光伏BIPV幕墙
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大幅提高建筑用能的电气化水平。积极推进建筑供冷供暖电气化,打造绿色建筑;健全市场化改造机制,鼓励利用建筑屋顶、墙壁发展分布式能源和储能系统,实现与外部能源系统双向互动。
光伏BIPV幕墙
加快推进交通零碳电力电气化。在城市交通领域鼓励推广纯电动车,在物流领域探索推广电动卡车和氢燃料车,加强分布式光伏充电基础设施建设,积极发展电动轨道交通、港口岸电等,形成以可再生能源为主电源的交通综合能源系统。
光伏充电桩
深度拓展工业电气化,促进节能减排。加大电能装备替代,提高综合能效和绿色用能水平,实现从高碳排放模式向低碳排放模式转变;推动技术创新和商业模式创新,通过推行节能和工业余热余压回收,发展综合能源服务,形成互补互济的新型用能方式;利用“氢能+CCUS”等技术手段,在钢铁、水泥、煤化工等领域打造先进的低碳循环工业体系;针对行业重点减排对象, 打造一批可推广、可复制的电能替代示范工程,推动技术规模化应用,带动社会广泛实施电能替代。
光伏钢铁厂
能源化工行业是化石能源的重要生产者和消费者,是中国应对气候变化的重要促进力量。对于我国油气企业来说,要想进行彻底的“脱碳革命”,“绿氢”将在未来能源转型中发挥着关键作用。而除了绿氢,石油天然气脱碳的主要路径还有废弃油田光伏再利用,光伏加油加气、加氢站,光伏工商业屋顶,光伏+天然气耦合等。
废弃油田光伏再利用
数据中心要实现脱碳,可从电力脱碳、终端电气化+清洁化、节能提效及排放绿化等四大层面实现“碳中和”的目标。企业可通过储能系统、光伏(及特高压实现电力脱碳),通过装配式建筑、氢能燃料电池等实现终端电气化、清洁化;在零碳电力完全渗透前,通过技术手段降低设备运行对电力的消耗,也可达到减排效果;通过生物塑料、塑料回收等行动实现排放绿化。
光伏数据中心