从闪电中索取燃料氢气发电,只排出水蒸气和热量,没有有害废气,是一种令人向往的清洁能源。然而,氢燃料的生产需要大量的能量,所以这种清洁能源难以推广。现在,美国海德拉摩天大楼以一种了不起的方法破解了这道难题。海德拉摩天大楼的设计极富创意,上层的闪电之顶建造成扭曲形状的塔形,灵感来自于多细胞无脊椎的淡水动物水螅。外壳用石墨烯和一种超级碳材料制成,其硬度比钢强200倍,具有极好的导热导电性能(图1)。雷电是一种常见的大气放电现象。全球的雷电平均每天发生达800多万起,每年共30多亿起。一次闪电蕴含的巨大能量,可以让一只100瓦的灯泡亮3个月。雷电灾害是指遭受雷电侵入而造成的人员伤亡 Hydrogen from the lightning bolt to generate electricity, only the water vapor and heat emissions, there is no harmful emissions, is a desirable clean energy. However, the production of hydrogen fuel requires a lot of energy, so this clean energy is difficult to promote. Now, the United States Hyderabad skyscraper in a remarkable way to solve this problem. Hyderabad skyscraper design is very creative, the top of the top of the lightning into the twisted shape of the tower shape, inspired by the multicellular invertebrate freshwater animal water 螅. The shell is made of graphene and a super-carbon material that is 200 times harder than steel and has excellent thermal and electrical conductivity (Figure 1). Lightning is a common atmospheric discharge phenomenon. The average global lightning strike amounts to more than 8 million daily, with a total of more than 3 billion each year. A huge amount of energy contained in a lightning, you can make a 100-watt light bulb lit 3 months. Lightning disaster refers to the casualties caused by lightning invasion