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China Electricity Production
Price
The current value of the Electricity Production in China is 690,080 Gigawatt-hour. The Electricity Production in China decreased to 690,080 Gigawatt-hour on 4/1/2024, after it was 747,690 Gigawatt-hour on 3/1/2024. From 1/1/1989 to 5/1/2024, the average GDP in China was 282,769.87 Gigawatt-hour. The all-time high was reached on 7/1/2023 with 846,170 Gigawatt-hour, while the lowest value was recorded on 2/1/1989 with 41,760 Gigawatt-hour.
Electricity Production ·
3 years
5 years
10 years
25 Years
Max
| Electricity Production | |
|---|---|
| 1/1/1989 | 44,770 Gigawatt-hour |
| 2/1/1989 | 41,760 Gigawatt-hour |
| 3/1/1989 | 47,360 Gigawatt-hour |
| 4/1/1989 | 47,060 Gigawatt-hour |
| 5/1/1989 | 49,650 Gigawatt-hour |
| 6/1/1989 | 49,630 Gigawatt-hour |
| 7/1/1989 | 49,700 Gigawatt-hour |
| 8/1/1989 | 50,440 Gigawatt-hour |
| 9/1/1989 | 48,210 Gigawatt-hour |
| 10/1/1989 | 49,430 Gigawatt-hour |
| 11/1/1989 | 49,780 Gigawatt-hour |
| 12/1/1989 | 52,060 Gigawatt-hour |
| 1/1/1990 | 47,900 Gigawatt-hour |
| 2/1/1990 | 45,710 Gigawatt-hour |
| 3/1/1990 | 50,720 Gigawatt-hour |
| 4/1/1990 | 49,560 Gigawatt-hour |
| 5/1/1990 | 51,920 Gigawatt-hour |
| 6/1/1990 | 51,630 Gigawatt-hour |
| 7/1/1990 | 52,400 Gigawatt-hour |
| 8/1/1990 | 52,950 Gigawatt-hour |
| 9/1/1990 | 50,430 Gigawatt-hour |
| 10/1/1990 | 52,100 Gigawatt-hour |
| 11/1/1990 | 52,680 Gigawatt-hour |
| 12/1/1990 | 55,680 Gigawatt-hour |
| 1/1/1991 | 55,160 Gigawatt-hour |
| 2/1/1991 | 47,090 Gigawatt-hour |
| 3/1/1991 | 54,970 Gigawatt-hour |
| 4/1/1991 | 53,450 Gigawatt-hour |
| 5/1/1991 | 56,480 Gigawatt-hour |
| 6/1/1991 | 54,640 Gigawatt-hour |
| 7/1/1991 | 57,830 Gigawatt-hour |
| 8/1/1991 | 58,120 Gigawatt-hour |
| 9/1/1991 | 56,090 Gigawatt-hour |
| 10/1/1991 | 57,360 Gigawatt-hour |
| 11/1/1991 | 57,950 Gigawatt-hour |
| 12/1/1991 | 60,080 Gigawatt-hour |
| 1/1/1992 | 57,670 Gigawatt-hour |
| 2/1/1992 | 55,150 Gigawatt-hour |
| 3/1/1992 | 61,110 Gigawatt-hour |
| 4/1/1992 | 58,730 Gigawatt-hour |
| 5/1/1992 | 62,000 Gigawatt-hour |
| 6/1/1992 | 62,620 Gigawatt-hour |
| 7/1/1992 | 65,000 Gigawatt-hour |
| 8/1/1992 | 63,960 Gigawatt-hour |
| 9/1/1992 | 61,300 Gigawatt-hour |
| 10/1/1992 | 62,530 Gigawatt-hour |
| 11/1/1992 | 64,120 Gigawatt-hour |
| 12/1/1992 | 67,280 Gigawatt-hour |
| 1/1/1993 | 61,890 Gigawatt-hour |
| 2/1/1993 | 60,950 Gigawatt-hour |
| 3/1/1993 | 68,140 Gigawatt-hour |
| 4/1/1993 | 65,510 Gigawatt-hour |
| 5/1/1993 | 67,890 Gigawatt-hour |
| 6/1/1993 | 68,000 Gigawatt-hour |
| 7/1/1993 | 70,110 Gigawatt-hour |
