CN105277903A - Method for performing remote monitoring on UPS - Google Patents

Abstract

The invention discloses a method for performing remote monitoring on a UPS. The method comprises the following steps: the step I of on-site data acquisition and UPS parameter testing that environment temperature, environment humidity and the smoke/fog concentration of a to-be-monitored site are detected in real time, and an electrical parameter, a voltage-withstanding insulation condition, a grounding condition and noise information of the UPS are tested according to a preset time period; a step II of data on-site processing and remote transmission that a controller processes received on-site data and transmits the processed on-site data to a host of a remote monitoring center through the Internet; and a step III of data remote processing and failure notification that the host receives the data transmitted by the controller, performs corresponding processing, gives out a failure alarm signal and notifies maintenance personnel in a short message and Email manner. Real-time on-line monitoring for the UPS is achieved by utilizing an existing network resource, data monitoring is comprehensive, the transmission real-time capability is high, and the problems of the short monitoring distance and high investment cost of a traditional monitoring system are effectively solved.

Description

A kind of method of UPS being carried out to remote monitoring

Technical field

The present invention relates to a kind of method for supervising, especially relate to a kind of long-distance monitoring method being applicable to UPS.

Background technology

Along with the development of national economy, UPS is obtained in all trades and professions and applies widely.UPS, as the equipment of system reliable power supply basic guarantee, the whether normal work directly determining system equipment of its work.In actual use, for the equipment of some important occasions, as traffic intersection traffic lights, freeway tunnel monitoring, Computer Centre Machine Room etc., user wishes the duty understanding UPS in real time.Along with the development of computing machine, the network communications technology, the manageability of ups system, serviceability have become the important channel of improving its availability, and the important embodiment of its manageability, serviceability is then abundant soft and hardware monitoring function.

The employing RS232 that traditional UPS monitoring system has or RS485 interface are closely monitored; Some employing MODEM (modulator-demodular unit) carry out remote monitor; The monitoring distance of front a kind of mode is too short, and rear a kind of mode needs to take telephone wire resource, adds use cost.Therefore design a kind ofly to transmit in real time, study hotspot that the supervisory system that breaks through distance limit and method for supervising are problems always.

Summary of the invention

Technical matters to be solved by this invention is for above-mentioned deficiency of the prior art, a kind of method of UPS being carried out to remote monitoring is provided, the method utilizes existing Internet resources to achieve real time and on line monitoring to UPS, efficiently solves conventional monitoring systems monitoring apart from short, that input cost is high problem.

For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of method of carrying out remote monitoring to UPS, is characterized in that, comprise the following steps:

Step one, on-site data gathering and UPS parameter testing:

101, on-site data gathering: adopt and be laid in the temperature detecting module at scene to be monitored and humidity detecting module detects environment temperature and ambient humidity, respectively to obtain temperature information and humidity information; The Smoke Detection module being laid in scene to be monitored is adopted to detect on-the-spot air regime, to obtain smokescope information; Described temperature detecting module, humidity detecting module and Smoke Detection module are by described temperature information, humidity information and smokescope information real-time Transmission to controller, and described temperature detecting module, humidity detecting module and Smoke Detection module all connect with described controller;

102, UPS parameter testing: controller is according to the time cycle preset, control command is sent to the UPS parametric test equipment being laid in scene to be monitored, described UPS parametric test equipment is tested described UPS, and give described controller by test result real-time Transmission, described UPS parametric test equipment comprises electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module, described electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module all connect with described controller, parameter testing process is as follows:

Described electrical quantity integration test module is tested the voltage of described UPS, electric current, power and power-efficient parameter, to obtain UPS electrical quantity;

Described withstand voltage Insulation test module is tested the withstand voltage of described UPS and insulating property, to obtain withstand voltage insulation information;

The stake resistance of described earth resistance module to described UPS is tested, to obtain ground connection condition information;

Described noise testing module is tested the noise situations sent during described UPS work, to obtain noise information;

Step 2, data site disposal and remote transmission: first the temperature information received, humidity information, smokescope information, UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information are carried out following process by described controller respectively: signal amplification, signal filtering, A/D conversion, then after being changed by A/D, the data that obtain are stored in the storer connected with described controller, finally by data packing and by the data after packing by internet transmission to the main frame being laid in remote monitoring center; Described main frame is connected with a SNMP module, and described controller is connected with the 2nd SNMP module, and a described SNMP module is connected by described internet with the 2nd SNMP module;

