All translations on this site are unofficial and provided for reference purpose only.

To view translations, select English under Step 1 (at the right of the screen). Not every item is (fully) translated. If you’re still seeing Chinese, you can use machine translation, under Step 2, to make sense of the rest.

Want to help translate? Switch to English under Step 1, and check ‘edit translation’ (more explanation in the FAQ). Even if you translate just a few lines, this is still very much appreciated! Remember to log in if you would like to be credited for your effort. If you’re unsure where to start translating, please see the list of Most wanted translations.

2016 full load hours for hydro, coal, nuclear and wind power by province

Published on: January 26, 2017

Original title: 2016年全国6000千瓦及以上电厂发电设备平均利用小时情况
Links: Original CN (link). Same statistics for different years: (2015) (2014) (2013; includes national average overview since 2005).

 

According to the 2016 statistics bulletin for the power industry of the China Electricity Council, the average productivity for generation equipment of 6 MW and above continued to decline. The average productivity for all such generation equipment in 2016 was 3785 hours, 203 hours lower than last year, and the lowest level since 1964。

By the end of 2016, total installed capacity of hydropower was 330 GW, with average productivity of 3,621 full-load hours, an increase of 31 hours。Compared with last year, average hydropower equipment productivity rose in 18 provinces, with increases of over 1,000 hours in Fujian, and Hainan, and increases of over 500 hours in Beijing, Hebei, Liaoning, Jilin, Jiangsu, Anhui, Jiangxi, Shandong and Guangdong. Productivity fell by more than 500 hours in Inner Mongolia, Guangxi, Guizhou, Shaanxi and Qinghai。

Total installed capacity of thermal power was 1,050 GW by the end of 2016, with the average productivity of 4,165 full-load hours, down 199 hours from last year, and the lowest level since 1964。In Shandong and Jiangsu, productivity exceeded 5,000 hours, and in Inner Mongolia, Ningxia, Hebei, Jiangxi it exceeded 4,500 hours;In Tibet, Yunnan and Sichuan it was below 2,200 hours。Compared with last year, apart from Beijing, Hebei and Tibet, other provinces had varying levels of reduction in the productivity of thermal power equipment, with a reduction of more than 1,000 hours in Hainan, and a decline of more than 500 hours in Qinghai, Fujian, Sichuan, Xinjiang and Ningxia。

By the end of 2016, total installed capacity of nuclear power was 33.64 GW, with average productivity of nuclear equipment of 7,042 full-load hours, 361 hours lower than last year。

By the end of 2016, total installed capacity of wind power was 150 GW, with average equipment productivity of 1,742 full-load hours, an increase of 18 hours compared with last year。When regarding provinces, within the group of provinces with more than 3 GW of wind power installations, average productivity exceeded the national average in Yunnan, Hebei, Jiangsu, Shanxi, Liaoning, Shandong, Inner Mongolia and Guizhou, but it fell below 1,500 full-load hours in Gansu, Xinjiang and Jilin, at only 1,088, 1,290, and 1,333 hours, respectively。

For 2016 nationwide productivity of power plants of 6 MW and above, and changes in productivity compared with last year, see Tables 1 and 2。

 

Table 1. 2016 average productivity (as full load hours) for plants of 6 MW and above

Unit:hours

Area Total Of which
Hydro power Thermal power Nuclear power Wind power
National 3,785 3,621 4,165 7,042 1,742
Beijing 3,983 1,234 4,320 1,750
Tianjin 4,141 4,314 2,075
Hebei 4,157 1,242 4,974 2,077
Shanxi 3,485 1,575 3,800 1,936
Inner Mongolia 3,656 1,152 4,532 1,830
Liaoning 3,857 1,911 4,331 4,982 1,929
Jilin 2,756 2,214 3,286 1,333
Heilongjiang 3,411 2,167 3,922 1,666
Shanghai 3,564 3,610 2,162
Jiangsu 4,806 1,524 5,093 7,562 1,980
Zhejiang 4,010 2,504 3,921 7,661 2,161
Anhui 4,161 2,045 4,487 2,109
Fujian 3,917 4,776 3,161 6,947 2,503
Jiangxi 4,165 3,807 4,560 2,114
Shandong 4,788 1,348 5,187 1,869
Henan 3,674 2,228 3,855 1,902
Hubei 3,819 3,869 3,985 2,063
Hunan 3,325 3,621 3,270 2,125
Guangdong 3,836 3,550 3,698 7,515 1,848
Guangxi 3,494 3,802 3,008 7,184 2,365
Hainan 4,102 2,676 4,241 5,775 1,781
Chongqing 3,379 3,729 3,259 1,600
Sichuan 3,786 4,234 2,121 2,247
Guizhou 3,602 3,315 3,980 1,806
Yunnan 3,357 3,815 1,922 2,223
Tibet 2,378 3,136 82 1,908
Shaanxi 4,105 2,437 4,491 1,951
Gansu 2,554 3,534 3,612 1,088
Qinghai 2,458 2,572 3,989 1,726
Ningxia 3,575 3,356 4,904 1,553
Xinjiang 3,112 3,452 4,206 1,290



Table 2. Year-on-year change in average productivity (as full load hours) for plants of 6 MW and above

Unit:hours

Area Total Of which
Hydro power Thermal power Nuclear power Wind power
National -203 31 -199 -361 18
Beijing 177 570 162 47
Tianjin -312 -205 -152
Hebei 40 679 128 269
Shanxi -259 330 -300 239
Inner Mongolia -408 -604 -448 -35
Liaoning 35 829 -12 -833 149
Jilin 14 814 -40 -97
Heilongjiang -108 303 -159 146
Shanghai -107 -106 163
Jiangsu -102 513 -32 -746 227
Zhejiang -9 367 -29 22 274
Anhui -113 601 -54 367
Fujian -79 1,408 -711 62 -155
Jiangxi -399 530 -367 84
Shandong -186 650 -116 74
Henan -239 -427 -170 109
Hubei 69 249 -39 136
Hunan -50 259 -182 8
Guangdong -142 754 -268 -213 83
Guangxi -246 -583 -176 7,184 222
Hainan -666 1,158 -1,345 1,819 -133
Chongqing -223 215 -399 -584
Sichuan -160 -52 -561 -113
Guizhou -331 -525 -324 607
Yunnan -260 -97 -51 -350
Tibet 110 18 8 148
Shaanxi -336 -626 -199 -63
Gansu -222 -320 -166 -96
Qinghai -594 -685 -969 -226
Ningxia -719 -337 -518 -61
Xinjiang -641 -165 -524 -281


Note:Source of statistics is the China Electricity Council (CEC)。

Tweet about this on TwitterShare on RedditShare on LinkedInEmail this to someonePrint this page