| 8/1/1993 | 70,020 Gigawatt-hour |
| 9/1/1993 | 66,970 Gigawatt-hour |
| 10/1/1993 | 68,790 Gigawatt-hour |
| 11/1/1993 | 69,460 Gigawatt-hour |
| 12/1/1993 | 75,020 Gigawatt-hour |
| 1/1/1994 | 72,290 Gigawatt-hour |
| 2/1/1994 | 64,350 Gigawatt-hour |
| 3/1/1994 | 74,890 Gigawatt-hour |
| 4/1/1994 | 72,810 Gigawatt-hour |
| 5/1/1994 | 76,170 Gigawatt-hour |
| 6/1/1994 | 75,810 Gigawatt-hour |
| 7/1/1994 | 76,080 Gigawatt-hour |
| 8/1/1994 | 79,240 Gigawatt-hour |
| 9/1/1994 | 73,910 Gigawatt-hour |
| 10/1/1994 | 75,800 Gigawatt-hour |
| 11/1/1994 | 78,990 Gigawatt-hour |
| 12/1/1994 | 83,410 Gigawatt-hour |
| 1/1/1995 | 75,080 Gigawatt-hour |
| 2/1/1995 | 71,270 Gigawatt-hour |
| 3/1/1995 | 80,680 Gigawatt-hour |
| 4/1/1995 | 80,680 Gigawatt-hour |
| 5/1/1995 | 81,350 Gigawatt-hour |
| 6/1/1995 | 82,420 Gigawatt-hour |
| 7/1/1995 | 86,560 Gigawatt-hour |
| 8/1/1995 | 86,460 Gigawatt-hour |
| 9/1/1995 | 82,720 Gigawatt-hour |
| 10/1/1995 | 82,590 Gigawatt-hour |
| 11/1/1995 | 84,380 Gigawatt-hour |
| 12/1/1995 | 89,510 Gigawatt-hour |
| 1/1/1996 | 86,174 Gigawatt-hour |
| 2/1/1996 | 76,276 Gigawatt-hour |
| 3/1/1996 | 86,010 Gigawatt-hour |
| 4/1/1996 | 85,428 Gigawatt-hour |
| 5/1/1996 | 88,840 Gigawatt-hour |
| 6/1/1996 | 88,465 Gigawatt-hour |
| 7/1/1996 | 90,052 Gigawatt-hour |
| 8/1/1996 | 91,365 Gigawatt-hour |
| 9/1/1996 | 87,600 Gigawatt-hour |
| 10/1/1996 | 87,390 Gigawatt-hour |
| 11/1/1996 | 89,212 Gigawatt-hour |
| 12/1/1996 | 95,824 Gigawatt-hour |
| 1/1/1997 | 89,138 Gigawatt-hour |
| 2/1/1997 | 77,575 Gigawatt-hour |
| 3/1/1997 | 93,183 Gigawatt-hour |
| 4/1/1997 | 88,262 Gigawatt-hour |
| 5/1/1997 | 93,713 Gigawatt-hour |
| 6/1/1997 | 92,473 Gigawatt-hour |
| 7/1/1997 | 96,412 Gigawatt-hour |
| 8/1/1997 | 97,118 Gigawatt-hour |
| 9/1/1997 | 91,150 Gigawatt-hour |
| 10/1/1997 | 91,018 Gigawatt-hour |
| 11/1/1997 | 91,654 Gigawatt-hour |
| 12/1/1997 | 98,763 Gigawatt-hour |
| 1/1/1998 | 86,627 Gigawatt-hour |
| 2/1/1998 | 81,935 Gigawatt-hour |
| 3/1/1998 | 96,361 Gigawatt-hour |
| 4/1/1998 | 90,993 Gigawatt-hour |
| 5/1/1998 | 91,782 Gigawatt-hour |
| 6/1/1998 | 92,612 Gigawatt-hour |
| 7/1/1998 | 99,342 Gigawatt-hour |
| 8/1/1998 | 100,607 Gigawatt-hour |
| 9/1/1998 | 93,013 Gigawatt-hour |
| 10/1/1998 | 94,105 Gigawatt-hour |
| 11/1/1998 | 95,497 Gigawatt-hour |
| 12/1/1998 | 105,260 Gigawatt-hour |
| 1/1/1999 | 110,143 Gigawatt-hour |
| 2/1/1999 | 81,405 Gigawatt-hour |
| 3/1/1999 | 99,012 Gigawatt-hour |
| 4/1/1999 | 93,985 Gigawatt-hour |
| 5/1/1999 | 96,917 Gigawatt-hour |
| 6/1/1999 | 97,725 Gigawatt-hour |
| 7/1/1999 | 107,123 Gigawatt-hour |
