JP5171715B2 - Power generation equipment inspection and power failure plan support system and plan support method thereof - Google Patents
Power generation equipment inspection and power failure plan support system and plan support method thereof Download PDFInfo
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- 238000007689 inspection Methods 0.000 title claims description 186
- 238000010248 power generation Methods 0.000 title claims description 27
- 238000000034 method Methods 0.000 title claims description 16
- 230000008439 repair process Effects 0.000 claims description 67
- 238000012545 processing Methods 0.000 claims description 23
- 238000010276 construction Methods 0.000 claims description 20
- 230000009466 transformation Effects 0.000 claims description 15
- 238000010586 diagram Methods 0.000 description 4
- 238000004891 communication Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 3
- 238000012856 packing Methods 0.000 description 3
- 238000012360 testing method Methods 0.000 description 3
- 230000005856 abnormality Effects 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 2
- 239000011248 coating agent Substances 0.000 description 2
- 238000000576 coating method Methods 0.000 description 2
- 238000001816 cooling Methods 0.000 description 2
- 238000009472 formulation Methods 0.000 description 2
- 238000007726 management method Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 239000006096 absorbing agent Substances 0.000 description 1
- 239000003990 capacitor Substances 0.000 description 1
- 230000010365 information processing Effects 0.000 description 1
- 239000004973 liquid crystal related substance Substances 0.000 description 1
- 230000000737 periodic effect Effects 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 230000001131 transforming effect Effects 0.000 description 1
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/50—Systems or methods supporting the power network operation or management, involving a certain degree of interaction with the load-side end user applications
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Description
本発明は、発変電設備の点検計画作業を支援する技術に係り、特に停電を伴う発変電機器について点検する際の計画作業を支援するための発変電機器点検・停電計画支援システム及びその計画支援方法に関する。 The present invention, originating substation relates to assist technical inspection planning tasks facilities, planned outgoing substation equipment to support the work inspection and outage planning support system and at the time of inspection in particular originating substation equipment with power failure It relates to the planning support method.
発変電設備等のプラントには、機械設備、電気設備、制御装置等の種々の設備が設けられている。これらの設備は、経年変化等によって特性変化や異常が発生することがある。設備に異常等が発生すると、発変電設備から供給する電力の信頼性、例えば電圧や周波数等の電力の質が低下するおそれがある。そこで、発変電設備では、供給する電力の信頼性が低下するのを防止するために定期的に各設備の点検、補修あるいは修理等を行っている。 A plant such as a power generation / transformation facility is provided with various facilities such as a mechanical facility, an electrical facility, and a control device. In these facilities, characteristic changes and abnormalities may occur due to changes over time. When an abnormality or the like occurs in the facility, the reliability of the power supplied from the power generation / transformation facility, for example, the quality of the power such as voltage or frequency may be reduced. Therefore, in the power generation / transformation equipment, in order to prevent the reliability of the supplied power from being lowered, each equipment is regularly inspected, repaired or repaired.
発変電設備等のプラントに関する点検又は工事等を実施する際に、一部の機器を停止させ、需要家への送電系統の一部を遮断する必要がある。すなわち、発変電設備の点検、工事のため機器の停電を行う場合、その間の電力供給確保および供給信頼度確保のために代替供給対策や必要な機器保護対策の事前検討を行う必要がある。このような電力系統の停電を実施する際には、電力会社のシステム全体にわたって種々の影響が出るため、主管箇所において統括して管理する必要がある。 When carrying out inspections or construction related to plants such as power generation and substation facilities, it is necessary to stop some equipment and cut off part of the power transmission system to consumers. In other words, when a power failure occurs in equipment for inspection and construction of power generation and substation facilities, it is necessary to conduct preliminary studies on alternative supply measures and necessary equipment protection measures in order to ensure power supply and supply reliability. When such a power failure of the power system is carried out, various influences are exerted on the entire system of the power company, so it is necessary to manage in a centralized manner.
そこで、発変電所で発変電機器を維持管理する者は、電力系統の停電を実施する際に需要家への送電系統に支障が生じないようにする。一方、点検業務を委託され、実際に点検、補修、修理、工事等を行う受託者は、その委託業務を正確に理解し、適切に実施する必要がある。例えば「点検・修繕計画業務」における業務区分は表１に示すように、発変電所を維持管理する者「委託者」は、その発変電課において修繕計画を策定する。一方、点検、補修、修理、工事をする「受託者」は点検計画を策定する。
受託者の対象機器（工事）は、工量に基づいて実施する普通点検の機器である。委託者の発変電課の対象機器（工事）は、工量に基づいて実施する普通点検以外の修繕工事であり、工量に基づいて実施する普通点検以外の普通点検、細密点検、修理、その他修繕工事がある。
点検・修繕計画業務の策定概要としては、受託者は点検費用（３ケ年分）、停電計画（翌年度分）、作業平準化計画（翌年度分）がある。同じく、発変電課も修繕費用（３ケ年分）、停電計画（翌年度分）、作業平準化計画（翌年度分）がある。
Therefore, the person who maintains the originating substation equipment in the outgoing substation, so as not to cause trouble in the power transmission system to customers in the practice of the power failure of the power system. On the other hand, a trustee who is entrusted with inspection work and actually performs inspections, repairs, repairs, constructions, etc. needs to understand the contract work accurately and implement it appropriately. For example, as shown in Table 1 for the work classification in the “inspection / repair plan work”, the person “consignor” who maintains and manages the power substation develops a repair plan in the power substation. On the other hand, “contractors” who perform inspections, repairs, repairs, and constructions formulate inspection plans.
The contractor's target equipment (construction) is equipment for regular inspections based on the amount of work. Consignor of the calling substation Division of the target device (construction) is that Osamu繕工other than the normal inspection you carried out on the basis of the application amount, usually inspection outside the normal point Ken以 be carried out on the basis of the application amount, fine inspection , Repair and other repair work.
