Saudi Arabia, which is rich in oil resources, is seeking new economic growth points under the increasing depletion of resources. New energy has become a new answer to break the tradition and sustain the future, and Saudi Arabia's Red Sea 1.3GWh, the world's largest micro-grid energy storage project, is under construction.

As a key project in the "Vision 2030", the Red Sea New Town will be built into the world's first green low-carbon city with 100% light storage and energy supply. The Middle East region has a long illumination time and a large desert area, which has the natural advantages of optical storage project construction. But at the same time, the harsh environment of high temperature, high humidity, high salt fog and desert scenes, and the high technical requirements of 100% optical storage and energy supply bring great challenges to transportation, construction and system installation. Huawei's intelligent string energy storage solution supports strip transportation, eliminates on-site battery installation and other work, and reduces on-site construction and operation and maintenance costs. The weather in the Red Sea of Saudi Arabia is hot, and the highest temperature can reach more than 50 ℃. The use of belt plate transportation can reduce the working time of construction personnel in high temperature environment and save 2 months of construction time.

In early October 2022, the first shipment of the Saudi Red Sea 1.3GWh microgrid energy storage project was sent thousands of miles from Guangdong, China, to the Saudi Red Sea. The installation of the first tank started in early December, and 400MWh has been completed up to now. At present, the construction of the project is still in full swing, and a green city in the desert is rising.

靠山吃山，靠水吃水，而石油资源丰富的沙特，正在寻求资源日益枯竭下新的经济增长点。新能源成为打破传统、续航未来的新答案，沙特红海1.3GWh全球最大微网储能项目正在火热建设中。

作为“2030愿景”中的一项重点工程，红海新城将打造成全球首个100%光储供能的绿色低碳城市。中东地区光照时间长，沙漠面积大，具备光储项目建设的天然优势。但同时高温、高湿、高盐雾、沙漠全场景的严苛环境，和100%光储供能提出的技术高要求，给运输、施工、系统安装带来巨大挑战。华为智能组串式储能解决方案支持带板运输，免除现场电池安装等工作，降低现场施工与运维成本。沙特红海天气炎热，最高气温可达50℃以上，采用带板运输方式可减少施工人员高温环境作业时间，节省2个月的施工时间。

2022年10月初，沙特红海1.3GWh微网储能项目首批发货，从中国广东不远万里发往沙特红海。12月初首箱开始安装，截止现在已经完成400MWh。目前项目建设仍在紧锣密鼓的进行中，一座沙漠中的绿色城市正在拔地而起。

未来，华为智能光伏将持续发力，深化数字技术与光伏、储能技术的跨界融合，助力光伏成为主力能源，推进绿色发展新纪元。