无人驾驶核动力电池列车可行性方案

随着世界全球化的快速发展,人类对能源的依赖越来越重,随着化石能源的减少,风能、太阳能等利用率低,核电将是未来能源的重要形式。核电池具有使用更安全、寿命更长、清洁的特点,其在医学、空间等领域有广泛的应用潜力,并在很多领域得到了成功应用。无人驾驶列车将采用全自动控制系统,无需司机操作,即可实现列车的自动唤醒、自动发车离站、到站精准制动、自检等一系列指令。文章将对无人驾驶核动力列车的理论作出探讨。

With the rapid development of globalization in the world, human beings rely more and more on energy, as well as the reduction of fossil energy, wind energy, solar energy and other low utilization rate, nuclear power will be an important form of energy in the future. Nuclear battery has the characteristics of safer use, longer life and clean. It has a wide range of application potential in medicine, space and other fields, and has been successfully applied in many fields. The driverless train will adopt a fully automatic control system, which can realize a series of instructions, such as automatic awakening, automatic departure and departure, accurate braking, self-inspection and so on, without the operation of the driver. In this paper, the theory of unmanned nuclear power train is discussed.