在演讲中，刘文华表示，本次大会是公司在全球首次对外宣传"地磁能发电"。 什么是"地磁能发电"？他解释到，例如水力发电，其实是利用看得见摸得着的水，它的势能变化来发 电。光伏发电，是利用看得见摸不着的光的能量变化来发电。地磁能发电，就是利用地球表面存在的地 球磁场的能量运行状态来发电。 专题：2025《中国企业家》影响力企业家年会 12月5日-7日，由《中国企业家》杂志社主办的"2025（第二十三届）《中国企业家》影响力企业家年 会"（原中国企业领袖年会）在北京举行，主题为"涌现·无限——共创智能商业新形态"。大同世界磁电 科技创始人、董事长刘文华出席并演讲。 那么，地磁能发电能解决什么问题？刘文华指出，有地球磁场的地方就能发出电来，而且不止是地球磁 场，月球上也有地磁场，只不过月球地磁场的能量密度只有地球的1/6，但是火星上的地磁场比地球要 强很多倍。"简单来说，所有的宇宙宇航设备，在任何一个天体上以后都不会缺电了。" 他提到，现在的大数据、人工智能机器人，都有缺电的问题，人工智能AI的尽头是电力。"地磁能来了 之后，电力不再是问题。机器人、机器狗、汽车都没有续航里程的概念了。 此外，刘文华透露到，"地磁能发 ...

专题：2025《中国企业家》影响力企业家年会 12月5日-7日，由《中国企业家》杂志社主办的"2025（第二十三届）《中国企业家》影响力企业家年 会"（原中国企业领袖年会）在北京举行，主题为"涌现·无限——共创智能商业新形态"。大同世界磁电 科技创始人、董事长刘文华出席并演讲。 在演讲中，刘文华表示，本次大会是公司在全球首次对外宣传"地磁能发电"。 什么是"地磁能发电"？他解释到，例如水力发电，其实是利用看得见摸得着的水，它的势能变化来发 电。光伏发电，是利用看得见摸不着的光的能量变化来发电。地磁能发电，就是利用地球表面存在的地 球磁场的能量运行状态来发电。 那么，地磁能发电能解决什么问题？刘文华指出，有地球磁场的地方就能发出电来，而且不止是地球磁 场，月球上也有地磁场，只不过月球地磁场的能量密度只有地球的1/6，但是火星上的地磁场比地球要 强很多倍。"简单来说，所有的宇宙宇航设备，在任何一个天体上以后都不会缺电了。" 他提到，现在的大数据、人工智能机器人，都有缺电的问题，人工智能AI的尽头是电力。"地磁能来了 之后，电力不再是问题。机器人、机器狗、汽车都没有续航里程的概念了。 此外，刘文华透露到，"地磁能发 ...

Group 1 - The establishment of China Yajiang Group and the commencement of the Yarlung Tsangpo River downstream hydropower project signify a new phase in China's clean energy strategy, with an expected annual power generation exceeding 300 billion kilowatt-hours, equivalent to a reduction of approximately 100 million tons of standard coal consumption and a decrease of 250 million tons of CO2 emissions, making it a key pillar for achieving the "dual carbon" goals [1][3] - China Yajiang Group aims to integrate top domestic hydropower construction capabilities, focusing on the development of hydropower resources in the Yarlung Tsangpo River downstream, optimizing the energy structure in the southwest region, and promoting hydropower technology innovation [3][4] - Hydropower is playing an irreplaceable role in achieving the "dual carbon" goals, with China's annual hydropower generation surpassing 1.3 trillion kilowatt-hours, leading to a reduction of 400 million tons of coal consumption and 1 billion tons of CO2 emissions annually, with these figures continuing to grow [4][6] Group 2 - The green value of hydropower is highlighted by its unparalleled emission reduction benefits, with a million-kilowatt hydropower station saving approximately 3 million tons of standard coal and reducing CO2 emissions by 7 million tons annually; the Three Gorges Project has cumulatively generated over 1.5 trillion kilowatt-hours of electricity, equivalent to a reduction of about 1.2 billion tons of CO2 emissions [6] - Modern hydropower projects prioritize ecological protection, implementing facilities for ecological flow release and fish breeding, achieving a balance between power generation and ecological preservation [6][8] - Rural small hydropower stations, numbering 47,000 nationwide, play a crucial role in providing stable electricity to remote areas, reducing firewood consumption by approximately 10 million cubic meters annually, thus protecting valuable forest resources [6] Group 3 - Despite the advantages, hydropower development faces challenges such as ecological protection and the saturation of quality hydropower resources; achieving the carbon peak by 2030 and carbon neutrality by 2060 requires exploring new clean energy technologies like geomagnetic energy [8][12] - Geomagnetic energy generation technology offers three main advantages: all-weather power generation, absolute cleanliness with zero emissions, and the ability to harness energy from any location, from the equator to the poles [12]