| 8/1/1999 | 107,248 Gigawatt-hour |
| 9/1/1999 | 100,364 Gigawatt-hour |
| 10/1/1999 | 99,453 Gigawatt-hour |
| 11/1/1999 | 100,301 Gigawatt-hour |
| 12/1/1999 | 110,379 Gigawatt-hour |
| 1/1/2000 | 105,232 Gigawatt-hour |
| 2/1/2000 | 95,743 Gigawatt-hour |
| 3/1/2000 | 104,393 Gigawatt-hour |
| 4/1/2000 | 103,721 Gigawatt-hour |
| 5/1/2000 | 109,776 Gigawatt-hour |
| 6/1/2000 | 109,813 Gigawatt-hour |
| 7/1/2000 | 119,372 Gigawatt-hour |
| 8/1/2000 | 117,410 Gigawatt-hour |
| 9/1/2000 | 107,880 Gigawatt-hour |
| 10/1/2000 | 108,965 Gigawatt-hour |
| 11/1/2000 | 111,436 Gigawatt-hour |
| 12/1/2000 | 119,400 Gigawatt-hour |
| 1/1/2001 | 103,698 Gigawatt-hour |
| 2/1/2001 | 105,450 Gigawatt-hour |
| 3/1/2001 | 117,078 Gigawatt-hour |
| 4/1/2001 | 111,668 Gigawatt-hour |
| 5/1/2001 | 117,787 Gigawatt-hour |
| 6/1/2001 | 119,221 Gigawatt-hour |
| 7/1/2001 | 131,067 Gigawatt-hour |
| 8/1/2001 | 126,884 Gigawatt-hour |
| 9/1/2001 | 118,850 Gigawatt-hour |
| 10/1/2001 | 118,040 Gigawatt-hour |
| 11/1/2001 | 120,195 Gigawatt-hour |
| 12/1/2001 | 131,311 Gigawatt-hour |
| 1/1/2002 | 131,673 Gigawatt-hour |
| 2/1/2002 | 101,041 Gigawatt-hour |
| 3/1/2002 | 124,097 Gigawatt-hour |
| 4/1/2002 | 124,965 Gigawatt-hour |
| 5/1/2002 | 128,372 Gigawatt-hour |
| 6/1/2002 | 135,476 Gigawatt-hour |
| 7/1/2002 | 145,804 Gigawatt-hour |
| 8/1/2002 | 145,599 Gigawatt-hour |
| 9/1/2002 | 142,655 Gigawatt-hour |
| 10/1/2002 | 138,519 Gigawatt-hour |
| 11/1/2002 | 140,815 Gigawatt-hour |
| 12/1/2002 | 151,412 Gigawatt-hour |
| 1/1/2003 | 137,554 Gigawatt-hour |
| 2/1/2003 | 125,803 Gigawatt-hour |
| 3/1/2003 | 145,806 Gigawatt-hour |
| 4/1/2003 | 142,719 Gigawatt-hour |
| 5/1/2003 | 145,397 Gigawatt-hour |
| 6/1/2003 | 151,426 Gigawatt-hour |
| 7/1/2003 | 169,930 Gigawatt-hour |
| 8/1/2003 | 170,029 Gigawatt-hour |
| 9/1/2003 | 158,457 Gigawatt-hour |
| 10/1/2003 | 158,109 Gigawatt-hour |
| 11/1/2003 | 162,460 Gigawatt-hour |
| 12/1/2003 | 171,058 Gigawatt-hour |
| 1/1/2004 | 147,969 Gigawatt-hour |
| 2/1/2004 | 157,048 Gigawatt-hour |
| 3/1/2004 | 170,669 Gigawatt-hour |
| 4/1/2004 | 167,888 Gigawatt-hour |
| 5/1/2004 | 169,288 Gigawatt-hour |
| 6/1/2004 | 174,810 Gigawatt-hour |
| 7/1/2004 | 189,879 Gigawatt-hour |
| 8/1/2004 | 192,095 Gigawatt-hour |
| 9/1/2004 | 180,954 Gigawatt-hour |
| 10/1/2004 | 184,431 Gigawatt-hour |
| 11/1/2004 | 185,877 Gigawatt-hour |
| 12/1/2004 | 193,125 Gigawatt-hour |
| 1/1/2005 | 191,489 Gigawatt-hour |
| 2/1/2005 | 160,106 Gigawatt-hour |
| 3/1/2005 | 194,047 Gigawatt-hour |
| 4/1/2005 | 189,206 Gigawatt-hour |
| 5/1/2005 | 192,470 Gigawatt-hour |
| 6/1/2005 | 200,675 Gigawatt-hour |
