Climate of Shanxi Sheng
(China)
Average daytime and nighttime temperatures
All climatic diagrams of this site are taken from the collected data from the official weather station in Shanxi Sheng in a height of 777m above sea level. All data correspond to the average monthly values of the last 20 years.
Back to overview: China
Shanxi Sheng is one of the coldest regions in China with an average daily high temperature of only 18 degrees centigrade. The climate widely corresponds to Central European weather conditions. It is cold, wet and a few beautiful summer months are also happening during a year. Due to the warmer temperatures the best time for traveling is from May to September. Nearly unattractive for tourists are the cold months from November to March.
› Overview: Climate in China
› Duration of daylight and sunshine in China
› Overview: Climate in China
› Duration of daylight and sunshine in China
hours of sunshine per day
rainy days per month
Precipitation in mm/day
Relative humidity in %
Absolute humidity in g/m³ (approx.)
Climate charts for other provinces in China
Important cities in Shanxi Sheng
Shanxi Sheng is a part of China and has an east-west extension of about 230 km. From north to south it is approximately 560 km. The biggest cities are Taiyuan and Datong. The local time is now Tuesday, 12:28 am.| City | Population | Geo-Position | |
|---|---|---|---|
| Taiyuan | 3,426,522 | 37°52'10"N | 112°33'37"E |
| Datong | 1,362,314 | 40°5'37"N | 113°17'29"E |
| Linfen | 724,403 | 36°5'20"N | 111°31'8"E |
| Yangquan | 655,317 | 37°51'27"N | 113°33'48"E |
| Changzhi | 648,981 | 35°12'32"N | 111°44'19"E |
| Yuncheng | 604,381 | 35°1'23"N | 110°59'34"E |
| Xinzhou | 496,608 | 38°24'33"N | 112°43'60"E |
| Yuanping | 471,853 | 38°42'55"N | 112°45'27"E |
| Jiexiu | 372,993 | 37°1'28"N | 111°54'45"E |
| Jincheng | 304,221 | 35°30'8"N | 112°49'58"E |
| Yuci | 235,929 | 37°40'49"N | 112°43'55"E |
| Xinzhi | 72,303 | 36°29'56"N | 111°42'17"E |
| Gutao | 42,000 | 37°12'9"N | 112°10'41"E |
Data basis: German Weather Service, individual values averaged and supplemented by own elements.