As the outline of the inspection / repair plan work, the trustee has the inspection cost (for 3 years), the power outage plan (for the next year), and the work leveling plan (for the next year). Similarly, the power generation and substation section also has repair costs (for three years), a power outage plan (for the next year), and a work leveling plan (for the next year).
このように、点検・修繕計画業務を策定するときの業務の流れを、図６のフローチャートに基づいて説明する。
先ず、「点検修繕計画情報連絡」から始まり、発変電所を維持管理する委託者が点検修繕計画情報を点検作業者（受託者）へ連絡する。この点検修繕計画情報を受託者が受領する。この連絡は、例えば年度始めの４月頃に実施する。
「１次作業」として、委託者は工量に基づいて実施する修繕計画を策定する。受託者は工量に基づいて実施する点検計画を策定する。この作業は、例えば４月から８月頃に実施する。
「調整会議」として、委託者と受託者とがその計画を調整する。この調整会議に基づき、「２次作業」として、その計画を修正する。これらの作業は、例えば９月頃に実施する。
「停電調整」として、委託者は必要により停電調整に関連する調整を実施する。この作業は、例えば１２月から１月頃に実施する。一方、受託者は特に作業することは無い。
最後に「最終作業」として、委託者と受託者は、停電調整に基づく計画データを修正して、計画策定を終了する。この作業は、例えば２月から３月頃に実施する。
Thus, the flow of work when formulating an inspection / repair plan work will be described based on the flowchart of FIG.
First, starting with “inspection / repair plan information communication”, a consignor who maintains and manages the power substation notifies the inspection / repair plan information to the inspection operator (trustee). The trustee receives this inspection / repair plan information. This communication is conducted, for example, around April at the beginning of the fiscal year.
As the "primary task", consignor is to develop a Osamu繕計image you performed on the basis of the coating amount. Trustees to develop a test plan point you carried out on the basis of the coating amount. This work is performed, for example, from April to August.
As a “coordination meeting”, the contractor and the trustee coordinate their plans. Based on this coordination meeting, the plan is revised as “secondary work”. These operations are performed, for example, around September.
As “power outage adjustment”, the contractor performs adjustments related to power outage adjustment as necessary. This work is performed from December to January, for example. On the other hand, the trustee does not work in particular.
Finally, as the “final work”, the consignor and the trustee correct the plan data based on the blackout adjustment and finish the plan formulation . This work is carried out, for example, from February to March.
そこで、点検・修繕計画業務の中の修繕計画、点検計画及び修繕、点検に伴う停電に関する停電計画を策定する際に、従来では必要な項目についてソフトウェア（システム）を用いて策定していた。例えば、図７の概要説明図に示すように、先ず、設備仕様、点検管理については、例えば設備保全システム等のソフトウェアを用いて策定していた。各点検費用の算定については、汎用の計算ソフトウェアを用いて手入力で算定していた。停電計画については停電計画等のソフトウェアを用いて策定していた。工量発注についても工量システム等のソフトウェアを用いて策定していた。 Therefore, when formulating a repair plan, a check plan and repair in the inspection / repair plan work , and a power outage plan related to a power outage accompanying the inspection , conventionally, necessary items have been formulated using software (system). For example, as shown in the schematic explanatory diagram of FIG. 7, the equipment specification and inspection management are first formulated using software such as an equipment maintenance system. Each inspection cost was calculated manually using general-purpose calculation software. The power outage plan was formulated using software such as a power outage plan. Work ordering was also formulated using software such as a work system.
このように個々の作業計画を立てるための技術は種々提案されている。例えば、特許文献１の特開２００５−８０４７１号公報「停電作業計画システム、停電作業計画方法、及びプログラム」のように、複数の電力設備によって構成される電力系統の停電作業計画に用いられる停電作業計画システムであって、停電作業計画の対象となる電力系統の構成と前記電力系統を構成している各電力設備に関する情報とが記憶される記憶手段と、前記電力系統に含まれる電力設備のうち、停電作業を行うべき複数の電力設備（停電対象設備）が入力される入力手段と、前記入力される停電対象設備と、前記記憶手段に記憶されている電力系統の構成とに基づいて、停電作業のための作業系統の候補である作業系統候補を生成する作業系統候補生成手段と、前記生成される作業系統候補の各々について、前記記憶手段に記憶されている各電力設備に関する情報に基づいて、供給信頼度を決定する供給信頼度決定手段と、前記生成される作業系統候補の中から、前記決定される供給信頼度に基づいて、停電作業計画として採用すべき作業系統を決定する作業計画決定手段と、を備えた停電作業計画システムが提案されている。
しかし、上述した特許文献１の「停電作業計画システム」は、供給信頼度を最大化させるという点で優れているが、計画業務の効率化・迅速化又はコスト低減という点では不十分であった。実際の点検計画・停電計画を策定する際に、図７の概要説明図に示したように、先ず設備仕様、点検管理については、専用のソフトウェアを、停電計画については専用のソフトウェアを、工量発注についても専用の工量システム等のソフトウェアを用いて策定していた。このように従来の点検計画・停電計画の策定では、各システムの連係が取れておらず人間が手入力で実施しており、その作業に時間がかかり、精度も低いという問題を有していた。 However, the above-mentioned “power failure work planning system” of Patent Document 1 is excellent in terms of maximizing supply reliability, but is insufficient in terms of efficiency and speed of planning work or cost reduction. . When formulating an actual inspection plan and power outage plan, as shown in the schematic explanatory diagram of Fig. 7, first of all, dedicated software for equipment specifications and inspection management, dedicated software for power outage planning, Orders were also formulated using software such as a dedicated labor system. In this way, the conventional inspection plan and power outage plan have been problematic in that each system is not linked and is manually input by humans, which takes time and is less accurate. .