Step 3, remote data process and failure notification: described main frame receives the data that described controller sends and unpacks, and is then handled as follows:

Temperature information, humidity information and smokescope information in data after unpacking are compared with the temperature threshold preset, humidity threshold and smoke density threshold value respectively, if said temperature information, humidity information and smokescope information are arbitrary exceed corresponding described threshold value, the alarm unit that then described host computer control connects with it carries out sound and light alarm, notifies corresponding UPS failure message respectively by SMS transmission module and Email sending module with the form of note and Email to maintainer simultaneously; Otherwise, then do not report to the police, get back to step one; Described SMS transmission module and Email sending module all connect with described main frame;

UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information in data after unpacking are shown in real time by the Human machine interface connected with described main frame, so that monitor staff checks, if above-mentioned UPS electrical quantity, withstand voltage insulation information, ground connection condition information are abnormal with noise information, then on described Human machine interface, show " system exception ", and showing concrete abnormal conditions, monitor staff can take corresponding measure; Otherwise, then " system is normal " is shown.

A kind of above-mentioned method of carrying out remote monitoring to UPS, is characterized in that: a described SNMP module and the 2nd SNMP module are identical SNMP card.

The present invention compared with prior art has the following advantages: easy, quick, result of use is good; Utilize existing Internet resources to achieve real time and on line monitoring to UPS, data monitoring is comprehensive, and transmission real-time is high, efficiently solves conventional monitoring systems monitoring apart from short, that input cost is high problem.

Below by drawings and Examples, technical scheme of the present invention is described in further detail.

Accompanying drawing explanation

Fig. 1 is process flow diagram of the present invention.

Embodiment

As shown in Figure 1, the present invention includes following steps:

Step one, on-site data gathering and UPS parameter testing:

101, on-site data gathering: adopt and be laid in the temperature detecting module at scene to be monitored and humidity detecting module detects environment temperature and ambient humidity, respectively to obtain temperature information and humidity information; The Smoke Detection module being laid in scene to be monitored is adopted to detect on-the-spot air regime, to obtain smokescope information; Described temperature detecting module, humidity detecting module and Smoke Detection module are by described temperature information, humidity information and smokescope information real-time Transmission to controller, and described temperature detecting module, humidity detecting module and Smoke Detection module all connect with described controller;

102, UPS parameter testing: controller is according to the time cycle preset, control command is sent to the UPS parametric test equipment being laid in scene to be monitored, described UPS parametric test equipment is tested described UPS, and give described controller by test result real-time Transmission, described UPS parametric test equipment comprises electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module, described electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module all connect with described controller, parameter testing process is as follows:

Described electrical quantity integration test module is tested the voltage of described UPS, electric current, power and power-efficient parameter, to obtain UPS electrical quantity;

Described withstand voltage Insulation test module is tested the withstand voltage of described UPS and insulating property, to obtain withstand voltage insulation information;

The stake resistance of described earth resistance module to described UPS is tested, to obtain ground connection condition information;

Described noise testing module is tested the noise situations sent during described UPS work, to obtain noise information;

Step 2, data site disposal and remote transmission: first the temperature information received, humidity information, smokescope information, UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information are carried out following process by described controller respectively: signal amplification, signal filtering, A/D conversion, then after being changed by A/D, the data that obtain are stored in the storer connected with described controller, finally by data packing and by the data after packing by internet transmission to the main frame being laid in remote monitoring center; Described main frame is connected with a SNMP module, and described controller is connected with the 2nd SNMP module, and a described SNMP module is connected by described internet with the 2nd SNMP module;

Step 3, remote data process and failure notification: described main frame receives the data that described controller sends and unpacks, and is then handled as follows:

Temperature information, humidity information and smokescope information in data after unpacking are compared with the temperature threshold preset, humidity threshold and smoke density threshold value respectively, if said temperature information, humidity information and smokescope information are arbitrary exceed corresponding described threshold value, the alarm unit that then described host computer control connects with it carries out sound and light alarm, notifies corresponding UPS failure message respectively by SMS transmission module and Email sending module with the form of note and Email to maintainer simultaneously; Otherwise, then do not report to the police, get back to step one; Described SMS transmission module and Email sending module all connect with described main frame;

UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information in data after unpacking are shown in real time by the Human machine interface connected with described main frame, so that monitor staff checks, if above-mentioned UPS electrical quantity, withstand voltage insulation information, ground connection condition information are abnormal with noise information, then on described Human machine interface, show " system exception ", and showing concrete abnormal conditions, monitor staff can take corresponding measure; Otherwise, then " system is normal " is shown.

