A | On Tuesday night, the 74-year-old musician was approximately 40 minutes into his show at the Pine Knob Music Theatre when he apparently sat down on stage and appeared to lose consciousness.,Photos and videos of the incident were published on social media networks.,At @pineknob #carlossantana having to sit down on the stage right before they stopped the show. Glad he seems ok now pic.twitter.com/6tcAo4i0wQ— Josh Winters (@JoshWin30343499) July 6, 2022,Carlos Santana just collapsed in middle of concert at Pine Knob, Clarkston Mi pic.twitter.com/Uchy3ugwMS— Jo-Ann Barnas (@JoAnnBarnas) July 6, 2022,Later, Santana's manager said that he was "doing well".,"Rock Legend Carlos Santana was overwhelmed by heat exhaustion and dehydration during a concert on Tuesday (5 July) evening in Michigan," manager Michael Vrionis said, as quoted by the Fox News. "The guitar great was taken from his show at Pine Knob Music Theatre … Carlos was taken to the emergency department at McLaren Clarkston for observation and is doing well … The show for tomorrow 6 July at The Pavilion at Star Lake (formerly the S&T Bank Music Park) in Burgettstown, Pennsylvania will be postponed. More details to follow thru Live Nation.",Santana was born on 20 July 1947 in Jalisco, Mexico. In 1966 he created the Santana group and since then his music has been enjoyed in the United States and all over the world.。 近日，记者从市建委获悉，2026年度杭州市十大低碳应用场景评选结果公布，上城区数字能源港低碳园区示范场景、钱塘区焱唐超级工厂动态显色发电建筑立面示范场景两个建筑领域场景成功入选。
B | 数字能源港坐落于上城区钱塘智慧城城北园区，占地0.61平方公里，曾是“空间紧、负荷密、用能杂”的典型老旧工业园区。如今，项目集成园区内外200余项先进技术，从制能、储能、用能、节能四个维度完成全链路系统性低碳改造，成为都市老工业园区绿色低碳转型的标杆。数字能源港制定了“整体规划、分类施策、技术精准匹配”的系统方案。办公楼侧重“超量绿电生产+五恒环境调控+光储直柔”技术组合，让楼宇自己“晒太阳发电”，同时为室内提供舒适恒温环境；厂房配套光伏储能、应急供电、货运车辆电动化，以稳定用电保障生产运转；公共区域采用绿电直接供电、多功能空间布局、智能AI照明，既节能又实用。园区还搭建起自主研发的智慧能源大脑平台，依托专业算法，光伏发电与用电负荷预测准确率均超90%；结合实时气象监测，系统可提前启动空调预调，自动调节园区室内温度；还能调节充电桩错峰充电，把光伏产生的绿色电力直接供给周边建筑使用。经系统性改造，数字能源大厦实现负碳运行，获国家零碳建筑认证，数字能源孵化器及风雨长廊获国家近零碳建筑认证。焱唐能源科技工厂立面BIPV项目位于钱塘区临江高科产业园，将龙焱能源科技自主研发的光伏产品铺设于厂房南、西立面，立面安装总面积达4234平方米，总装机容量542千瓦；项目同时采用自主研发的碲化镉薄膜彩色技术，相较传统彩釉工艺，透光率提升超100%，组件光电转换效率达13%以上。这套光伏幕墙不仅是高效的发电单元，更是高性能的保温隔热层。实测数据显示，相较原有金属幕墙，应用“燚彩”光伏幕墙后，厂房外墙热渗透率降低37%，室内温度下降4℃—6℃，大幅削减了夏季空调的用电负荷。据测算，该项目在25年生命周期内，预计累计减排二氧化碳7962吨、二氧化硫240吨、氮化物120吨。
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