Energy Transition Optimization based on Computer Assisted Energy Efficiency and Intelligent Simulation Algorithm

Yixuan Li
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Abstract

Energy transition optimization based on computer assisted energy efficiency intelligent simulation algorithm is the main focus of this manuscript. According to relevant data, our country's annual industrial energy consumption and residential energy consumption are both increasing. Hence, the efficient monitoring is essential. Our target is to achieve the transition optimization. Electrification is a key move in the clean energy transition. Hence, a novel system is designed, the proposed energy consumption monitoring APP interface based on cloud data collection allows users to choose to manually input data or access data from the cloud. Through the testing, the performance is then validated.
基于计算机辅助能源效率和智能仿真算法的能源转换优化
基于计算机辅助能效智能仿真算法的能源转换优化是本文研究的重点。据有关数据显示,我国每年的工业能耗和居民能耗都在不断增加。因此,有效的监控是必不可少的。我们的目标是实现过渡优化。电气化是清洁能源转型的关键一步。因此,我们设计了一个全新的系统,提出了基于云数据采集的能耗监测APP界面,用户可以选择手动输入数据,也可以选择从云获取数据。通过测试,验证了性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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