[:         "input": "Based on the historical load data, please predict the load consumption in the next day. The region for prediction is VIC. The start date of historical data was on 2019-1-1 that is Weekday, and it is a public holiday: New Year's Day. The data frequency is 30 minutes per point. Historical data covers 1 day. The date of prediction is on 2019-1-2 that is Weekday, and it is not a public holiday. Weather of the start date: the minimum temperature is 290.85; the maximum temperature is 297.69; the humidity is 64.0; the pressure is 1014.0.  Weather of the prediction date: the minimum temperature is 289.02; the maximum temperature is 302.43; the humidity is 71.0; the pressure is 1012.0. There is no suitable news for long-term effect on future load consumption.In 2019-01-01 22:36:00, the news that had the Short-Term Effect on Today's Load Consumption is that Cape York is in for a long night of rain and galeforce winds after Cyclone Penny made landfall earlier today. The region that may be influenced is QLD. The rationality is that The impact of Cyclone Penny with its rain and galeforce winds is likely to have an immediate short-term effect on energy consumption as residents and businesses may increase their use of electricity for additional lighting, heating, or pumping out water from flooded areas, while some may experience power outages resulting in a decrease in load consumption.In 2019-01-01 09:59:00, the news that had the Real-Time Direct Effect on Today's Load Consumption is that Tropical Cyclone Penny is expected to cross the Queensland coast this afternoon, after already recording wind gusts up to 100kmh. The region that may be influenced is QLD. The rationality is that The direct effect of Tropical Cyclone Penny on load consumption will involve both increased and decreased consumption patterns, as some areas may use more resources to deal with the storm's impacts, while other areas may lose power completely. There's a real-time impact as the community reacts and adapts to the cyclone's immediate threat.",