泡沫之夏
China's upgraded high-altitude wind power project that extracts clean energy from stratosphere completes test_我的网站
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原标题：泰国首都曼谷河渠内存在大量垃圾 导致雨季排水缓慢加剧城区内涝泰国首都曼谷市政府宣传办公室12日表示，近期持续降雨导致曼谷市多地出现严重内涝，河渠排水缓慢是一个重要原因。在曼谷市各条河渠流入湄南河的水处理站内，每天有大量垃圾随河水漂流而来，甚至还有被扔到河里的席梦思床垫、沙发等大件垃圾，每天截获的各种垃圾多达5至10吨。 
China's high-altitude wind power technology has achieved a major breakthrough, as the domestically developed S4000 Stratosphere Airborne Wind Energy System (SAWES) recently completed a test at a base in Northwest China, CCTV News reported on Saturday.
An upgraded version of the earlier S2000 SAWES, and the successful completion of its full-process flight validation marks the transition of China's stratospheric high-altitude wind power technology from the iterative development phase toward the engineering deployment phase, according to the report.
The test covered the entire process of ascent, station‑keeping, power generation testing, and smooth recovery, with all indicators meeting the required standards, fully verifying the system's reliability in complex and extreme high‑altitude environments, the report said.
As an upgrade from the S2000 model, the S4000 adopts a new configuration with significantly improved overall performance. Its maximum operational altitude reaches 4,000 meters, making it suitable for deployment in the vast majority of regions across China.
It can directly adapt to mainstream grid power supply requirements and has a design service life of up to 20 years.
Unlike conventional low-altitude wind turbines, which are often referred to as "windmills," the system employs a flying device.
Global Times
。这些垃圾造成河道阻塞，下暴雨时无法及时排水入湄南河，是造成城市内涝的重要原因之一。
。China's high-altitude wind power technology has achieved a major breakthrough, as the domestically developed S4000 Stratosphere Airborne Wind Energy System (SAWES) recently completed a test at a base in Northwest China, CCTV News reported on Saturday.
An upgraded version of the earlier S2000 SAWES, and the successful completion of its full-process flight validation marks the transition of China's stratospheric high-altitude wind power technology from the iterative development phase toward the engineering deployment phase, according to the report.
The test covered the entire process of ascent, station‑keeping, power generation testing, and smooth recovery, with all indicators meeting the required standards, fully verifying the system's reliability in complex and extreme high‑altitude environments, the report said.
As an upgrade from the S2000 model, the S4000 adopts a new configuration with significantly improved overall performance. Its maximum operational altitude reaches 4,000 meters, making it suitable for deployment in the vast majority of regions across China.
It can directly adapt to mainstream grid power supply requirements and has a design service life of up to 20 years.
Unlike conventional low-altitude wind turbines, which are often referred to as "windmills," the system employs a flying device.
Global Times
。这些垃圾造成河道阻塞，下暴雨时无法及时排水入湄南河，是造成城市内涝的重要原因之一。
B | 曼谷市政府呼吁民众不要随意往河里扔垃圾，大件垃圾应当放到专门的大件垃圾回收点。（总台记者 李敏）特别声明：以上文章内容仅代表作者本人观点，不代表新浪网观点或立场。
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