[:         "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 2019-6-10 that is Weekday, and it is a public holiday: Queen's Birthday. The data frequency is 30 minutes per point. Historical data covers 1 day. The date of prediction is on 2019-6-11 that is Weekday, and it is not a public holiday. Weather of the start date: the minimum temperature is 282.83; the maximum temperature is 295.38; the humidity is 76.0; the pressure is 1022.0.  Weather of the prediction date: the minimum temperature is 281.99; the maximum temperature is 293.72; the humidity is 82.0; the pressure is 1022.0. In 2019-06-10 14:46:00, the news that had the Long-Term Effect on Future Load Consumption is that Despite dozens of court cases claiming the weed killer can cause cancer, a NSW city plans to douse parts of bush with it later this month. The region that may be influenced is NSW. The rationality is that Public consciousness and policy regarding environmental sustainability can lead to changes in energy load consumption over the long term. The use of chemicals with potential health risks highlights ongoing environmental concerns that may eventually drive policy changes and promote the adoption of more sustainable practices, including changes in energy consumption.There is no suitable news for Short-Term Effect on Today's Load Consumption.In 2019-06-10 16:33:00, the news that had the Real-Time Direct Effect on Today's Load Consumption is that Rain is forecast for SA for nearly every day this week, with up to 50mm for the Mt Lofty Ranges \u2014 and it could be a season changer, particularly for farmers. The region that may be influenced is SA. The rationality is that Weather patterns have a direct and immediate impact on energy consumption. The forecasted rain and potential for a season change can reduce the need for irrigation and farming-related energy consumption in the short term, as natural rainfall decreases the reliance on artificial water systems powered by electricity.",