摘要:太阳能是世界上快速增长的能源,也是较*获得的可再生能源,采用太阳能向电网输电市场份额不断增长。同时电网公司通常要求光伏并网系统为不可逆流发电系统,即光伏并网系统所发的电由本地负荷消耗,即自发自用。在并网发电和储能系统中,由于外部环境是不断变化的,为了防止光伏并网系统逆向发电,系统需要进行逆流检测,通过实时监测配电变压器低压出口侧的功率信号来调节系统的发电功率,从而达到光伏并网系统的防逆流功能。本文介绍了安科瑞 ACR10R与AWT100-4G在印度某泵行业的应用。
Abstract:
Solar energy is a rapidly growing energy source in the world and the most easily available renewable energy source. The market share of the use of solar energy to transmit electricity to the grid is still growing. At the same time, grid companies usually require the photovoltaic grid-connected system to be an irreversible power generation system, that is, the electricity generated by the photovoltaic grid-connected system is consumed by the local load. It is self-generated and used. In the grid-connected power generation and energy storage system, with the external environment is constantly changing, in order to prevent the photovoltaic grid-connected system from generating reverse power, the system needs to perform reverse current detection, and regulate the power generation of the system by real-time monitoring of the power ** on the low-voltage outlet side of the distribution transformer power, so as to achieve the anti-backflow function of the photovoltaic grid-connected system. This article introduces the application of ACREL ACR10R and AWT100-4G in a pump industry in India
1. 项目概述 Project Overview
印度客户计划自己生产逆变器。他们需要电表配套逆变器做**招标项目。他们需要ACR10R来监控工厂设备的用电量,并使用电表合理地检测每个设备的能耗,同时AWT100-4G使用MQTT协议上传平台。
Indian customers plan to produce inverters by themselves. They need inverters and energy meters for government tender. They need ACR10T to monitor the electricity consumption of the plant equipment and use electricity meters to detect the energy consumption of each device effectively. AWT100-4G use MQTT protocol to connect the platform
2. 技术参数Technical Parameters
3.接线&安装 Wiring & Installation
Figure 1 Meter Shape and installing size (unit:mm)
Figure 2 Wiring Graph
4. 组网拓扑图Network Topology
5. 现场图片Installation Site
6.结束语In conclusion
ACR10R具有多种外围接口功能可供用户选择: 带有RS485通讯接口, 采用MODBUS-RTU协议可满足通讯联网管理的需要; 带开关量输入和继电器输出可实现断路器开关的“ 遥信” 和“ 遥控” 的功能, 采用LCD显示界面, 通过面板按键来实现参数设置和控制非常适合用液晶显示器和面板按钮实现参数的设置和控制的光伏逆变器系统。
ACR10R it has a variety of peripheral interface for user to choose: with RS485 communication interface, MODBUS-RTU protocol can meet the needs of communication network management; The function of “ remote **” and “ remote control” of circuit breaker switch can be realized with switch quantity input and relay output. The interfaces with switch input and relay output can realize the remote **ing and remote control of the circuit breaker switch. It is very suitable for real-time power monitoring system with an LCD display and the panel buttons to realize the setting and control of parameters for PV inverter system.
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词条说明
电能计量是电力工程产品交易中的"一杆秤",它的精确是否立即牵涉到供配电彼此的社会经济权益。与此同时配电企业将计量管理方法,列入线损率率管理方法的前提条件。因为一般10kV及以上的高电压系统软件均选用三相三线的配电方法,因此髙压系统软件大多数选用三相两元器件电能表计量电能。三相三线电能表的接线并不繁杂,但因为粗心大意,尤其是附带互感器与电流互感器的电能表,错接的机遇较多。三相三线电能表错接线的时候会
摘要: 随着社会生活水平的提高,经济的繁荣发展,人们对能源的需求逐渐增长,由此带来的能源危机日益严重。学校建筑如何实时的了解、分析和控制学校的能源消耗已成为需要解决的迫在眉睫的难题。传统的能源消耗智能以月/季度/年为周期进行,然而学校是每日、每时都在进行,能源消耗也是每日、每时的发生。本文介绍某超市嘉兴店二期工程项目,采用安科瑞智能电力仪表采集配电现场的各种电参量,系统采用现场就地组网的
At the end of November of last year, Acrel had client from Yemen , they contacted us via our information on website ,looking for Energy Consumption system to be integrated SAP investment. and Acrel ri
摘要 :公共建筑是节能大户,做好公共建筑节能工作,对促进和带动全社会节能工作,实现节能减排目标,落实“转方式、调结构”重大战略具有重要意义。本文以Acrel-5000能耗监测系统在朝阳**的应用为案例,介绍能耗监测系统要解决基础能耗数据的智能化、自动化、可视化、可量化的采集与存储,从而降低能源使用费用,为建立节约型社会发挥作用。关键词:能耗监测系统;ACREL-5000 ; 朝阳**
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