CN108776268A - A kind of capacity utilization analysis method based on power monitoring - Google Patents

A kind of capacity utilization analysis method based on power monitoring Download PDF

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Publication number
CN108776268A
CN108776268A CN201810251902.0A CN201810251902A CN108776268A CN 108776268 A CN108776268 A CN 108776268A CN 201810251902 A CN201810251902 A CN 201810251902A CN 108776268 A CN108776268 A CN 108776268A
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CN
China
Prior art keywords
electrical equipment
equipment
time
real
standby
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CN201810251902.0A
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Chinese (zh)
Inventor
鲍龙飞
余斌
胡养成
胡永全
张利
马伟
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Anhui Flute Science & Technology Co Ltd
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Anhui Flute Science & Technology Co Ltd
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Priority to CN201810251902.0A priority Critical patent/CN108776268A/en
Publication of CN108776268A publication Critical patent/CN108776268A/en
Pending legal-status Critical Current

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    • GPHYSICS
    • G01MEASURING; TESTING
    • G01RMEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
    • G01R31/00Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere

Abstract

The capacity utilization analysis method based on power monitoring that the invention discloses a kind of, including:Obtain the real-time power consumption parameter of electrical equipment;The real-time power consumption parameter of electrical equipment is compared with preset equipment evaluation parameter sets, judges that electrical equipment status, the electrical equipment status include normal operating conditions, malfunction and standby mode;When judging that electrical equipment is in normal operating conditions, the normal work duration of electrical equipment is recorded;When judging that electrical equipment is in malfunction, safety alarm is sent out, and records the failure duration of electrical equipment;When judging that electrical equipment is in standby, the standby time of electrical equipment is recorded;Electrical equipment utilization rate is calculated according to the standby time of the normal work duration of electrical equipment, the failure duration of electrical equipment, electrical equipment.

