冷库系统模糊驱动PWM控制器的硬件实现

K. Sathish, S. Sudha
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引用次数: 2

摘要

印度多样的农业气候条件和庞大的生产基地确保了高生产力,使该国成为世界上第二大水果和蔬菜生产国。然而,由于三分之一的农产品在收获后变质,该国以出口机会形式存在的巨大潜力没有得到有效利用。此外,收获后的损失影响到水果和蔬菜的人均供应量,造成销售成本高、市场供过于求和价格波动。该国缺乏适当的冷库和冷链设施是造成收获后损失的主要瓶颈。以往对冷库系统的研究强调对所有关键参数的监测,并通过MATLAB仿真论证了模糊逻辑对这些参数进行控制的可行性和有效性。因此,本文计划设计并实现一种智能模糊逻辑驱动的PWM控制器,用于冷库系统控制所需的参数。对控制器模块进行了设计、硬件实现和测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hardware realization of fuzzy logic driven PWM controller for a cold storage system
Diverse agro-climatic conditions and vast production base in India ensures large producability making the country second largest producer of fruits and vegetables in the world. However, the huge potential available in the nation in the form of export opportunities is not effectively tapped as one third of these produces get deteriorated in post-harvesting. Further, the post-harvest losses affect the per-capita availability of fruits and vegetables and results in high marketing cost, market gluts and price fluctuation. Lack of proper cold storage and cold chain facilities in the country are the major bottlenecks causing the post-harvest losses. Previous research works on cold storage system emphasize the need for monitoring all the essential parameters and demonstrate the feasibility and effectiveness of using fuzzy logic for controlling these parameters through MATLAB simulation. Hence, it is planned to design and implement an intelligent fuzzy logic driven PWM controller for a cold storage system to control the required parameters. The controller module is designed, implemented in hardware and tested.
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