また、点検計画は、発変電所又は変電所を維持管理する委託者だけの調整ではなく、点検作業を実施する受託者側の作業員の確保などの観点からも計画していく必要があり、両者の調整を同時に行い、稼働可能な作業員を考慮しながら停電計画を進めていく必要があった。この両者の調整を人間による手作業の実施では、作業時間が長期化すると共に不完全なものになりやすいという問題を有していた。 In addition, point inspection plan is not the adjustment of only entrusted who maintains the outgoing substation or substations, it is necessary to continue to plan from the viewpoint of ensuring of trustees side of workers to carry out the inspection work Therefore, it was necessary to adjust both of them at the same time and proceed with the power outage plan while taking into consideration the workers who could operate. The manual adjustment performed by humans for both adjustments has the problem that the work time is prolonged and it tends to be incomplete.
本発明は、かかる問題点を解決するために創案されたものである。すなわち、本発明の目的は、設備保全に関するもの、点検費用の算定、及び停電計画に関するシステム間の連係を図ることで、委託者側の点検のための停電調整と受託者側の稼働作業員の確保とを自動的に調整することにより、点検計画、作業平準化、工量票について精度の高い計画を迅速に策定でき、その作成労力を大幅に削減することができる発変電機器点検・停電計画支援システム及びその計画支援方法を提供することにある。 The present invention has been developed to solve such problems. In other words, the object of the present invention is to coordinate the power outage for inspection on the consignor side and the operation worker on the consignor side by linking the systems related to equipment maintenance, calculation of inspection costs, and power outage planning. by automatically adjusting the securing, inspection plan, work leveling, can quickly develop a highly accurate plan for the coverage rate vote, calling substation equipment inspection and a power outage that it is possible to reduce the its creation effort significantly A plan support system and a plan support method thereof are provided.
本発明の発変電機器点検・停電計画支援システムは、作業時に停電を伴う発変電所に備えられた発変電機器の設備、機器について点検、補修、修理、工事を実施するための作業計画を策定する発変電機器点検・停電計画支援システムであって、前記発変電所における発変電機器の設備・機器情報（４１）と、発変電機器の設備、機器について、過去に実施した点検、補修、修理、工事に関する各作業の単位及び工量を含む作業種別情報（４２）と、設備、機器を点検、修理可能な委託者、受託者にそれぞれ所属する作業員とその稼働可能な日程を含む稼働作業員情報（４３）の各データを入力する入力装置（１０）と、該データを記憶するデータベース（４０）と、該データに基づいて点検・停電計画を作成する処理装置（３０）と、を具備し、前記処理装置（３０）が、前記入力装置（１０）から入力された前記設備・機器情報を記憶する設備・機器情報記憶手段と、前記処理装置（３０）が、前記入力装置（１０）から入力された前記作業種別情報を記憶する作業種別情報記憶手段と、前記処理装置（３０）が、前記入力装置（１０）から入力された前記稼働作業員情報を記憶する稼働作業員情報記憶手段と、前記処理装置（３０）が、前記発変電機器に含まれる電力設備のうち、点検、補修、修理、工事を行う設備、機器に関する機種、仕様を入力されると、前記設備・機器情報記憶手段に記憶されている設備・機器情報のデータと前記作業種別情報記憶手段に記憶されている作業種別情報のデータとに基づいて、点検作業のために停電できる設備、機器候補及び作業候補日を決定すると共に、点検・停電作業の工量を算定する点検計画決定手段（３２）と、前記処理装置（３０）が、前記設備、機器候補の中から、前記算定された工量に基づいて、その作業に必要な稼働作業員と人数を算定し、前記作業候補日及び前記稼働作業員情報記憶手段に記憶されている稼働作業員情報のデータに基づいて、作業を行う設備、機器及び作業日を最終決定し点検・停電計画を作成する作業員算定手段（３３）と、を備え、前記作業日に前記作業員を確保できることを確認したうえで点検・停電計画をまとめる、ことを特徴とする。 The power generation / inspection equipment inspection / power outage planning support system of the present invention formulates a work plan for inspecting, repairing, repairing, and performing work on the facilities and equipment of the power generation / transformation equipment provided at the power generation / substation with power outage during work. Power generation equipment inspection and power outage plan support system that performs the inspection, repair, and repair performed in the past on the equipment and equipment information (41) of the power generation equipment at the power generation substation. Work type information (42) including the unit and work amount of each work related to the work, a contractor who can inspect and repair equipment and equipment, a worker belonging to each of the trustees, and an operation work including the schedule for the work An input device (10) for inputting each data of the employee information (43), a database (40) for storing the data, and a processing device (30) for creating an inspection / power outage plan based on the data , Pre Symbol processor (30), and equipment and device information storage means for storing the facility and equipment information input from said input device (10), the processing device (30), wherein the input device (10) Work type information storage means for storing the work type information input from the operating device, and operating worker information storage means for the processing device (30) to store the operating worker information input from the input device (10) When the processing device (30) is input with the equipment for checking, repairing, repairing, or performing construction among the electric power equipment included in the power generation / transformation equipment, the model and specifications regarding the equipment, the equipment / equipment information storage Equipment, equipment candidates and work candidate dates that can be interrupted for inspection work based on the equipment / equipment information data stored in the means and the work type information data stored in the work type information storage means In addition to determining, the inspection plan determining means (32) for calculating the labor of the inspection / power failure work, and the processing device (30), based on the calculated labor, from the equipment and equipment candidates, It calculated the operating personnel and persons necessary for the work, based on the data of the operating personnel information stored in the working candidate date and the operating personnel information storage hand stage, equipment for performing work, equipment and work And a worker calculation means (33) for finalizing the date and creating an inspection / power outage plan, and confirming that the worker can be secured on the work day, and summarizing the inspection / power outage plan. To do.
