多能源调节变换器技术研究

Research on multi-energy regulation transformer technology in lunar research station residency area

考虑到以月面环境为典型的深空探测任务的昼夜时长和温差大的情况,为解决驻留区面对多能源的应用问题,研究了在驻留区实现多能源调节的关键技术,重点探讨了多能源管理模块系统,在多能源管理模块系统部分,首先对系统进行了模块划分和能量调度的研究。通过采用系统控制方式将驻留区能量管理模块设计成不同调节域的能量调度策略,实现了不同能源之间的协同工作和优化利用。并且对系统的控制方式和拓扑结构进行了深入研究。在能量调节变换器部分,介绍了RTG功率调节、核反应堆功率调节、SAS功率调节、燃料电池功率调节等技术。通过系统统一控制,使得多种能源的供给能够相互协调,满足驻留区对能源的需求。

Considering the duration of daylight and temperature variations on the Moon,the multienergy issue of habitation area is solved.This study focuses on key technologies for achieving multienergy regulation in the habitation area,with a particular emphasis on the multi-energy management module system.In the section on the multi-energy management module system,the study first conducts research on module division and energy dispatch.By adopting the MEA control method,the energy management module in the habitation area was designed as a six-domain regulator for energy scheduling,enabling synergistic operations and optimized utilization of different energy sources.Furthermore,the study thoroughly investigated the control methods and topological structure of the system.In the energy management module section,a detailed introduction was provided to modules such as RTG power regulation module,nuclear reactor power regulation module,SAS module,fuel cell module and so on.Through the unified control of the system,the supply of various energy sources could be coordinated to meet the energy demand of the resident area.