| 7/1/2005 | 217,890 Gigawatt-hour |
| 8/1/2005 | 216,205 Gigawatt-hour |
| 9/1/2005 | 205,325 Gigawatt-hour |
| 10/1/2005 | 201,097 Gigawatt-hour |
| 11/1/2005 | 204,189 Gigawatt-hour |
| 12/1/2005 | 224,659 Gigawatt-hour |
| 1/1/2006 | 206,339 Gigawatt-hour |
| 2/1/2006 | 196,201 Gigawatt-hour |
| 3/1/2006 | 216,162 Gigawatt-hour |
| 4/1/2006 | 211,660 Gigawatt-hour |
| 5/1/2006 | 217,528 Gigawatt-hour |
| 6/1/2006 | 230,193 Gigawatt-hour |
| 7/1/2006 | 251,714 Gigawatt-hour |
| 8/1/2006 | 257,049 Gigawatt-hour |
| 9/1/2006 | 236,475 Gigawatt-hour |
| 10/1/2006 | 232,430 Gigawatt-hour |
| 11/1/2006 | 236,336 Gigawatt-hour |
| 12/1/2006 | 257,340 Gigawatt-hour |
| 1/1/2007 | 251,240 Gigawatt-hour |
| 2/1/2007 | 196,730 Gigawatt-hour |
| 3/1/2007 | 247,200 Gigawatt-hour |
| 4/1/2007 | 247,450 Gigawatt-hour |
| 5/1/2007 | 256,868 Gigawatt-hour |
| 6/1/2007 | 271,559 Gigawatt-hour |
| 7/1/2007 | 291,571 Gigawatt-hour |
| 8/1/2007 | 298,976 Gigawatt-hour |
| 9/1/2007 | 276,005 Gigawatt-hour |
| 10/1/2007 | 272,788 Gigawatt-hour |
| 11/1/2007 | 275,473 Gigawatt-hour |
| 12/1/2007 | 294,687 Gigawatt-hour |
| 1/1/2008 | 283,152 Gigawatt-hour |
| 2/1/2008 | 233,776 Gigawatt-hour |
| 3/1/2008 | 289,784 Gigawatt-hour |
| 4/1/2008 | 281,432 Gigawatt-hour |
| 5/1/2008 | 293,379 Gigawatt-hour |
| 6/1/2008 | 293,447 Gigawatt-hour |
| 7/1/2008 | 319,536 Gigawatt-hour |
| 8/1/2008 | 316,060 Gigawatt-hour |
| 9/1/2008 | 289,245 Gigawatt-hour |
| 10/1/2008 | 264,501 Gigawatt-hour |
| 11/1/2008 | 254,022 Gigawatt-hour |
| 12/1/2008 | 273,961 Gigawatt-hour |
| 1/1/2009 | 243,350 Gigawatt-hour |
| 2/1/2009 | 244,940 Gigawatt-hour |
| 3/1/2009 | 283,360 Gigawatt-hour |
| 4/1/2009 | 271,288 Gigawatt-hour |
| 5/1/2009 | 283,890 Gigawatt-hour |
| 6/1/2009 | 310,010 Gigawatt-hour |
| 7/1/2009 | 334,500 Gigawatt-hour |
| 8/1/2009 | 344,320 Gigawatt-hour |
| 9/1/2009 | 320,330 Gigawatt-hour |
| 10/1/2009 | 312,100 Gigawatt-hour |
| 11/1/2009 | 323,410 Gigawatt-hour |
| 12/1/2009 | 349,780 Gigawatt-hour |
| 1/1/2010 | 339,420 Gigawatt-hour |
| 2/1/2010 | 269,590 Gigawatt-hour |
| 3/1/2010 | 336,950 Gigawatt-hour |
| 4/1/2010 | 331,640 Gigawatt-hour |
| 5/1/2010 | 340,470 Gigawatt-hour |
| 6/1/2010 | 346,660 Gigawatt-hour |
| 7/1/2010 | 377,640 Gigawatt-hour |
| 8/1/2010 | 390,330 Gigawatt-hour |
| 9/1/2010 | 348,650 Gigawatt-hour |
| 10/1/2010 | 332,880 Gigawatt-hour |
| 11/1/2010 | 345,340 Gigawatt-hour |
| 12/1/2010 | 367,780 Gigawatt-hour |
| 1/1/2011 | 367,210 Gigawatt-hour |
| 2/1/2011 | 310,080 Gigawatt-hour |
| 3/1/2011 | 383,010 Gigawatt-hour |
| 4/1/2011 | 366,380 Gigawatt-hour |