Description

A kind of capacity utilization analysis method based on power monitoring
Technical field
The present invention relates to data information technical field more particularly to a kind of capacity utilization analysis sides based on power monitoring Method.
Background technology
Hospital, school, each integrated mill are after installing large scale equipment, it tends to be difficult to the utilization rate of these equipment, and equipment Investment usually accounts for larger ratio in gross investment, and therefore, can equipment make full use of, and be directly related to returns of investment, improves The utilization rate of equipment is equal to relative reduction product cost.So the manager as enterprise, is carrying out production decision and system When locking equipment purchases plan, utilization rate plays particularly critical effect.
These equipment when in use, can inevitably break down, in device fails, if user knows not in time, Equipment fault intensification is frequently can lead to, the production efficiency of enterprise is influenced, may further be brought to the personnel around equipment Security risk.
Invention content
Technical problems based on background technology, the present invention propose a kind of capacity utilization based on power monitoring point Analysis method;
A kind of capacity utilization analysis method based on power monitoring proposed by the present invention, including:
S1, the real-time power consumption parameter for obtaining electrical equipment;
S2, the real-time power consumption parameter of electrical equipment is compared with preset equipment evaluation parameter sets, judges electricity consumption Equipment status, the electrical equipment status include normal operating conditions, malfunction and standby mode;
S3, when judging that electrical equipment is in normal operating conditions, record the normal work duration of electrical equipment;
S4, when judging that electrical equipment is in malfunction, when sending out safety alarm, and recording the failure of electrical equipment It is long;
S5, when judging that electrical equipment is in standby, record the standby time of electrical equipment;
S6, the standby time meter for working normally duration, the failure duration of electrical equipment, electrical equipment according to electrical equipment Calculate electrical equipment utilization rate.
Preferably, step S1 is specifically included:The real-time of electrical equipment is obtained by the intelligent socket being connect with electrical equipment Power consumption parameter.
Preferably, in step S1, the real-time power consumption parameter of the electrical equipment specifically includes:The real-time electricity of electrical equipment Pressure and real-time current.
Preferably, step S2 is specifically included:
The equipment evaluation parameter sets include that equipment normal operating parameters subset, equipment fault subset of parameters, equipment wait for Machine subset of parameters, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment Voltage range when fault parameter subset includes equipment fault and current range, device standby subset of parameters include device standby When voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are normal in the sub- concentrating equipment of equipment normal operating parameters simultaneously When voltage range and current range when work, judge that electrical equipment is in normal operating conditions;
When the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in malfunction;
When the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in standby.
Preferably, step S6 is specifically included:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B sets for electricity consumption Standby failure duration, C are the standby time of electrical equipment.
A kind of capacity utilization analysis system based on power monitoring, including:
Parameter acquisition module, the real-time power consumption parameter for obtaining electrical equipment;
State estimation module, for carrying out the real-time power consumption parameter of electrical equipment and preset equipment evaluation parameter sets Compare, judge electrical equipment status, the electrical equipment status includes normal operating conditions, malfunction and standby State;
Operating time logging modle, for when judging that electrical equipment is in normal operating conditions, recording electrical equipment Work normally duration;
Alarm modules, for when judging that electrical equipment is in malfunction, sending out safety alarm, and record electrical equipment Failure duration;
Standby time logging modle, for when judging that electrical equipment is in standby, recording the standby of electrical equipment Duration;
Utilization rate generation module, for according to the normal work duration of electrical equipment, the failure duration of electrical equipment, electricity consumption The standby time of equipment calculates electrical equipment utilization rate.
Preferably, the parameter acquisition module, is specifically used for:Electricity consumption is obtained by the intelligent socket being connect with electrical equipment The real-time power consumption parameter of equipment.
Preferably, the parameter acquisition module, is specifically used for:The real-time power consumption parameter of the electrical equipment includes that electricity consumption is set Standby real-time voltage and real-time current.
Preferably, the state estimation module, is specifically used for:
The equipment evaluation parameter sets include that equipment normal operating parameters subset, equipment fault subset of parameters, equipment wait for Machine subset of parameters, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment Voltage range when fault parameter subset includes equipment fault and current range, device standby subset of parameters include device standby When voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are normal in the sub- concentrating equipment of equipment normal operating parameters simultaneously When voltage range and current range when work, judge that electrical equipment is in normal operating conditions;
When the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in malfunction;
When the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in standby.
Preferably, the utilization rate generation module, is specifically used for:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B sets for electricity consumption Standby failure duration, C are the standby time of electrical equipment.
The present invention by obtain electrical equipment real-time power consumption parameter, by the real-time power consumption parameter of electrical equipment with it is preset Equipment evaluation parameter sets are compared, and judge that electrical equipment status, the electrical equipment status include normal work Make state, malfunction and standby mode, when judging that electrical equipment is in normal operating conditions, records the normal of electrical equipment Operating time sends out safety alarm when judging that electrical equipment is in malfunction, and records the failure duration of electrical equipment, When judging that electrical equipment is in standby, the standby time of electrical equipment is recorded, when according to the normal work of electrical equipment Length, the standby time calculating electrical equipment utilization rate of the failure duration of electrical equipment, electrical equipment.In this way, to just at work The service condition of electrical equipment monitored in real time, when electrical equipment breaks down, issue the user with alarm in time, carry Wake up user on-call maintenance electrical equipment, meanwhile, real-time statistics are carried out to the utilization rate of electrical equipment, allow user clearly, in real time Understanding electrical equipment service condition, facilitate user to electrical equipment carry out quality evaluation, can further reasonable arrangement it is each The production capacity of electrical equipment.
Description of the drawings
Fig. 1 is a kind of flow diagram of the capacity utilization analysis method based on power monitoring proposed by the present invention;
Fig. 2 is a kind of module diagram of the capacity utilization analysis system based on power monitoring proposed by the present invention.
Specific implementation mode
Referring to Fig.1, a kind of capacity utilization analysis method based on power monitoring proposed by the present invention, including:
Step S1 obtains the real-time power consumption parameter of electrical equipment, specifically includes:It is inserted by the intelligence being connect with electrical equipment Seat obtains the real-time power consumption parameter of electrical equipment, and the real-time power consumption parameter of the electrical equipment specifically includes:The reality of electrical equipment When voltage and real-time current.
In concrete scheme, when electrical equipment connects alternating current by intelligent socket, intelligent socket can obtain electrical equipment Real-time voltage during the work time and real-time current.
The real-time power consumption parameter of electrical equipment is compared by step S2 with preset equipment evaluation parameter sets, is judged Electrical equipment status, the electrical equipment status include normal operating conditions, malfunction and standby mode, specifically Including:
