Huawei has taken a significant step forward in weather forecasting with the development of their Zhiji AI weather forecaster. This innovative technology offers a five-day forecast with impressive precision of 3km for Shenzhen and its surrounding areas, marking a revolution in regional weather forecasting. Zhiji is challenging traditional weather forecasting methods by providing more accurate and timely medium-range weather forecasts.
Huawei Cloud and Shenzhen Meteorological Bureau’s Collaborative Efforts
The success of Zhiji can be traced back to its predecessor, Pangu-Weather, which was ranked first among China’s top 10 scientific advances in 2023 for its remarkable speed and accuracy in predicting weather patterns. The collaboration between Huawei and the Shenzhen Meteorological Bureau has been instrumental in the development of Zhiji, which has already proven its worth since its trial operation began in February. This partnership showcases the potential of AI weather forecasting systems in improving regional weather prediction.
Transformative Impact of AI in Weather Prediction
AI models like Zhiji are changing the landscape of global weather forecasting by providing faster and more accurate predictions compared to traditional weather forecasting methods. The ongoing work on Zhiji is focused on enhancing its capabilities, including improving resolution for heavy rainfall forecasts, wind speed predictions, and offering specialized forecasts like heatstroke indexes. These advancements in AI weather forecasting are revolutionizing the field of meteorology.
The developers of China’s Pangu-Weather prediction model have created an artificial intelligence (AI)-powered weather forecaster with unparalleled precision, setting a new standard in the field of meteorology. The importance of accurate weather forecasting cannot be overstated, as it plays a crucial role in disaster preparedness. Other meteorological organizations, such as the Thai Meteorological Department, are also exploring the potential of AI weather forecasting systems to improve their weather prediction capabilities.
More Accurate Weather Forecasting Means Better Disaster Preparedness
According to the World Meteorological Organization, weather, climate, and water-related risks have caused approximately 12,000 disasters between 1970 and 2021, resulting in the loss of over two million lives and costing $US 4.3 trillion. More precise weather forecasting, facilitated by technologies like Zhiji, can help improve disaster preparedness and save lives in the face of natural disasters.
Tool to be used during monsoon season in Southern China
Zhiji’s highly accurate regional AI weather model will be particularly valuable during the monsoon season in Southern China, where heavy rainfall, strong wind speeds, and severe weather events are common. By providing more precise and timely weather predictions, Zhiji can help authorities and residents better prepare for and respond to potential disasters, ultimately saving lives and minimizing damage to infrastructure.
As AI weather forecasting methods continue to advance, we can expect to see more accurate and reliable weather forecasting systems that will help us better prepare for and respond to weather-related disasters around the world.
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