基于优化供电配置与电网需求响应的水产养殖智能监测系统研究

Research on an Intelligent Monitoring System for Aquaculture Based on Optimized Power Supply Configuration and Grid Demand Response

摘要: 在电力体制改革的背景下，针对水产养殖行业中日益增长的电力需求与环境管理挑战，研究构建了一套基于优化供电配置与电网需求响应的水产养殖智能监测系统。该系统利用物联网技术实现对水质参数与电力使用的实时监测与分析，以动态协调水产养殖供需关系，促使能源资源的高效利用。研究采用多元化的数据收集方法，包括文献调研、案例分析及实地考察，系统分析了智能监测系统对养殖效率提升及电网经济效益优化的显著影响。研究结果表明，该智能监测系统有效降低了养殖运营成本，优化了饲料管理，提升了水产养殖的生态友好性与可持续发展能力。同时，电网的优化配置与需求响应机制相结合，确保了养殖用电的稳定性，促进了电力资源的合理配置。

Abstract: In the context of power system reform, in response to the increasing power demand and environ- mental management challenges in the aquaculture industry, a set of intelligent monitoring system for aquaculture based on optimized power supply configuration and grid demand response was developed. This system utilizes Internet of Things technology to achieve real-time monitoring and analysis of water quality parameters and power usage, dynamically coordinating the supply and demand relationship in aquaculture and promoting the efficient utilization of energy resources. The study adopted diversified data collection methods, including literature research, case analysis, and field investigation, to systematically analyze the significant impact of the intelligent monitoring system on the improvement of aquaculture efficiency and the optimization of grid economic benefits. The research results show that this intelligent monitoring system effectively reduces operating costs in aquaculture, optimizes feed management, and enhances the ecological friendliness and sustainable development capabilities of aquaculture. At the same time, the combination of optimized power supply configuration and demand response mechanism of the grid ensures the stability of aquaculture power supply and promotes the rational allocation of power resources.