前記発変電機器点検・停電計画支援システムは、前記処理装置（３０）が、前記作業員算定手段（３３）により算定した、稼働作業員の人数と作業日程について、その点検作業を受託する受託者に発注する発注手段（３５）を、更に備えることができる。
また、前記処理装置（３０）が、前記作業員算定手段（３３）により算定した、稼働作業員の人数と作業日程について、その点検作業を行う部署にその作業を発注する依頼手段（３５）を、更に備えることができる。
前記設備・機器情報記憶手段では、発変電機器に備えられた電力設備、機器の機種、仕様、点検ブロックに関する情報を記憶することができる。
前記作業種別情報記憶手段では、過去に実施した点検計画とその点検事項、その点検結果に関する情報を記憶することができる。
The power generation / transformation equipment inspection / power outage planning support system is a contractor who entrusts the inspection work for the number of working workers and the work schedule calculated by the processing device (30) by the worker calculation means (33). Ordering means (35) for placing an order can be further provided.
In addition, the processing device (30) has a request means (35) for placing an order for the number of working workers and the work schedule calculated by the worker calculation means (33) from a department that performs the inspection work. Can be further provided.
Wherein in facilities and equipment information storage means may store electric power facilities provided to the calling substation equipment, the type of equipment, the specification, the information about the inspection block.
The work type information storage means can store information on inspection plans, inspection items, and inspection results performed in the past.
本発明の発変電機器点検・停電計画支援方法は、作業時に停電を伴う発変電所に備えられた発変電機器の設備、機器について点検、補修、修理、工事を実施するための作業計画を策定する発変電機器点検・停電計画支援方法であって、予め、前記処理装置（３０）が、前記発変電機器の設備、機器に関する設備・機器情報（４１）と、それらの設備、機器について、過去に実施した点検、補修、修理、工事に関する各作業の単位及び工量を含む作業種別情報（４２）と、設備、機器の点検、補修、修理、工事が可能な委託者、受託者に所属する作業員とその稼働可能な日程を含む稼働作業員情報（４３）が記憶されるデータベース（４０）を作成するステップと、前記処理装置（３０）が、前記発変電機器に含まれる電力設備のうち、点検、補修、修理、工事を行う設備、機器に関する機種、仕様を入力されると、複数の発変電所から、前記設備・機器情報（４１）及び作業種別情報（４２）を参照し、点検・停電作業を実施できる特定の発変電所の候補及び作業候補日を上げ、その候補に挙げられた発変電所の点検・停電作業に必要な工量を算定するステップと、該工量に基づいて、その作業に必要な稼働作業員の人数と日程を算定して、前記データベース（４０）に記憶されている稼働作業員情報（４３）に基づいて作業を行う発変電所及び作業日を最終決定し点検・停電計画を作成するステップと、を備え、前記作業日に前記作業員を確保できることを確認したうえで点検・停電計画をまとめる、ことを特徴とする。
前記発変電機器点検・停電計画支援方法において、前記工量を算定する際に、設備の種類（設備区分）、個々の設備（設備）、点検の種類（点検種別）、個々の設備の計画している点検種別（点検）及び各々に対して単価が設定されている工量の作業区分（作業種別）の順番で工量を特定し、算定することができる。
The power generation / transformation equipment inspection / power outage plan support method of the present invention formulates a work plan for carrying out inspection, repair, repair, and construction of facilities and equipment of the power generation / transformation equipment provided in the power generation / substation with power outage during work. In this method, the processing device (30) previously stores the equipment and equipment information (41) related to the equipment and equipment of the power generation and transformation equipment and the equipment and equipment in the past. Work type information (42) including units and work amount of each work related to inspection, repair, repair, and construction conducted in, and belong to a consignor and a contractor who can perform inspection, repair, repair, and construction of equipment and equipment A step of creating a database (40) in which operating worker information (43) including workers and schedules for operating the workers is stored, and the processing device (30) is a power facility included in the power generating / transforming equipment. ,inspection, When equipment, equipment, and models to be repaired, repaired, and constructed are input, refer to the equipment / equipment information (41) and work type information (42) from multiple substations, and perform inspection and power outage work. To increase the candidate and work candidate date for a specific substation that can carry out the operation, calculate the amount of work required for inspection and power outage work of the substations listed as candidates, and based on the work amount, Calculate the number and schedule of operating workers required for the work, and finally determine and check the substations and work dates for the work based on the working worker information (43) stored in the database (40) And a step of creating a power outage plan, and confirming that the worker can be secured on the work day, and summarizing the inspection / power outage plan.
In the method of supporting inspection and power outage plan for the substation equipment, when calculating the man-hours, the type of equipment (equipment category), individual equipment (equipment), type of inspection (inspection type), and planning of individual equipment The amount of work can be specified and calculated in the order of the inspection type (inspection) being performed and the work classification (work type) of the amount of work for which the unit price is set for each.
上記構成の計画支援システムでは、電力機器の設備・機器情報データ（４１）、作業種別情報データ（４２）から自動的に計画策定作業に必要なデータを取得し、機種・仕様入力手段（３１）、点検計画決定手段（３２）により点検計画を策定し、停電計画を策定することができる。更に、この結果を作業員算定手段（３３）との連係により、委託者と点検作業する受託者との両者を調整して作業員を確保できることも確認したうえで停電計画をまとめることができる。これにより、設備業務の信頼度・安全性を向上させ、業務の効率化・迅速化を図ることができる。 In the planning support system having the above-described configuration, data necessary for the planning work is automatically acquired from the facility / equipment information data (41) and work type information data (42) of the power equipment, and the model / specification input means (31). The inspection plan can be formulated by the inspection plan determining means (32) to formulate a power outage plan. Furthermore, it is possible to compile the power outage plan after confirming that this result can be coordinated with the worker calculating means (33) to adjust both the consignor and the consignor who performs the inspection work to secure the worker. As a result, the reliability and safety of the facility work can be improved, and the work efficiency and speed can be improved.
また、各システム間の連係を自動的にすることにより、発変電機器の点検・停電計画に際して、ヒューマンエラーをなくし、迅速にその計画を策定できる。更に点検計画策定、作業平準化、工量票作成労力が大幅に削減できる。 Further, by automatically an association between the systems, upon inspection and outage planning originating substation equipment, eliminating human error can quickly develop the plan. Furthermore, the labor for preparing inspection plans, leveling work, and creating work schedules can be greatly reduced.