The equipment evaluation parameter sets include that equipment normal operating parameters subset, equipment fault subset of parameters, equipment wait for Machine subset of parameters, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment Voltage range when fault parameter subset includes equipment fault and current range, device standby subset of parameters include device standby When voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are normal in the sub- concentrating equipment of equipment normal operating parameters simultaneously When voltage range and current range when work, judge that electrical equipment is in normal operating conditions;
When the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in malfunction;
When the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in standby.
Step S3 records the normal work duration of electrical equipment when judging that electrical equipment is in normal operating conditions.
Step S4 sends out safety alarm when judging that electrical equipment is in malfunction, and records the failure of electrical equipment Duration.
Step S5 records the standby time of electrical equipment when judging that electrical equipment is in standby.
In concrete scheme, after electrical equipment startup, when equipment is in different conditions (normal work, failure, standby), Its voltage, electric current can be by apparent different.After the real-time voltage and real-time current for obtaining electrical equipment, by the reality of electrical equipment When voltage and real-time current be compared with preset equipment evaluation parameter sets, when electrical equipment real-time voltage and in real time electricity When flowing while being in the voltage range and current range when the sub- concentrating equipment of equipment normal operating parameters works normally, illustrate electricity consumption Equipment works normally, at this point, the normal work duration of record electrical equipment;When the real-time voltage and real-time current of electrical equipment are same When voltage range and current range when equipment fault, illustrate electrical equipment generation at this time in equipment fault subset of parameters Failure at this point, issuing the user with equipment fault alarm, and records the failure duration of electrical equipment;When the real-time electricity of electrical equipment When pressing the voltage range and current range when being in device standby in device standby subset of parameters simultaneously with real-time current, illustrate this When electrical equipment be in standby, at this point, record electrical equipment standby time.
Step S6, according to electrical equipment normal work duration, the failure duration of electrical equipment, electrical equipment it is standby when It is long to calculate electrical equipment utilization rate, it specifically includes:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B sets for electricity consumption Standby failure duration, C are the standby time of electrical equipment.
In concrete scheme, pass through the normal work duration of electrical equipment, the failure duration of electrical equipment, electrical equipment Standby time calculates electrical equipment utilization rate, and real-time statistics are carried out to the utilization rate of electrical equipment, allow user clearly, in real time The service condition for understanding electrical equipment facilitates user to carry out quality evaluation to electrical equipment.
With reference to Fig. 2, the present invention proposes a kind of capacity utilization analysis system based on power monitoring, including:
Parameter acquisition module, the real-time power consumption parameter for obtaining electrical equipment, is specifically used for:By connecting with electrical equipment The intelligent socket connect obtains the real-time power consumption parameter of electrical equipment, wherein the real-time power consumption parameter of the electrical equipment includes using The real-time voltage and real-time current of electric equipment.
In concrete scheme, when electrical equipment connects alternating current by intelligent socket, intelligent socket can obtain electrical equipment Real-time voltage during the work time and real-time current.
State estimation module, for carrying out the real-time power consumption parameter of electrical equipment and preset equipment evaluation parameter sets Compare, judge electrical equipment status, the electrical equipment status includes normal operating conditions, malfunction and standby State is specifically used for:
The equipment evaluation parameter sets include that equipment normal operating parameters subset, equipment fault subset of parameters, equipment wait for Machine subset of parameters, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment Voltage range when fault parameter subset includes equipment fault and current range, device standby subset of parameters include device standby When voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are normal in the sub- concentrating equipment of equipment normal operating parameters simultaneously When voltage range and current range when work, judge that electrical equipment is in normal operating conditions;
When the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in malfunction;
When the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When voltage range and current range, judge that electrical equipment is in standby.
Operating time logging modle, for when judging that electrical equipment is in normal operating conditions, recording electrical equipment Work normally duration.
Alarm modules, for when judging that electrical equipment is in malfunction, sending out safety alarm, and record electrical equipment Failure duration.
Standby time logging modle, for when judging that electrical equipment is in standby, recording the standby of electrical equipment Duration.
In concrete scheme, after electrical equipment startup, when equipment is in different conditions (normal work, failure, standby), Its voltage, electric current can be by apparent different.After the real-time voltage and real-time current for obtaining electrical equipment, by the reality of electrical equipment When voltage and real-time current be compared with preset equipment evaluation parameter sets, when electrical equipment real-time voltage and in real time electricity When flowing while being in the voltage range and current range when the sub- concentrating equipment of equipment normal operating parameters works normally, illustrate electricity consumption Equipment works normally, at this point, the normal work duration of record electrical equipment;When the real-time voltage and real-time current of electrical equipment are same When voltage range and current range when equipment fault, illustrate electrical equipment generation at this time in equipment fault subset of parameters Failure at this point, issuing the user with equipment fault alarm, and records the failure duration of electrical equipment;When the real-time electricity of electrical equipment When pressing the voltage range and current range when being in device standby in device standby subset of parameters simultaneously with real-time current, illustrate this When electrical equipment be in standby, at this point, record electrical equipment standby time.
Utilization rate generation module, for according to the normal work duration of electrical equipment, the failure duration of electrical equipment, electricity consumption The standby time of equipment calculates electrical equipment utilization rate, is specifically used for:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B sets for electricity consumption Standby failure duration, C are the standby time of electrical equipment.
In concrete scheme, pass through the normal work duration of electrical equipment, the failure duration of electrical equipment, electrical equipment Standby time calculates electrical equipment utilization rate, and real-time statistics are carried out to the utilization rate of electrical equipment, allow user clearly, in real time The service condition for understanding electrical equipment facilitates user to carry out quality evaluation to electrical equipment.
Present embodiment by obtaining the real-time power consumption parameter of electrical equipment, by the real-time power consumption parameter of electrical equipment with it is pre- If equipment evaluation parameter sets be compared, judge electrical equipment status, the electrical equipment status includes just Normal working condition, malfunction and standby mode record electrical equipment when judging that electrical equipment is in normal operating conditions Duration is worked normally, when judging that electrical equipment is in malfunction, when sending out safety alarm, and recording the failure of electrical equipment It is long, when judging that electrical equipment is in standby, the standby time of electrical equipment is recorded, according to the normal work of electrical equipment The standby time calculating electrical equipment utilization rate of duration, the failure duration of electrical equipment, electrical equipment.In this way, to working In the service condition of electrical equipment monitored in real time, when electrical equipment breaks down, issue the user with alarm in time, Remind user's on-call maintenance electrical equipment, meanwhile, real-time statistics are carried out to the utilization rate of electrical equipment, allow user clearly, it is real When understanding electrical equipment service condition, facilitate user to electrical equipment carry out quality evaluation, being capable of further reasonable arrangement The production capacity of each electrical equipment.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Any one skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims (10)