| 5/1/2011 | 377,540 Gigawatt-hour |
| 6/1/2011 | 396,820 Gigawatt-hour |
| 7/1/2011 | 425,150 Gigawatt-hour |
| 8/1/2011 | 426,040 Gigawatt-hour |
| 9/1/2011 | 386,060 Gigawatt-hour |
| 10/1/2011 | 364,040 Gigawatt-hour |
| 11/1/2011 | 371,300 Gigawatt-hour |
| 12/1/2011 | 403,810 Gigawatt-hour |
| 1/1/2012 | 348,560 Gigawatt-hour |
| 2/1/2012 | 370,170 Gigawatt-hour |
| 3/1/2012 | 410,920 Gigawatt-hour |
| 4/1/2012 | 371,820 Gigawatt-hour |
| 5/1/2012 | 389,810 Gigawatt-hour |
| 6/1/2012 | 393,350 Gigawatt-hour |
| 7/1/2012 | 435,120 Gigawatt-hour |
| 8/1/2012 | 437,277 Gigawatt-hour |
| 9/1/2012 | 390,730 Gigawatt-hour |
| 10/1/2012 | 389,770 Gigawatt-hour |
| 11/1/2012 | 401,050 Gigawatt-hour |
| 12/1/2012 | 432,720 Gigawatt-hour |
| 1/1/2013 | 434,110 Gigawatt-hour |
| 2/1/2013 | 323,210 Gigawatt-hour |
| 3/1/2013 | 419,429 Gigawatt-hour |
| 4/1/2013 | 399,440 Gigawatt-hour |
| 5/1/2013 | 410,414 Gigawatt-hour |
| 6/1/2013 | 425,261 Gigawatt-hour |
| 7/1/2013 | 479,452 Gigawatt-hour |
| 8/1/2013 | 498,700 Gigawatt-hour |
| 9/1/2013 | 431,040 Gigawatt-hour |
| 10/1/2013 | 430,520 Gigawatt-hour |
| 11/1/2013 | 439,182 Gigawatt-hour |
| 12/1/2013 | 477,963 Gigawatt-hour |
| 2/1/2014 | 383,358 Gigawatt-hour |
| 3/1/2014 | 452,768 Gigawatt-hour |
| 4/1/2014 | 425,022 Gigawatt-hour |
| 5/1/2014 | 441,594 Gigawatt-hour |
| 6/1/2014 | 458,071 Gigawatt-hour |
| 7/1/2014 | 504,794 Gigawatt-hour |
| 8/1/2014 | 495,931 Gigawatt-hour |
| 9/1/2014 | 454,172 Gigawatt-hour |
| 10/1/2014 | 444,641 Gigawatt-hour |
| 11/1/2014 | 448,721 Gigawatt-hour |
| 12/1/2014 | 490,218 Gigawatt-hour |
| 2/1/2015 | 365,385 Gigawatt-hour |
| 3/1/2015 | 451,061 Gigawatt-hour |
| 4/1/2015 | 445,026 Gigawatt-hour |
| 5/1/2015 | 456,218 Gigawatt-hour |
| 6/1/2015 | 474,527 Gigawatt-hour |
| 7/1/2015 | 508,962 Gigawatt-hour |
| 8/1/2015 | 515,531 Gigawatt-hour |
| 9/1/2015 | 454,776 Gigawatt-hour |
| 10/1/2015 | 445,355 Gigawatt-hour |
| 11/1/2015 | 466,041 Gigawatt-hour |
| 12/1/2015 | 491,033 Gigawatt-hour |
| 1/1/2016 | 481,247 Gigawatt-hour |
| 2/1/2016 | 388,926 Gigawatt-hour |
| 3/1/2016 | 477,884 Gigawatt-hour |
| 4/1/2016 | 444,450 Gigawatt-hour |
| 5/1/2016 | 463,590 Gigawatt-hour |
| 6/1/2016 | 490,800 Gigawatt-hour |
| 7/1/2016 | 550,610 Gigawatt-hour |
| 8/1/2016 | 561,700 Gigawatt-hour |
| 9/1/2016 | 491,280 Gigawatt-hour |
| 10/1/2016 | 487,600 Gigawatt-hour |
| 11/1/2016 | 503,410 Gigawatt-hour |
| 12/1/2016 | 532,900 Gigawatt-hour |
| 2/1/2017 | 527,190 Gigawatt-hour |
| 3/1/2017 | 516,890 Gigawatt-hour |
| 4/1/2017 | 476,700 Gigawatt-hour |
| 5/1/2017 | 494,700 Gigawatt-hour |
| 6/1/2017 | 520,300 Gigawatt-hour |
