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A cascade utilization method of multi-grade energy based on thermal coupling analysis

机译：基于热耦合分析的多级能量级联利用方法

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This paper presents a cascade utilization method of multi-grade energy based on thermal coupling analysis. This paper analyzes the principle of energy cascade utilization, constructs the cascade utilization energy flow structure of electrical thermal coupling transformation, and analyzes the utilization form and energy grade rise and fall method of electric power, steam, high temperature hot water, medium temperature hot water and low temperature hot water from the Angle of energy cascade utilization. Based on the operation constraints of the energy cascade optimization utilization model, the optimized economic operation of the electrical thermal micro-grid system is realized by coordinating and scheduling the coupling equipment of each energy flow. The method takes into full account the coupling and complementation of various forms of energy and the principle of multi-grade cascade optimization, and makes full use of the energy of different grades in the production process to realize the energy efficiency optimization of the system.
机译：本文提出基于热耦合分析多级能量的梯级利用方法。本文分析能量梯级利用的原理，构建电热耦合变换的梯级利用能量流结构，并分析利用形式和能量等级的上升和电力，蒸汽，高温热水，中温的热水的下降方法和低温热水从能量梯级利用的视角。基于能量级联优化利用模式的操作约束，电机热微电网系统的优化的经济操作是通过协调和调度每个能量流的设备耦合实现。该方法充分考虑了耦合和各种形式的能量互补和多级级联优化的原则，使得在生产过程中充分利用不同等级的能量，实现了系统的能源效率优化。

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