1. a kind of capacity utilization analysis method based on power monitoring, which is characterized in that including:
S1, the real-time power consumption parameter for obtaining electrical equipment;
S2, the real-time power consumption parameter of electrical equipment is compared with preset equipment evaluation parameter sets, judges electrical equipment Status, the electrical equipment status include normal operating conditions, malfunction and standby mode;
S3, when judging that electrical equipment is in normal operating conditions, record the normal work duration of electrical equipment;
S4, when judging that electrical equipment is in malfunction, send out safety alarm, and record the failure duration of electrical equipment;
S5, when judging that electrical equipment is in standby, record the standby time of electrical equipment;
S6, use is calculated according to the standby time of the normal work duration of electrical equipment, the failure duration of electrical equipment, electrical equipment Electric equipment utilization rate.
2. the capacity utilization analysis method according to claim 1 based on power monitoring, which is characterized in that step S1, It specifically includes:The real-time power consumption parameter of electrical equipment is obtained by the intelligent socket being connect with electrical equipment.
3. the capacity utilization analysis method according to claim 1 based on power monitoring, which is characterized in that step S1 In, the real-time power consumption parameter of the electrical equipment specifically includes:The real-time voltage and real-time current of electrical equipment.
4. the capacity utilization analysis method according to claim 3 based on power monitoring, which is characterized in that step S2, It specifically includes:
The equipment evaluation parameter sets include equipment normal operating parameters subset, equipment fault subset of parameters, device standby ginseng Number subset, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment fault Voltage range when subset of parameters includes equipment fault and current range, when device standby subset of parameters includes device standby Voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are simultaneously in the sub- concentrating equipment normal work of equipment normal operating parameters When voltage range and current range when, judge that electrical equipment is in normal operating conditions;
Voltage when the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When range and current range, judge that electrical equipment is in malfunction;
Voltage when the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When range and current range, judge that electrical equipment is in standby.
5. the capacity utilization analysis method according to claim 1 based on power monitoring, which is characterized in that step S6, It specifically includes:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B is electrical equipment Failure duration, C are the standby time of electrical equipment.
6. a kind of capacity utilization analysis system based on power monitoring, which is characterized in that including:
Parameter acquisition module, the real-time power consumption parameter for obtaining electrical equipment;
State estimation module, for comparing the real-time power consumption parameter of electrical equipment and preset equipment evaluation parameter sets Compared with judging that electrical equipment status, the electrical equipment status include normal operating conditions, malfunction and standby shape State;
Operating time logging modle, for when judging that electrical equipment is in normal operating conditions, recording the normal of electrical equipment Operating time;
Alarm modules, for when judging that electrical equipment is in malfunction, sending out safety alarm, and record the event of electrical equipment Hinder duration;
Standby time logging modle, the standby time for when judging that electrical equipment is in standby, recording electrical equipment;
Utilization rate generation module, for according to the normal work duration of electrical equipment, the failure duration of electrical equipment, electrical equipment Standby time calculate electrical equipment utilization rate.
7. the capacity utilization analysis system according to claim 6 based on power monitoring, which is characterized in that the parameter Acquisition module is specifically used for:The real-time power consumption parameter of electrical equipment is obtained by the intelligent socket being connect with electrical equipment.
8. the capacity utilization analysis system according to claim 6 based on power monitoring, which is characterized in that the parameter Acquisition module is specifically used for:The real-time power consumption parameter of the electrical equipment includes the real-time voltage and real-time current of electrical equipment.
9. the capacity utilization analysis system according to claim 8 based on power monitoring, which is characterized in that the state Evaluation module is specifically used for:
The equipment evaluation parameter sets include equipment normal operating parameters subset, equipment fault subset of parameters, device standby ginseng Number subset, voltage range and current range when equipment normal operating parameters subset includes equipment normal work, equipment fault Voltage range when subset of parameters includes equipment fault and current range, when device standby subset of parameters includes device standby Voltage range and current range;
When the real-time voltage and real-time current of electrical equipment are simultaneously in the sub- concentrating equipment normal work of equipment normal operating parameters When voltage range and current range when, judge that electrical equipment is in normal operating conditions;
Voltage when the real-time voltage of electrical equipment and real-time current are in equipment fault in equipment fault subset of parameters simultaneously When range and current range, judge that electrical equipment is in malfunction;
Voltage when the real-time voltage of electrical equipment and real-time current are in device standby in device standby subset of parameters simultaneously When range and current range, judge that electrical equipment is in standby.
10. the capacity utilization analysis system according to claim 6 based on power monitoring, which is characterized in that described to make With rate generation module, it is specifically used for:
Electrical equipment utilization rate E=A ÷ (A+B+C), wherein A is the normal work duration of electrical equipment, and B is electrical equipment Failure duration, C are the standby time of electrical equipment.
CN201810251902.0A 2018-03-26 2018-03-26 A kind of capacity utilization analysis method based on power monitoring Pending CN108776268A (en)

