7月以来，湖北武汉热浪滚滚，截至7月10日，湖北省气象台已经连续一周发布高温预警，武汉局地最高气温 已经超过41℃。为应对 高温天气，武汉火车站及时启用东广场的800米喷雾降温系统，为排队候车旅客增湿降温。 央视网消息：这两天，长江以北地区受副热带高压影响，高温闷热天气发展。多地多部门推出系列举措，为户外劳动者送去清凉， 保障百姓生产、生活稳定。 湖北：局地破40℃ 多措并举战高温 与此同时，湖北在全省开放了5000多个驿站，供户外工作者休息避暑，驿站内饮用水、新鲜水果一应俱全，让外卖员、环卫工人等 能在忙碌间隙及时补充水分、缓解暑气。 辽宁：热浪来袭 绿化部门增加作业频次 在鸣沙山月牙泉景区，当地进一步完善高温应急方案，在游客通行区域喷淋降温，并全天候开放景区医务室，配备防暑药品、应急 救援包等，有效应对突发状况。 新疆：高温天气 铁路多举措护航暑运 这两天，辽宁也出现持续高温天气，全省1334个气象站出现了33℃—35℃的高温，其中个别气象站超过了40℃。为了应对高温天气 对植被带来的影响，沈阳多个公园的绿化部门，在给植被浇水降温的同时，也针对大型绿地，加大浇水作业频次，满足树木水分需 求。 甘肃：多个景 ...

Group 1: Weather and Alerts - Beijing has issued four heat warnings since June, with temperatures reaching up to 38°C during the day and 24°C at night [2] - A high-temperature orange alert was issued on June 23, predicting daily maximum temperatures around 38°C from June 23 to 24 [2] Group 2: Transportation Measures - The transportation sector has activated a heat protection mechanism, ensuring air conditioning is operational in buses, subways, taxis, and ride-hailing services [3][4] - Subway stations have installed air conditioning and fans in 16 stations to improve waiting conditions, with dynamic temperature adjustments based on passenger flow [3] - Buses will activate air conditioning when temperatures exceed 26°C and provide necessary heat prevention supplies [4] Group 3: Construction Regulations - Outdoor construction work is restricted during high-temperature periods, with measures in place to limit continuous working hours and outdoor exposure [5][6] - The management of hot work is emphasized to prevent accidents, with temperature monitoring at construction sites [6] Group 4: Power and Water Supply Management - The summer of 2023 is expected to see a significant increase in electricity demand, with the maximum load projected to exceed 1.2 billion kilowatts [7] - The Beijing Water Supply Group has initiated a summer peak water supply mode, anticipating a maximum daily water demand of approximately 3.9 million cubic meters [8] - The electricity supply is enhanced through AI technology to improve fault response times and service reliability [8]