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China's super project Three Gorges Dam中国之超级工程三峡大坝

使用方法很简单：由于大坝巨大且按1：1比例制作，所有我将模型分成三部分，用字母标注，分别为zhong.zuo,you,中文意思是中间部分，另外两部分分别放置在中间部分的两侧一边是左（zuo) ，另一边是右(you),可用moit it调节位置和高度，大坝可以发电，中间部分发电量为20万瓦。

如果发现订阅显示不了，请重新订阅两个MOD支持超大建筑
Larger Footprints (Snowfall)
Sub-Buildings Enabler (DEPRECATED)

三峡大坝，位于中国湖北省宜昌市三斗坪镇境内，距下游葛洲坝水利枢纽工程38公里，是当今世界最大的水利发电工程——三峡水电站的主体工程、三峡大坝旅游区的核心景观、三峡水库的东端。
三峡大坝工程包括主体建筑物及导流工程两部分，全长约3335m，坝顶高程185米，工程总投资为954.6亿人民币，于1994年12月14日正式动工修建，2006年5月20日全线修建成功。三峡水电站2018年发电量突破1000亿千瓦时，创单座电站年发电量世界新纪录。
经国家防总批准，三峡水库于2011年9月10日零时正式启动第四次175米试验性蓄水，至18日19时，水库水位已达到160.18米。2012年7月23日，三峡枢纽开启7个泄洪深孔泄洪。上游来水流量激增至每秒4.6万立方米。2012年7月24日，三峡大坝入库流量达7.12万立方米/秒，是三峡水库建库以来遭遇的最大洪峰。
三峡水电站大坝高181米，正常蓄水位175米，大坝长2335米，静态投资1352.66亿人民币 [1] ，安装32台单机容量为70万千瓦的水电机组。三峡电站最后一台水电机组，2012年7月4日投产，这意味着，装机容量达到2240万千瓦的三峡水电站，2012年7月4日已成为全世界最大的水力发电站和清洁能源生产基地。
2015年12月，三峡大坝入选长江三峡30个最佳旅游新景观之一。
三峡大坝无鱼类洄游通道，大坝截流后，三峡库区的四大家鱼产卵场消失，但在三峡库尾的江津以上江段（合江－弥陀江段）形成了新的产卵场 [2] ，中下游的水文过程、河床冲刷、湿地格局等亦出现了不同程度的改变 [3] 。

The use method is simple: because the dam is huge and is made in 1:1 scale, I divide the model into three parts, which are marked with letters as follows: zhong.zuo The other two parts are placed on both sides of the middle part, one side is the left (Zuo), the other side is the right (you), The location and height can be adjusted by MoIT, the dam can generate electricity, and the power output of the middle part is 200000 watts.

The Three Gorges Dam, located in sanduping Town, Yichang City, Hubei Province, China, is 38 kilometers away from the Gezhouba Water Conservancy Project downstream. It is the main project of the Three Gorges hydropower station, the core landscape of the Three Gorges Dam tourist area and the east end of the Three Gorges reservoir, the largest water conservancy and power generation project in the world.

The Three Gorges Dam project consists of two parts: the main structure and the diversion project, with a total length of about 3335m and a dam crest elevation of 185m. The total investment of the project is 95.46 billion yuan. The project was officially started on December 14, 1994 and completed on May 20, 2006. In 2018, the power generation of the Three Gorges Hydropower Station exceeded 100 billion kwh, setting a new world record for the annual power generation of a single power station.

With the approval of the national defense Bureau, the fourth 175m experimental impoundment of the Three Gorges reservoir was officially started at 0:00 on September 10, 2011. By 19:00 on September 18, the water level of the reservoir had reached 160.18m. On July 23, 2012, the Three Gorges project opened seven deep outlets for flood discharge. The upstream water flow surged to 46000 cubic meters per second. On July 24, 2012, the inflow of the Three Gorges Dam reached 71200 m3 / s, which is the largest flood peak since the construction of the Three Gorges reservoir.

The dam of the Three Gorges hydropower station is 181 meters high, 175 meters normal water level, 2335 meters long, with a static investment of 135.266 billion yuan [1], and 32 hydropower units with a single unit capacity of 700000 kilowatts are installed. The last hydropower unit of the Three Gorges power station was put into operation on July 4, 2012, which means that the Three Gorges Hydropower Station with an installed capacity of 22.4 million kilowatts has become the largest hydropower station and clean energy production base in the world on July 4, 2012.

In December 2015, the Three Gorges dam was selected as one of the 30 Best New Tourism Landscapes in the Three Gorges of the Yangtze River.

There is no migration channel for fish in the Three Gorges dam. After the closure of the dam, the spawning grounds of the four great fishes in the Three Gorges Reservoir area disappeared, but new spawning grounds have been formed in the upper reaches of Jiangjin River (Hejiang Mituo river section) at the end of the Three Gorges Reservoir [2], and the hydrological process, riverbed scouring, wetland pattern, etc. in the middle and lower reaches have also changed to varying degrees [3].