Model-Based Spaceware Energy System Overall Design and Practical Research

Current the existing tools and methods for expedited design are still lacking integration. the evaluation and validation of spacecraft energy systems alongside the mission specifications. To enhance the shift from traditional document-focused design approaches to those driven by models, introduce innovative digital approaches to enhance the comprehensive design of energy systems for spacecraft, and facilitate essential connections in the design framework of the system, the evaluation and validation of the system's performance, as well as comprehensive evaluation, a design is introduced in this study, Simulation, an evaluation and validation framework derived from the digital representation of power distribution and supply networks, establishing a cohesive model-driven framework, this document presents a framework for energy systems that are completely self-regulated and manageable. Simulation, a mode for analysis and validation that utilizes a diagram of digital power supply and distribution, establishing a cohesive model-driven framework, an entirely self-sufficient and manageable platform for simulating and validating the flow of information within an energy system, which can autonomously create a framework for simulation models derived from the schematic of power supply and distribution along with the connectivity layout, facilitate the modeling and simulation processes for the solar array, Battery pack, the section dealing with power management and energy distribution, the examination and modeling of the energy equilibrium, the modeling of energy transfer, the modeling of functions such as zero-potential and others, furthermore, the findings from the simulations can be thoroughly incorporated with the diagrams for power supply and distribution, the schematic of connections along with the timing diagram of the tasks, in order to facilitate the real-time assessment of the energy transfer dynamics, and the visualization interface. Simultaneously, it is capable of conducting ground tests as well as facilitating digital companion flights during the mission in orbit, this holds significant importance for the comprehensive design and assessment of the spacecraft's energy system.