上記構成の計画支援方法では、従来のように停電の計画と点検作業を実施する受託者の作業員の確保などの両者の調整を人間による手作業の実施をしていたときに比較して、その作業時間を短縮することができ、コストも低減することができる。 In the planning support method of the above configuration, compared with the case where manual adjustment by both humans such as securing of the contractor's worker who carries out the power outage plan and inspection work as in the past was performed manually, The working time can be shortened and the cost can be reduced.
本発明の発変電機器点検・停電計画支援システムは、作業時に停電を伴う発変電所に備えられた発変電機器の設備、機器について点検、補修、修理、工事を実施するための作業計画業務を策定するシステムである。 Originating substation equipment inspection and power outage planning support system of the present invention, the equipment of the calling substation equipment, which is provided to the calling substation with a power outage at the time of work, for equipment inspection, repair, repair, work for carrying out the work plan It is a system for formulating business.
以下、本発明の好ましい実施の形態を図面を参照して説明する。
図１は本発明の発変電機器点検・停電計画支援システムを示すブロック図である。図２は本発明の発変電機器点検・停電計画支援システムが実行する点検・停電の計画支援処理の一例を示すフローチャートである。
本発明の点検・停電計画支援システム１００は、発変電所における発変電機器の設備・機器情報と、作業種別情報のデータ等を入力する入力装置１０と、点検作業のために停電できるブロックの候補とその日程の決定などを算定する処理装置３０と、設備・機器情報と、作業種別情報などの情報を記憶するデータベース４０と、処理装置３０によって算出された発変電機器の設備、機器について点検、補修、修理、工事を実施するための点検・停電計画情報を表示する表示装置２０とを備えたシステムである。なお、本実施例において、点検作業とは、点検だけでなく、補修、修理、工事等に係る作業をいう（以下、同様）。
Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.
Figure 1 is a block diagram showing the originating substation equipment inspection and outage planning support system of the present invention. Figure 2 is a flow chart showing an example of a planning support processing inspection and outage originating substation equipment inspection and outage planning support system of the present invention is executed.
Inspection and blackout planning support system 100 of the present invention includes an input device 10 for inputting the facilities and equipment information of the origination substation equipment in outgoing substation, the data of the work type information of the block that can be a power failure for inspection candidate and processor 30 to calculate the like determination of its schedule, and facilities and equipment information, work with the type database 40 that stores information such as information, the originating substation equipment calculated by processor 30 facilities, the equipment This is a system including a display device 20 for displaying inspection / power outage plan information for carrying out inspection, repair, repair, and construction. In this embodiment, the inspection work means not only inspection but also work related to repair, repair, construction, etc. (hereinafter the same).
入力装置１０は、例えばキーボードやマウスなどの情報入力装置によって構成され、ユーザインタフェースとして用いられる。表示装置２０は、例えば液晶表示装置などの情報表示装置によって構成される。 The input device 10 is configured by an information input device such as a keyboard and a mouse, and is used as a user interface. The display device 20 is configured by an information display device such as a liquid crystal display device.
処理装置３０は、例えばＣＰＵなどの情報処理装置によって構成され、発変電機器に含まれる電力設備のうち、点検、補修、修理、工事を行う設備又は機器に関する機種、仕様を入力する機種・仕様入力手段３１と、点検作業のために停電できる設備、機器候補を決定する点検計画決定手段３２と、停電できる設備候補の中から工量に基づいてその作業に必要な稼働作業員と人数を算定する作業員算定手段３３と表示装置２０に表示させるデータを生成する表示データ生成手段３４とを含む。
更に、稼働作業員の人数と作業日程について、点検作業を発注する発注手段３５と、発変電所内部において担当部署へ点検作業を依頼する依頼手段３５を含む。
Processor 30 includes, for example, a information processing apparatus such as a CPU, of the power equipment contained in the originating substation equipment, inspection, repair, repair, model concerning facilities or equipment performing construction, model and specifications for inputting a specification The input means 31, the equipment that can be interrupted for the inspection work, the inspection plan determination means 32 that determines the equipment candidates, and the number of operating workers and the number of persons required for the work are calculated based on the man-hours from the equipment candidates that can be interrupted. A worker calculation means 33 for performing display and a display data generation means 34 for generating data to be displayed on the display device 20.
Furthermore, it includes ordering means 35 for placing an order for inspection work and the requesting means 35 for requesting inspection work from the department in charge within the power generation substation regarding the number of working workers and work schedule.
データベース４０は、例えば情報記憶装置によって構成され、対象となる発変電機器の設備、機器に関する設備・機器情報４１（設備・機器情報データ）と、発変電機器の設備、機器について、過去に実施した点検、補修、修理、工事に関する作業種別情報４２（作業種別情報データ）と、設備、機器を点検、修理可能な委託者、受託者にそれぞれ所属する作業員、その人数及び稼働可能な日程等に関する稼働作業員情報４３（稼働作業員情報データ）を含む。 Database 40 is constituted by, for example, the information storage device, subject to the calling substation equipment facilities, the facilities and equipment information 41 (facilities and equipment information data) relating to equipment, originating substation equipment facilities, the equipment in the past Work type information 42 (work type information data) related to inspections, repairs, repairs, and construction performed, contractors who can check and repair equipment and equipment, workers who belong to each contractor, the number of workers, and schedules for operation Operation worker information 43 (operation worker information data) relating to the above is included.