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Application Number Priority Date Filing Date Title
CN201810251902.0A CN108776268A (en) 2018-03-26 2018-03-26 A kind of capacity utilization analysis method based on power monitoring

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Application Number Priority Date Filing Date Title
CN201810251902.0A CN108776268A (en) 2018-03-26 2018-03-26 A kind of capacity utilization analysis method based on power monitoring

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Publication Number Publication Date
CN108776268A true CN108776268A (en) 2018-11-09

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1835446A (en) * 2005-03-14 2006-09-20 佛山市顺德区顺达电脑厂有限公司 Method of calculating each component using rate in communicator
CN104503348A (en) * 2014-12-11 2015-04-08 重庆大学 Remote control method and remote control system for operating condition of electric equipment based on current monitoring
CN105046575A (en) * 2015-06-09 2015-11-11 国家电网公司 Evaluation method for determining power network equipment utilization rate evaluation indexes
CN105068915A (en) * 2015-08-10 2015-11-18 合肥联宝信息技术有限公司 Power supply management device and method
CN107832946A (en) * 2017-11-07 2018-03-23 中山大学 A kind of power energy monitoring and controlling for workshop and management method and system

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1835446A (en) * 2005-03-14 2006-09-20 佛山市顺德区顺达电脑厂有限公司 Method of calculating each component using rate in communicator
CN104503348A (en) * 2014-12-11 2015-04-08 重庆大学 Remote control method and remote control system for operating condition of electric equipment based on current monitoring
CN105046575A (en) * 2015-06-09 2015-11-11 国家电网公司 Evaluation method for determining power network equipment utilization rate evaluation indexes
CN105068915A (en) * 2015-08-10 2015-11-18 合肥联宝信息技术有限公司 Power supply management device and method
CN107832946A (en) * 2017-11-07 2018-03-23 中山大学 A kind of power energy monitoring and controlling for workshop and management method and system

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Application publication date: 20181109