| 摘要:为了在众多的动力系统中选择适合水下平台的动力系统，确定评价水下动力系统的关键指标，包括成本、效率、机动性、隐蔽性、续航能力、可靠性以及集成度和模块化程度等方面。通过对这些指标进行量化和权重分配，建立强矩阵模型，并收集相关数据通过对比构建强决策矩阵。通过对各项指标的得分计算和加权求和，得出针对水下动力系统的综合评价结果。通过强矩阵分析后发现斯特林水下动力系统由于结构简单、技术最成熟、成本低、有不俗的续航和潜航表现等优势得分最高，但其在噪声水平和机动性方面存在一定问题。建立强决策矩阵有助于帮助理解水下动力系统的关键技术特征，为水下动力系统的方案选型提供参考。 |
| 关键词: 水下动力系统 强矩阵 评价模型 |
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| Evaluation of Underwater Platforms Power Based on the Strong Matrix Approach |
| YANG Haipeng,LAN Jian,GU Yuhui,TAN Zhen,LYU Tian |
| Shanghai Marine Diesel Engine Research Institute， Shanghai 201203， China |
| Abstract:To select a suitable power system for underwater platforms among numerous power systems，the key indicators for evaluating underwater power systems were determined，including aspects such as cost，efficiency，mobility，concealment，endurance，reliability，as well as the degree of integration and modularization.By quantifying and weighting these indicators，a strong matrix model was established， and relevant data were collected to construct a strong decision matrix through comparison. Through the calculation of the scores of each index and the weighted summation，the comprehensive evaluation result for the underwater dynamic system was obtained.Based on strong matrix analysis，it is found that the Stirling underwater power system has the highest score due to its advantages such as simple structure，the most mature technology，low cost，and excellent endurance and underwater performance.However，there are certain problems in terms of noise level and mobility.Establishing a strong decision matrix is helpful for understanding the key technical characteristics of underwater dynamic systems and provides a reference for the scheme selection of underwater dynamic systems. |
| Key words: underwater power system strong matrix evaluation model |