「設備・機器情報４１」とは、発変電機器点検の対象となる設備、機器に関する各種の情報を意味する。例えば、作業種別の機器名であれば、上述したようなガス絶縁開閉装置、圧縮空気発生装置、遮断器（ＣＢ）、断路器、計器用変成器、電力用コンデンサー及び付属装置、避雷器、起重機、水車発電機の運転制御装置、変圧器類及び負荷時タップ切換装置、変圧器冷却ファン、遮断器等をいう。「設備・機器情報」は、例えば発変電所内の作業員による入力装置１０の操作によって、あらかじめ設備・機器情報データベース４０に記憶される。 The "facilities and equipment information 41", the subject of the calling substation equipment inspection equipment, refers to the various types of information about the equipment. For example, if it is the name of the work type, the gas insulated switchgear, compressed air generator, circuit breaker (CB), disconnector, instrument transformer, power condenser and accessory device, lightning arrester, hoist, It refers to a turbine generator operation control device, transformers and on-load tap changer, transformer cooling fan, circuit breaker, etc. The “facility / equipment information” is stored in advance in the facility / equipment information database 40 by, for example, operating the input device 10 by a worker in the substation.
「作業種別情報４２」とは、過去に実施した発変電機器の点検、補修、修理、工事に関する各種の情報を意味する。例えば、「断路器」については、普通点検、普通点検でも主回路の点検、修理に属するものとして、動作確認装置修理、電装部品修理、エアー操作切替部パッキン類修理に関する情報がある。これらの普通点検、修理についても規模（区分）に応じて、「作業番号」、ユニット、式、組、台、バンク等の「単位」及び「工量」に関する情報がある。「作業種別情報」は、例えば発変電所内の作業員、又は受託者の点検、修理担当者による入力装置１０の操作によって、あらかじめ作業種別情報データベース４０に記憶される。 The "work type information 42", inspection of the calling substation equipment, which was carried out in the past, repair, repair, refers to the various types of information about the construction work. For example, as for “disconnector”, there is information on the operation check device repair, the electrical component repair, and the air operation switching unit packing repair as belonging to the main circuit check and repair in the normal check and the normal check. These normal inspections and repairs also have information on “units” and “man-hours” such as “work numbers”, units, formulas, groups, tables, banks, etc., depending on the scale (classification). The “work type information” is stored in advance in the work type information database 40, for example, by the operation of the input device 10 by the worker in the substation or the subcontractor and the repair person in charge.
図３と図４は作業種別と作業番号、単位、工量を示す一覧表である。
本発明の発変電機器点検・停電計画支援システムにおける「点検・停電計画業務」とは、修繕費用の算定（発変電課）、点検費用の算定（受託者）、停電計画及び作業平準化計画策定の各業務をいう。この業務には、上述したように、点検修繕計画情報連絡から始まり、１次作業、調整会議、２次作業、停電調整、最終作業及び最終作業後が含まれる。
3 and 4 are lists showing work types, work numbers, units, and man-hours.
The "inspection and a power outage planning operation" in the originating substation equipment inspection and power outage planning support system of the present invention, the calculation of repair costs (originating substation Division), the calculation of the inspection costs (trustees), a power outage planning and work leveling plan Refers to each task of formulation. As described above, this work starts from the inspection / repair plan information communication and includes the primary work, the adjustment meeting, the secondary work, the power failure adjustment, the final work, and after the final work.
発変電機器点検の対象となる設備、機器は、図３と図４に示すように、ガス絶縁開閉装置、圧縮空気発生装置、遮断器（ＣＢ）、断路器、計器用変成器、電力用コンデンサー及び付属装置、避雷器（サージ吸収器を含む）、起重機、水車発電機の運転制御装置、変圧器類及び負荷時タップ切換装置（所内変圧器分路リアクトルを含む）、変圧器冷却ファン、遮断器（調相設備用多頻度開閉器を含む）等がある。 Facilities to be originating substation equipment inspection device, as shown in FIGS. 3 and 4, a gas insulated switchgear, the compressed air generator, circuit breaker (CB), disconnectors, instrument transformer, power Capacitors and accessory devices, lightning arresters (including surge absorbers), hoists, turbine generator operation control devices, transformers and on-load tap changers (including on-site transformer shunt reactors), transformer cooling fans, shut-off (Including multi-frequency switches for phase adjusting equipment).
例えば、「断路器」に関する点検作業については、「作業名」として、普通点検、普通点検（主回路）があり、同じ「作業名」でも修理に属するものとして、動作確認装置修理、電装部品修理、エアー操作切替部パッキン類修理がある。
「区分」として、普通点検では、３３ｋＶ以下、６６ｋＶ以上〜１１０ｋＶ以下、２２０ｋＶ、５００ｋＶがある。普通点検（主回路）では、３３ｋＶ以下、６６ｋＶ以上〜１１０ｋＶ以下がある。動作確認装置修理では、３３ｋＶ以下、６６ｋＶ以上〜１１０ｋＶ以下、２２０ｋＶ、５００ｋＶ、リミットスイッチのみ（全電圧）がある。電装部品修理では、全電圧がある。エアー操作切替部パッキン類修理では、２２０ｋＶ以下、５００ｋＶがある。
これらの各区分に対応して、「作業番号」、ユニット、式、組、台、バンク等の「単位」及び作業員の準備、作業、報告書作成等に掛かる時間に基づいた作業量を示す「工量」が決められている。なお、「１工量」とは、作業員１人が行う１時間あたりの作業量をいう。
For example, for the inspection work related to “disconnector”, there are “normal operation” and “normal inspection” (main circuit) as “operation name”, and the same “operation name” belongs to the repair. The air operation switching part packing is repaired.
As “category”, there are 33 kV or less, 66 kV or more to 110 kV or less, 220 kV, or 500 kV in normal inspection. In normal inspection (main circuit), there are 33 kV or less, 66 kV or more and 110 kV or less. In the operation check device repair, there are 33 kV or less, 66 kV or more to 110 kV or less, 220 kV, 500 kV, only limit switches (all voltages). In electrical component repair, there is full voltage. In the air operation switching portion packing repair, there are 220 kV or less and 500 kV.
Corresponding to each of these categories, the “work number”, “unit” such as unit, formula, group, table, bank, etc. and the amount of work based on the time taken for worker preparation, work, report creation, etc. "Work amount" is determined. The “one work amount” refers to the work amount per hour performed by one worker.
