT/h85,303,561,253.075 BTUIT/h88,715,703,703.198 BTUIT/h92,127,846,153.321 BTUIT/h95,539,988,603.444 BTUIT/h98,952,131,053.567 BTUIT/h102,364,273,503.69 BTUIT/h105,776,415,953.81 BTUIT/h109,188,558,403.94 BTUIT/h112,600,700,854.06 BTUIT/h116,012,843,304.18 BTUIT/h119,424,985,754.31 BTUIT/h122,837,128,204.43 BTUIT/h126,249,270,654.55 BTUIT/h129,661,413,104.67 BTUIT/h133,073,555,554.8 BTUIT/h136,485,698,004.92 BTUIT/h139,897,840,455.04 BTUIT/h143,309,982,905.17 BTUIT/h146,722,125,355.29 BTUIT/h150,134,267,805.41 BTUIT/h153,546,410,255.54 BTUIT/h156,958,552,705.66 BTUIT/h160,370,695,155.78 BTUIT/h163,782,837,605.9 BTUIT/h167,194,980,056.03 BTUIT/h170,607,122,506.15 BTUIT/h174,019,264,956.27 BTUIT/h177,431,407,406.4 BTUIT/h180,843,549,856.52 BTUIT/h184,255,692,306.64 BTUIT/h187,667,834,756.77 BTUIT/h191,079,977,206.89 BTUIT/h194,492,119,657.01 BTUIT/h197,904,262,107.13 BTUIT/h201,316,404,557.26 BTUIT/h204,728,547,007.38 BTUIT/h208,140,689,457.5 BTUIT/h211,552,831,907.63 BTUIT/h214,964,974,357.75 BTUIT/h218,377,116,807.87 BTUIT/h221 789 259 258 BTUIT/h225,201,401,708.12 BTUIT/h228,613,544,158.24 BTUIT/h232,025,686,608.36 BTUIT/h235,437,829,058.49 BTUIT/h238,849,971,508.61 BTUIT/h242,262,113,958.73 BTUIT/h245,674,256,408.86 BTUIT/h249,086,398,858.98 BTUIT/h252,498,541,309.1 BTUIT/h255,910,683,759.23 BTUIT/h259,322,826,209.35 BTUIT/h262,734,968,659.47 BTUIT/h266,147,111,109.59 BTUIT/h269,559,253,559.72 BTUIT/h272,971,396,009.84 BTUIT/h276,383,538,459.96 BTUIT/h279,795,680,910.09 BTUIT/h283,207,823,360.21 BTUIT/h286,619,965,810.33 BTUIT/h290,032,108,260.46 BTUIT/h293,444,250,710.58 BTUIT/h296,856,393,160.7 BTUIT/h300,268,535,610.82 BTUIT/h303,680,678,060.95 BTUIT/h307,092,820,511.07 BTUIT/h310,504,962,961.19 BTUIT/h313,917,105,411.32 BTUIT/h317,329,247,861.44 BTUIT/h320,741,390,311.56 BTUIT/h324,153,532,761.69 BTUIT/h327,565,675,211.81 BTUIT/h330,977,817,661.93 BTUIT/h334,389,960,112.05 BTUIT/h337,802,102,562.18 BTUIT/h341,214,245,012.3 BTUIT/h

The gigawatt (GW) is equal to one billion (109) watts or 1 gigawatt = 1000 megawatts. This unit is often used for large power plants or power grids. For example, by the end of 2010 power shortages in China's Shanxi province were expected to increase to 5–6 GW and the installed capacity of wind power in Germany was 25.8 GW. The largest unit (out of four) of the Belgian Doel Nuclear Power Station has a peak output of 1.04 GW. HVDC converters have been built with power ratings of up to 2 GW.

Name of unitSymbolDefinitionRelation to SI unitsUnit System
gigawattGW

=  109 W

=  109 W

Metric system SI
Gigawatts Conversion

conversion table

gigawattsBTU per hourgigawattsBTU per hour
1≈ 3412142450.1236≈ 20472854700.738
2≈ 6824284900.2467≈ 23884997150.861
3≈ 10236427350.3698≈ 27297139600.984
4≈ 13648569800.4929≈ 30709282051.107
5≈ 17060712250.61510≈ 34121424501.23
Gigawatts to BTU per hour Conversion Table

A BTU per hour (symbol: BTUIT/hour) is the unit of power. 

Name of unitSymbolDefinitionRelation to SI unitsUnit System
BTU per hourBTUIT/h

≡ 1 BTUIT/h

≈ 0.293071 W

Imperial/US
BTU per hour Conversion

conversion table

BTU per hourgigawattsBTU per hourgigawatts
1≈ 2.93071E-106≈ 1.758426E-9
2≈ 5.86142E-107≈ 2.051497E-9
3≈ 8.79213E-108≈ 2.344568E-9
4≈ 1.172284E-99≈ 2.637639E-9
5≈ 1.465355E-910≈ 2.93071E-9
BTU per hour to Gigawatts Conversion Table

Conversion table

gigawattsBTU per hour
1≈ 3,412,142,450.123
2.93071 × 10-10≈ 1
Gigawatts to BTU per hour Conversion Table

Popular conversions

Popular units

Legend

SymbolDefinition
≡exactly equal
≈approximately equal to
=equal to
digitsindicates that digits repeat infinitely (e.g. 8.294 369 corresponds to 8.294 369 369 369 369 …)
  4. Gigawatts to BTU per hour