| 7/1/2017 | 604,700 Gigawatt-hour |
| 8/1/2017 | 594,500 Gigawatt-hour |
| 9/1/2017 | 522,000 Gigawatt-hour |
| 10/1/2017 | 503,800 Gigawatt-hour |
| 11/1/2017 | 519,600 Gigawatt-hour |
| 12/1/2017 | 569,900 Gigawatt-hour |
| 3/1/2018 | 528,300 Gigawatt-hour |
| 4/1/2018 | 510,800 Gigawatt-hour |
| 5/1/2018 | 544,300 Gigawatt-hour |
| 6/1/2018 | 555,100 Gigawatt-hour |
| 7/1/2018 | 640,000 Gigawatt-hour |
| 8/1/2018 | 640,500 Gigawatt-hour |
| 9/1/2018 | 548,300 Gigawatt-hour |
| 10/1/2018 | 533,000 Gigawatt-hour |
| 11/1/2018 | 554,300 Gigawatt-hour |
| 12/1/2018 | 620,000 Gigawatt-hour |
| 3/1/2019 | 569,800 Gigawatt-hour |
| 4/1/2019 | 544,000 Gigawatt-hour |
| 5/1/2019 | 558,900 Gigawatt-hour |
| 6/1/2019 | 583,400 Gigawatt-hour |
| 7/1/2019 | 657,300 Gigawatt-hour |
| 8/1/2019 | 668,200 Gigawatt-hour |
| 9/1/2019 | 590,800 Gigawatt-hour |
| 10/1/2019 | 571,400 Gigawatt-hour |
| 11/1/2019 | 589,000 Gigawatt-hour |
| 12/1/2019 | 654,400 Gigawatt-hour |
| 3/1/2020 | 552,500 Gigawatt-hour |
| 4/1/2020 | 554,300 Gigawatt-hour |
| 5/1/2020 | 593,200 Gigawatt-hour |
| 6/1/2020 | 630,410 Gigawatt-hour |
| 7/1/2020 | 680,120 Gigawatt-hour |
| 8/1/2020 | 723,830 Gigawatt-hour |
| 9/1/2020 | 631,520 Gigawatt-hour |
| 10/1/2020 | 609,450 Gigawatt-hour |
| 11/1/2020 | 641,870 Gigawatt-hour |
| 12/1/2020 | 727,720 Gigawatt-hour |
| 3/1/2021 | 657,900 Gigawatt-hour |
| 4/1/2021 | 623,010 Gigawatt-hour |
| 5/1/2021 | 647,800 Gigawatt-hour |
| 6/1/2021 | 686,050 Gigawatt-hour |
| 7/1/2021 | 758,620 Gigawatt-hour |
| 8/1/2021 | 738,350 Gigawatt-hour |
| 9/1/2021 | 675,120 Gigawatt-hour |
| 10/1/2021 | 639,350 Gigawatt-hour |
| 11/1/2021 | 654,040 Gigawatt-hour |
| 12/1/2021 | 723,400 Gigawatt-hour |
| 3/1/2022 | 670,170 Gigawatt-hour |
| 4/1/2022 | 608,570 Gigawatt-hour |
| 5/1/2022 | 641,020 Gigawatt-hour |
| 6/1/2022 | 709,030 Gigawatt-hour |
| 7/1/2022 | 805,920 Gigawatt-hour |
| 8/1/2022 | 824,800 Gigawatt-hour |
| 9/1/2022 | 683,000 Gigawatt-hour |
| 10/1/2022 | 661,000 Gigawatt-hour |
| 11/1/2022 | 666,671.58 Gigawatt-hour |
| 12/1/2022 | 757,850 Gigawatt-hour |
| 3/1/2023 | 717,292.46 Gigawatt-hour |
| 4/1/2023 | 658,350 Gigawatt-hour |
| 5/1/2023 | 688,580 Gigawatt-hour |
| 6/1/2023 | 739,902.26 Gigawatt-hour |
| 7/1/2023 | 846,170 Gigawatt-hour |
| 8/1/2023 | 844,994.58 Gigawatt-hour |
| 9/1/2023 | 745,610 Gigawatt-hour |
| 10/1/2023 | 704,350 Gigawatt-hour |
| 11/1/2023 | 730,970 Gigawatt-hour |
| 12/1/2023 | 828,980 Gigawatt-hour |
| 3/1/2024 | 747,690 Gigawatt-hour |
| 4/1/2024 | 690,080 Gigawatt-hour |
Electricity Production History
| Date | Value |
|---|---|