点検計画の分担については、「設備区分コード」、「設備区分名称」、「点検区分コード」、「点検区分」及び「計画者」に分けられる。
例えば、「自動電圧調整装置」では、「設備区分コード」がＡＶＲ、「設備区分名称」が自動電圧調整装置、「点検区分コード」が０１１１、「点検区分」が普通及び「計画者」が委託先の受託者となる。
The inspection plan is divided into “equipment category code”, “equipment category name”, “inspection category code”, “inspection category”, and “planner”.
For example, in "Automatic voltage regulator", "Equipment classification code" is AVR, "Equipment classification name" is automatic voltage regulator, "Inspection classification code" is 0111, "Inspection classification" is normal and "Planner" is entrusted Become the first trustee.
例えば、「遮断器」では、普通点検の本体、油又は開閉試験のときは、「設備区分コード」がＣＢ、「設備区分名称」が遮断器、「点検区分コード」が０１１５、０１１６、０１１６Ａ、「点検区分」がそれぞれ普通（本体）、普通（油）又は普通（開閉試験）及び「計画者」が委託先（受託者）となる。この「遮断器」でも、細密点検のときは、「設備区分コード」がＣＢ、「設備区分名称」が遮断器、「点検区分コード」が０１３１、「点検区分」が細密及び「計画者」が委託者内の発変電課となる。 For example, in the case of “breaker”, in the case of a main inspection for normal inspection, oil or switching test, “equipment classification code” is CB, “equipment classification name” is circuit breaker, “inspection classification code” is 0115, 0116, 0116A, “Inspection category” is normal (main body), normal (oil) or normal (opening / closing test), and “planner” is the contractor (trustee). Even in this “breaker”, during the detailed inspection, “equipment classification code” is CB, “equipment classification name” is circuit breaker, “inspection classification code” is 0131, “inspection classification” is fine and “planner” is It becomes the power generation and transformation section within the consignor.
図５は工量作業種別割付の一例を示すフローチャートである。
図示するフローチャートに示すように、点検・停電計画支援システム１００で点検・停電計画支援処理を実行する際には、作業員の操作によって入力装置１０から設備区分が入力される。処理装置３０における機種・仕様入力手段３１及び点検計画決定手段３２は、設備・機器情報データ４１に格納されている設備区分情報と作業種別情報データ４２に格納されている作業種別情報を読み出し、設備区分が遮断器かどうかを判別し、設備区分が遮断器でないときは他の設備区分へいき、次の設備、点検の工量を算定する。
FIG. 5 is a flowchart showing an example of work work type assignment.
As shown in the flow chart illustrated, when performing the inspection and outage planning support treated with inspection and outage planning support system 100 includes an input device 10 or we set備区content is inputted by operating the operator. The model / specification input means 31 and the inspection plan determination means 32 in the processing device 30 read out the equipment classification information stored in the equipment / equipment information data 41 and the work type information stored in the work type information data 42, Determine whether the category is a circuit breaker , and if the facility category is not a circuit breaker, go to another facility category and calculate the amount of work for the next facility and inspection.
設備区分が遮断器のときは、次の判断をする。その点検種別が普通点検であって定格電圧が１から５０までの機器に該当するときは、その作業種別へいき、次の設備、点検の工量を算定する。 When the equipment category is a circuit breaker, the following judgment is made. When the inspection type is a normal inspection and the rated voltage corresponds to a device with a rated voltage of 1 to 50, go to the operation type and calculate the next equipment and the amount of inspection work.
同様にその点検種別が普通点検であって定格電圧が５０から１５０までの機器に該当するときは、その作業種別へいき、次の設備、点検の工量を算定する。 Similarly, when the inspection type is a normal inspection and the rated voltage corresponds to a device having a rated voltage of 50 to 150, the operation type is followed and the next equipment and the amount of inspection work are calculated.
同様にその点検種別が細密点検であって定格電圧が１から１５０までの機器に該当するときは、その作業種別へいき、次の設備、点検の工量を算定する。
このような判断を繰り返していき、該当する設備区分と点検種別を決め、その設備、点検の工量を算定していく。
そして、点検計画を策定し、さらにこの点検作業のために停電できる設備等の候補を決定し、停電計画を策定する。
Similarly, when the inspection type is a close inspection and the rated voltage corresponds to a device having a rated voltage of 1 to 150, the operation type is determined and the next facility and the amount of inspection work are calculated.
This kind of determination is repeated, the applicable equipment category and inspection type are determined, and the equipment and inspection work are calculated.
Then, an inspection plan is formulated, and candidates for facilities that can be interrupted for this inspection work are determined, and a power outage plan is formulated.
次いで、作業員算定手段３３は、点検計画決定手段３２によって算定された工量とその点検日、即ち稼働日と、稼働作業員情報データ４３に記憶されている稼働作業員情報を確認して、最終的な点検計画・停電計画を生成する。 Next, the worker calculation means 33 confirms the work amount calculated by the inspection plan determination means 32 and its check date, that is, the operation date, and the operation worker information stored in the operation worker information data 43 , Generate a final inspection plan and power outage plan .
この作業員算定手段３３では、発変電所の作業員と受託者となる点検作業会社の作業員について、それぞれの勤務シフトを考慮した上で、各作業員の非勤務希望日・時間の入力を行う。最後にデータベース４０にその非勤務希望日時を格納する。なお、非勤務日時以外に欠勤を希望する作業員が発生した場合には、当該作業員の勤務希望日時の内容を変更しこれを登録する。 This worker calculation means 33 inputs the desired non-working date / time of each worker for the workers at the substation and the workers at the inspection work company as the contractor, taking into account their respective work shifts. Do. Finally, the desired non-working date and time is stored in the database 40. In addition, when a worker who desires absence from work other than the non-working date / time occurs, the content of the desired working date / time of the worker is changed and registered.
