[:         "input": "Based on the historical load data, please predict the load consumption in the next day. The region for prediction is NSW. The start date of historical data was on 2020-3-4 that is Weekday, and it is not a public holiday. The data frequency is 30 minutes per point. Historical data covers 1 day. The date of prediction is on 2020-3-5 that is Weekday, and it is not a public holiday. Weather of the start date: the minimum temperature is 294.4; the maximum temperature is 295.32; the humidity is 88.0; the pressure is 1011.0.  Weather of the prediction date: the minimum temperature is 293.81; the maximum temperature is 300.4; the humidity is 78.0; the pressure is 1007.0. There is no suitable news for long-term effect on future load consumption.In 2020-03-04 22:26:00, the news that had the Short-Term Effect on Today's Load Consumption is that Supermarkets can\u2019t get loo rolls on shelves fast enough - and yet even toilet paper hoarders can\u2019t fully explain why they are doing it. The region that may be influenced is No specific region mentioned. The rationality is that The rapid and sudden increase in consumer purchasing and hoarding behavior, such as the rush for toilet paper, can cause a sudden, short-term spike in retail and transport energy use. More energy may be consumed by supermarkets to keep up with the logistics, refrigeration, and lighting requirements due to increased foot traffic, as well as by the suppliers' manufacturing facilities to meet the sudden high demand.In 2020-03-04 06:51:00, the news that had the Real-Time Direct Effect on Today's Load Consumption is that Forty staff members at a Sydney hospital have been isolated amid fears a doctor has spread the coronavirus to a large number of patients. The region that may be influenced is NSW. The rationality is that The real-time direct effect arises when an immediate response is required due to an event. In this case, the isolation of hospital staff in Sydney may lead to an increase in load consumption as additional medical equipment and air filtration systems within isolation areas are used continuously to prevent the spread of the virus, and as additional areas may be prepared to accommodate the increased burden on healthcare facilities.",