| 4/1/2024 | 690,080 Gigawatt-hour |
| 3/1/2024 | 747,690 Gigawatt-hour |
| 12/1/2023 | 828,980 Gigawatt-hour |
| 11/1/2023 | 730,970 Gigawatt-hour |
| 10/1/2023 | 704,350 Gigawatt-hour |
| 9/1/2023 | 745,610 Gigawatt-hour |
| 8/1/2023 | 844,994.58 Gigawatt-hour |
| 7/1/2023 | 846,170 Gigawatt-hour |
| 6/1/2023 | 739,902.26 Gigawatt-hour |
| 5/1/2023 | 688,580 Gigawatt-hour |
Similar Macro Indicators to Electricity Production
| Name | Current | Previous | Frequency |
|---|---|---|---|
🇨🇳 Automobile production | 2.706 M Units | 2.502 M Units | Monthly |
🇨🇳 Business Climate | 49.5 points | 49.5 points | Monthly |
🇨🇳 Capacity Utilization | 73.6 % | 75.9 % | Quarter |
🇨🇳 Cement production | 163.97 M Tonnes | 179.527 M Tonnes | Monthly |
🇨🇳 Changes in Inventory Levels | 932.74 B CNY | 1.496 T CNY | Annually |
🇨🇳 Composite Leading Indicator | 100.363 points | 100.88 points | Monthly |
🇨🇳 Composite PMI | 52.8 points | 54.1 points | Monthly |
🇨🇳 Corporate profits | 2.754 T CNY | 2.095 T CNY | Monthly |
🇨🇳 Electric Vehicle Registrations | 883,000 Units | 294,000 Units | Monthly |
🇨🇳 Industrial production | 5.3 % | 5.4 % | Monthly |
🇨🇳 Industrial Production MoM | 0.42 % | 0.26 % | Monthly |
🇨🇳 Leading Indicator | 150 points | 150.8 points | Monthly |
🇨🇳 Manufacturing PMI | 51.8 points | 51.7 points | Monthly |
🇨🇳 Manufacturing Production | 5.4 % | 5.2 % | Monthly |
🇨🇳 Mining Production | 4.6 % | 3.7 % | Monthly |
🇨🇳 NBS General PMI | 50.5 points | 51 points | Monthly |
🇨🇳 New Orders | 49.9 points | 48.9 points | Monthly |
🇨🇳 PMI Non-Manufacturing Sector | 50.5 % | 51.1 % | Monthly |
🇨🇳 Services PMI | 52 points | 50.3 points | Monthly |
🇨🇳 Steel production | 77.1 M Tonnes | 77.9 M Tonnes | Monthly |
🇨🇳 Terms of Service Index | 50.6 points | 51.9 points | Monthly |
🇨🇳 Total Vehicle Sales | 2.42 M Units | 2.36 M Units | Monthly |
🇨🇳 Vehicle Registrations | 2.755 M Units | 2.525 M Units | Monthly |
Macro pages for other countries in Asia
- 🇮🇳India
- 🇮🇩Indonesia
- 🇯🇵Japan
- 🇸🇦Saudi Arabia
- 🇸🇬Singapore
- 🇰🇷South Korea
- 🇹🇷Turkey
- 🇦🇫Afghanistan
- 🇦🇲Armenia
- 🇦🇿Azerbaijan
- 🇧🇭Bahrain
- 🇧🇩Bangladesh
- 🇧🇹Bhutan
- 🇧🇳Brunei
- 🇰🇭Cambodia
- 🇹🇱East Timor
- 🇬🇪Georgia
- 🇭🇰Hong Kong
- 🇮🇷Iran
- 🇮🇶Iraq
- 🇮🇱Israel
- 🇯🇴Jordan
- 🇰🇿Kazakhstan
- 🇰🇼Kuwait
- 🇰🇬Kyrgyzstan
- 🇱🇦Laos
- 🇱🇧Lebanon
- 🇲🇴Macau
- 🇲🇾Malaysia
- 🇲🇻Maldives
- 🇲🇳Mongolia
- 🇲🇲Myanmar
- 🇳🇵Nepal
- 🇰🇵North Korea
- 🇴🇲Oman
- 🇵🇰Pakistan
- 🇵🇸Palestine
- 🇵🇭Philippines
- 🇶🇦Qatar
- 🇱🇰Sri Lanka
- 🇸🇾Syria
- 🇹🇼Taiwan
- 🇹🇯Tajikistan
- 🇹🇭Thailand
- 🇹🇲Turkmenistan
- 🇦🇪United Arab Emirates
- 🇺🇿Uzbekistan
- 🇻🇳Vietnam
- 🇾🇪Yemen
What is Electricity Production?