In the present embodiment, a described SNMP module and the 2nd SNMP module are identical SNMP card.

The above; it is only preferred embodiment of the present invention; not the present invention is imposed any restrictions, every above embodiment is done according to the technology of the present invention essence any simple modification, change and equivalent structure change, all still belong in the protection domain of technical solution of the present invention.

Claims (2)

1. UPS is carried out to a method for remote monitoring, it is characterized in that, comprise the following steps:

Step one, on-site data gathering and UPS parameter testing:

101, on-site data gathering: adopt and be laid in the temperature detecting module at scene to be monitored and humidity detecting module detects environment temperature and ambient humidity, respectively to obtain temperature information and humidity information; The Smoke Detection module being laid in scene to be monitored is adopted to detect on-the-spot air regime, to obtain smokescope information; Described temperature detecting module, humidity detecting module and Smoke Detection module are by described temperature information, humidity information and smokescope information real-time Transmission to controller, and described temperature detecting module, humidity detecting module and Smoke Detection module all connect with described controller;

102, UPS parameter testing: controller is according to the time cycle preset, control command is sent to the UPS parametric test equipment being laid in scene to be monitored, described UPS parametric test equipment is tested described UPS, and give described controller by test result real-time Transmission, described UPS parametric test equipment comprises electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module, described electrical quantity integration test module, withstand voltage Insulation test module, earth resistance module and noise testing module all connect with described controller, parameter testing process is as follows:

Described electrical quantity integration test module is tested the voltage of described UPS, electric current, power and power-efficient parameter, to obtain UPS electrical quantity;

Described withstand voltage Insulation test module is tested the withstand voltage of described UPS and insulating property, to obtain withstand voltage insulation information;

The stake resistance of described earth resistance module to described UPS is tested, to obtain ground connection condition information;

Described noise testing module is tested the noise situations sent during described UPS work, to obtain noise information;

Step 2, data site disposal and remote transmission: first the temperature information received, humidity information, smokescope information, UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information are carried out following process by described controller respectively: signal amplification, signal filtering, A/D conversion, then after being changed by A/D, the data that obtain are stored in the storer connected with described controller, finally by data packing and by the data after packing by internet transmission to the main frame being laid in remote monitoring center; Described main frame is connected with a SNMP module, and described controller is connected with the 2nd SNMP module, and a described SNMP module is connected by described internet with the 2nd SNMP module;

Step 3, remote data process and failure notification: described main frame receives the data that described controller sends and unpacks, and is then handled as follows:

Temperature information, humidity information and smokescope information in data after unpacking are compared with the temperature threshold preset, humidity threshold and smoke density threshold value respectively, if said temperature information, humidity information and smokescope information are arbitrary exceed corresponding described threshold value, the alarm unit that then described host computer control connects with it carries out sound and light alarm, notifies corresponding UPS failure message respectively by SMS transmission module and Email sending module with the form of note and Email to maintainer simultaneously; Otherwise, then do not report to the police, get back to step one; Described SMS transmission module and Email sending module all connect with described main frame;

UPS electrical quantity, withstand voltage insulation information, ground connection condition information and noise information in data after unpacking are shown in real time by the Human machine interface connected with described main frame, so that monitor staff checks, if above-mentioned UPS electrical quantity, withstand voltage insulation information, ground connection condition information are abnormal with noise information, then on described Human machine interface, show " system exception ", and showing concrete abnormal conditions, monitor staff can take corresponding measure; Otherwise, then " system is normal " is shown.

2. according to a kind of method of carrying out remote monitoring to UPS according to claim 1, it is characterized in that: a described SNMP module and the 2nd SNMP module are identical SNMP card.