An energy and power monitoring system detection device

Abstract

The invention discloses detection equipment for an energy and power monitoring system. The detection equipment comprises an Ethernet interface, an RVSP interface, a standard Ethernet gateway, an RVSP cable group and a plurality of RS485 (recommended standard485) devices. The RJ45 interface of the standard Ethernet gateway is connected with to-be-detected monitoring equipment through the Ethernet interface; the Modbus interface of the standard Ethernet gateway is connected with the RVSP cable group; the RJ45 interface of a to-be-detected Ethernet gateway is connected with external standard monitoring equipment; the RVSP interface is connected with the to-be-detected Ethernet gateway; the RVSP interface is connected with the RVSP cable group; the RVSP cable group is connected with the RS485 devices. According to the detection equipment disclosed by the invention and running written to-be-detected detection equipment related software, the delivery automatic detection of energy and power monitoring equipment and a third party gateway is realized so as to replace previous manual detection, and therefore, the false detection and the leak detection of the detection equipment are effectively avoided, and the delivery detection cost of the energy and power monitoring equipment is reduced.

Description

technical field [0001] The invention belongs to the technical field of power detection equipment, and in particular relates to a detection device for an energy and power monitoring system. Background technique [0002] The monitoring objects of energy and power system equipment mainly include professional instruments related to power transmission and distribution, automatic transfer switch appliances, load isolation switches, circuit breakers, electrical fire monitoring equipment, lightning protection equipment, etc. Equipment, its operating status directly or indirectly affects the normal use of electricity in many places such as residential areas, enterprises and institutions, and public facilities. Initially, in the Schneider Electric factory, the factory inspection of energy and power monitoring system equipment and Ethernet gateways was completed by connecting the monitored equipment in the production order. The operation has certain uncertainties, and it is easy to be ...

AI Technical Summary

Problems solved by technology

Initially, in the Schneider Electric factory, the factory inspection of energy and power monitoring system equipment and Ethernet gateways was completed by connecting the monitored equipment in the production order. The operation has certain uncertainties, and it is easy to be affected by whether the monitored equipment in the order is normal or not. Interference, so the inspection time is uncertain, which may cause delays in orders

In addition, because the corresponding production line stations in the factory do not have enough space for long enough communication cables and enough monitored devices, the load capacity inspection of the Ethernet gateway is insufficient.

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