浅谈多回路电表在荷兰光伏系统配电项目中的应用

1.背景信息 Background：

随着全球化石能源（石油，煤炭）越来越接近枯竭，污染日趋严重，气候日益变暖等问题，全球多个国家和地区相继出台了法规政策，推动了光伏产业的发展。但是现有的光伏监测系统由于线路数量多且集中，导致了大量占用配电房空间的问题。

安科瑞数据中心产品集成度高，单个模块可以监测48个回路，同时还可以搭配开关量采集模块，实现对光伏系统线路的监控。

As the global fossil energy (oil and coal) is approaching exhaustion, pollution is becoming more and more serious, and the climate is warming, etc., many countries and regions around the world have successively issued regulations and policies, which have promoted the development of the?PV?industry.

However, due to the large number and concentration of the?PV?monitoring?circuits, a large number of power distribution room space is occupied.

Acrel?multi-channel energy meter?has a high level of integration. A single module can monitor 48 circuits, and at the same time, it can also be matched with switch acquisition module to realize the circuit monitoring of?PV?system.

2.项目信息 Project Brief：

荷兰某光伏系统公司，为各类建筑提供光伏系统。在客户的光伏监测系统中，需要同时监测300多个回路的电流情况，这300多个回路集中分布在客户的配电房中，为了更合理的采集信息，客户选择了AMC16Z-FAK48的产品，从而实现了在不增加柜子的情况下完成了对线路的监测。

One PV system company in the Netherlands that provides PV systems for a wide variety of buildings.

In the PV monitoring system of the customer, the current situation of more than 300 loops need to be monitored at the same time. These loops are centrally in the distribution room. In order to collect information more effectively, the customer chooses the product of AMC16Z-FAK48, so as to complete the monitoring of the circuit without adding cabinets.

3.产品介绍 Product introduction

AMC16Z系列多回路采集模块 AMC16Z series multi-loop acquisition module

交流?AC Networking

直流DC Networking

4.组网方案 Networking Solution

交流组网方案?AC Networking Solution

直流组网方案?DC Networking Solution

5.安装实例Installation sample

Bibliography

1、Solutions for enterprise micro-grid system

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