Electricity production is a cornerstone of modern macroeconomic analysis, underpinning virtually every aspect of economic activity and competitiveness. At Eulerpool, we provide in-depth insights and comprehensive data on the dynamics of electricity production, emphasizing its pivotal role in shaping economic landscapes and informing policy decisions. This article delves into the multifaceted nature of electricity production, elaborating on its impact on national economies, the factors influencing production levels, and the evolving energy mix in the context of global trends toward sustainability and technological advancement. The electricity production sector plays a critical role in a nation's economic vitality. It is integral not just for residential and industrial consumption but also for the infrastructure that supports healthcare, education, and various other essential services. The ability of a country to produce and manage a stable and sufficient supply of electricity often correlates with its economic development and stability. Consequently, monitoring and analyzing electricity production data enables policymakers, investors, and economists to gauge economic health and project future growth trajectories. Technological advancements and innovations in the energy sector are continuously reshaping the electricity production landscape. Traditionally reliant on fossil fuels such as coal, oil, and natural gas, the global energy mix is undergoing a significant transformation. Increasing concerns over environmental sustainability and the pressing need to mitigate climate change have accelerated the transition toward renewable energy sources. Solar, wind, hydropower, and geothermal energy are becoming increasingly prevalent, diminishing the reliance on conventional fuels. This shift not only addresses environmental imperatives but also introduces economic opportunities and challenges. The cost of electricity production is a major determinant of a country's economic competitiveness. Lower production costs can lead to lower electricity prices, benefiting consumers and producers alike by reducing the overall cost of living and production. Competitive electricity pricing can attract energy-intensive industries, enhance export capabilities, and improve the standard of living. Conversely, high production costs can stifle economic growth, lead to higher prices for goods and services, and strain household budgets. Efficient management of electricity production, therefore, is crucial for fostering a conducive economic environment. Energy policy is another critical factor influencing electricity production. Governments play a significant role in determining the regulatory framework within which electricity producers operate. Policies promoting the development of renewable energy sources, providing subsidies for clean energy technology, and implementing carbon pricing mechanisms are shaping the energy landscape. These policies can drive investment in new technologies, encourage energy efficiency, and foster a more sustainable production framework. Additionally, energy policy affects international trade dynamics, as countries with surplus production capacity may export electricity, while those with deficits might rely on imports. The infrastructure supporting electricity production, including power plants, transmission lines, and distribution networks, is fundamental to ensuring a reliable and efficient supply of electricity. Investment in modern infrastructure, such as smart grids and energy storage systems, can enhance the reliability and resilience of electricity supply. Modern infrastructure allows for better integration of renewable energy sources, improves energy security, and reduces the risk of outages. Countries that invest strategically in infrastructure tend to enjoy more stable and efficient energy systems, which in turn supports economic growth and development. The environmental impact of electricity production is a growing concern in macroeconomic discussions. Traditional methods of electricity production, especially those reliant on fossil fuels, contribute significantly to greenhouse gas emissions and other pollutants. These emissions have far-reaching effects on public health, biodiversity, and climate patterns. The transition to greener technologies is not just an environmental necessity but also an economic one. Economies that lead in adopting and innovating renewable energy technologies can position themselves at the forefront of the global green economy, potentially reaping significant financial and social benefits. Electricity production data serves as an invaluable resource for a myriad of stakeholders. Investors use this data to make informed decisions about where to allocate resources, considering factors such as production costs, regulatory environment, and technological advancements. Policymakers rely on electricity production metrics to develop strategies that align with national goals on energy security, economic growth, and environmental sustainability. Businesses and industries analyze electricity production trends to optimize their operations, manage risks associated with energy supply and pricing, and identify potential areas for cost savings and investment. At Eulerpool, our commitment to providing detailed and accurate macroeconomic data on electricity production enables our users to stay ahead in a rapidly evolving energy landscape. By offering a wealth of information, including production statistics, cost analysis, policy impacts, and environmental considerations, we empower our users to make informed decisions that drive growth, innovation, and sustainability. The interplay between electricity production and economic development is a dynamic and complex field of study. As the world grapples with climate change, technological evolution, and shifting economic priorities, understanding the nuances of electricity production becomes increasingly crucial. Through comprehensive data analysis and expert insights, Eulerpool remains dedicated to supporting the needs of our users and contributing to the broader discourse on macroeconomic development and environmental stewardship. In conclusion, electricity production stands as a vital element in the architecture of contemporary economies. Its influence extends beyond mere energy supply to encompass economic stability, competitiveness, environmental health, and technological progress. By closely monitoring and analyzing electricity production, stakeholders can navigate the challenges and opportunities of the modern energy landscape, fostering a more prosperous and sustainable future.