"The power supply at the station was interrupted and the diesel generator malfunctioned..." As night fell, a simulated special case handling exercise was carried out at a naval aviation station in a hot spot in southern China. The outfield fighters roared, and the infield personnel were busy. With a command, the barracks unit of the station immediately started the new energy microgrid energy storage system to restore power supply guarantee, and other training elements immediately began to operate in an orderly manner. "In the past, due to the single power supply guarantee mode, catching up with the peak power consumption, the power outage would affect the flight training of the troops." Referring to this matter, the deputy chief of staff of the station, Ma Shengsheng, told reporters a story of the past. The year before last, many grassroots officers and soldiers reported that "mains power outages" often occur during peak electricity usage. The diesel generator of the unit needs to give priority to ensuring the power supply for the core parts of the outfield, which is difficult to take into account the domestic power consumption. To this end, the barracks unit replaced the original two old generators with high-power new generators, improving power generation efficiency. But the good times are not long. Last year, the station organized a talk between officers and soldiers, and some grassroots representatives reported that over time, the failure rate of new diesel generators gradually increased, making it difficult to ensure stable power supply. "Every minute must be taken to win a war. How can we fundamentally solve the problem?" After extensive understanding, Ma Geng learned that his superiors planned to promote the construction of new energy microgrid systems, and immediately recommended that stations apply for demonstration pilot projects. After some efforts, the new energy microgrid system has successfully settled in the station. In order to maximize the benefits of the system, under the guidance of superiors, the station convened relevant business departments to promote the synchronous upgrade of software and hardware, and introduced auxiliary equipment such as "intelligent butler". Through electronic information data recording, computer program control, and other methods, it achieved high-quality power supply assurance of "quickly solving small problems, mastering big data every minute, and dynamically adjusting the micro grid", forming a new pattern of power supply assurance. The station leader told reporters that during the power generation process of the micro grid, there are three systems, namely, power monitoring, energy management, and environmental inspection, which are "escorted", not only providing continuous, reliable, and stable power supply for core electrical equipment such as the field command system and communication system, but also greatly reducing the risk of failure. In the next step, they will focus on the forefront of technology, continue to upgrade energy support equipment, and open up the "last mile" of electric power support to help Warhawks fly high and sail far. (Liao Xinshe)