论文标题
参与者的集中式网络微水能Nexus与比例交换
Centralized Networked Micro Water-Energy Nexus with Proportional Exchange Among Participants
论文作者
论文摘要
本文提出了一个网络的微水能Nexus（Netmicrowen），能够同时为附近社区的当地消费者提供水和能源的合作和能源。该系统管理当地网络中不同社区的不同水和能源投入，以协同满足其需求。本文考虑了一个集中的网络拓扑，该拓扑连接一个控制系统下的网络所有成员。本文还提出了一种比例交换算法（PEA），该算法允许成员在Netmicrowen的其他成员和主要的水和电源分配系统之间同样受益。合作模型是一个混合企业线性程序，涉及网络的所有必要功率和水相关的约束，以实现可行且实用的解决方案。 Netmicrowen的经济利益通过与单独的微水能Nexus（MWEN）系统的比较来说明。案例研究表明，与单独的MWEN系统的运行相比，拟议的Netmicrowen的运营成本大大降低。
This paper proposes a Networked Micro Water-Energy Nexus (NetMicroWEN) capable of co-optimizing and simultaneously supplying water and energy to local consumers in nearby communities. The system manages different water and energy inputs of different communities in a local network to cooperatively meet their demands. This paper considers a centralized network topology that connects all members of the network under one control system. This paper also proposes a Proportional Exchange Algorithm (PEA) that allows members to benefit equally from exchanging both resources among other members of the NetMicroWEN and the main water and power distribution systems. The co-optimization model is a mixed-integer linear program, involving all necessary power and water related constraints for the network to achieve a feasible and practical solution. The economic benefits of the NetMicroWEN are illustrated by a comparison with separate Micro Water- Energy Nexus (MWEN) systems meeting their own demands individually. The case studies demonstrate that the proposed NetMicroWEN achieves substantially lower operating costs compared to the operation of separate MWEN systems.