また、点検日に作業員の稼働日を一致させることができないときには、適当な作業員の非勤務日時を変更し再び演算処理を行う。これでもなお稼働日を一致させることができないときには、更に他の作業員の非勤務日時を変更してみる。この作業を繰り返すことによって最終的には稼働日（点検日）の結果を得ることができる。 Further, when the working day of the worker cannot be made coincident with the inspection date, the non-working date / time of an appropriate worker is changed and the calculation process is performed again. If this still does not match the working day, try changing the non-working date and time of another worker. By repeating this operation, the result of the working day (inspection date) can be finally obtained.
設備、機器ごとに点検計画が算出されると、表示データ生成手段３４は、設備区分コード、設備区分名称、点検区分コード、点検区分、各区分に対応した作業番号、単位及び工量に関する情報とを画面表示するための支援情報（点検・停電計画支援情報）を生成し、表示装置２０に出力する。点検・停電計画支援情報は、例えば３次元ＣＡＤデータなどのモデル図形の表示用データとして生成される。 When the inspection plan is calculated for each facility and equipment, the display data generation means 34 includes information on the equipment classification code, equipment classification name, inspection classification code, inspection classification, work number corresponding to each classification, unit, and man-hour. Is generated on the screen and is output to the display device 20. The inspection / power failure plan support information is generated as model graphic display data such as three-dimensional CAD data.
点検・停電計画情報は、点検計画決定手段３２によって算出された点検作業のために停電できる設備、機器情報とを含む。同時に、作業員算定手段３３によって算出された点検作業でき、又は停電できる設備候補の中から工量に基づいて算定した作業に必要な稼働作業員と人数情報とを含む。 The inspection / power outage plan information includes facility and equipment information that can be subjected to a power outage for the inspection work calculated by the inspection plan determination means 32. At the same time, the information includes the number of operating workers and the number of persons necessary for the work calculated based on the work amount from the candidate equipment that can be inspected by the worker calculating means 33 or can be out of power.
最後に、発注手段３５では、作業員算定手段３３により算定したときに、稼働作業員の人数と作業日程について、点検作業を受託する受託者に発注する。これにより、委託者から点検作業する受託者へ正確に依頼し、確実に点検、修理作業を実施することが可能になる。 Finally, the ordering means 35 places an order for the number of working workers and the work schedule to a trustee who is entrusted with the inspection work when calculated by the worker calculating means 33. As a result, it is possible to accurately request the contractor who performs the inspection work from the consignor, and to carry out the inspection and repair work reliably.
同様に、依頼手段３５では、外部への発注だけでなく、発変電所内部においても点検、修理する担当部署へ点検作業を依頼する。 Similarly, the request means 35 requests an inspection work not only to the outside order but also to a department in charge of inspection and repair inside the substation.
なお、本発明は、設備保全に関するもの、点検費用の算定、及び停電計画に関するシステム間の連係を図ることで、委託者側の点検のための停電調整と受託者側の稼働作業員の確保とを自動的に調整することにより、点検計画、作業平準化、工量票について精度の高い計画を迅速に策定でき、その作成労力を大幅に削減することができれば、上述した発明の実施の形態に限定されず、本発明の要旨を逸脱しない範囲で種々変更できることは勿論である。 It should be noted that the present invention relates to equipment maintenance, calculation of inspection costs, and linkage between systems related to power outage planning, thereby ensuring power outage adjustment for inspection on the consignor side and securing operation workers on the contractor side. By automatically adjusting the process, it is possible to quickly formulate a highly accurate plan for the inspection plan, work leveling, and work schedule, and if the creation labor can be greatly reduced, the embodiment of the invention described above can be achieved. Of course, the present invention is not limited, and various changes can be made without departing from the scope of the present invention.
本発明の発変電機器点検・停電計画支援システム及びその計画支援方法は、発電機、変電器を有する発変電所に限定されず、点検、修理を定期的に実施するプラントであれはこのシステムと方法を利用することができる。 Originating substation equipment inspection and outage planning support system and planning support method of the present invention, the generator is not limited to the calling substations with substation device, inspection, periodic is any in the practice to plant this system repairs And methods can be used.
１００ 点検・停電計画支援システム
１０ 入力装置
３０ 処理装置
４０ データベース
２０ 表示装置
３１ 機種・仕様入力手段
３２ 点検計画決定手段
３３ 作業員算定手段
３４ 表示データ生成手段
３５ 発注手段・依頼手段
４１ 設備・機器情報（設備・機器情報データ）
４２ 作業種別情報（作業種別情報データ）
４３ 稼働作業員情報（稼働作業員情報データ）
DESCRIPTION OF SYMBOLS 100 Inspection / power failure plan support system 10 Input device 30 Processing device 40 Database 20 Display device 31 Model / specification input means 32 Inspection plan determination means 33 Worker calculation means 34 Display data generation means 35 Ordering means / request means 41 Equipment / equipment information (Equipment / equipment information data)
42 Work type information (work type information data)
43 Operating worker information (operating worker information data)
Claims (7)
前記発変電所における発変電機器の設備・機器情報（４１）と、発変電機器の設備、機器について、過去に実施した点検、補修、修理、工事に関する各作業の単位及び工量を含む作業種別情報（４２）と、設備、機器を点検、修理可能な委託者、受託者にそれぞれ所属する作業員とその稼働可能な日程を含む稼働作業員情報（４３）の各データを入力する入力装置（１０）と、該データを記憶するデータベース（４０）と、該データに基づいて点検・停電計画を作成する処理装置（３０）と、を具備し、
前記処理装置（３０）が、前記入力装置（１０）から入力された前記設備・機器情報を記憶する設備・機器情報記憶手段と、
前記処理装置（３０）が、前記入力装置（１０）から入力された前記作業種別情報を記憶する作業種別情報記憶手段と、
前記処理装置（３０）が、前記入力装置（１０）から入力された前記稼働作業員情報を記憶する稼働作業員情報記憶手段と、
前記処理装置（３０）が、前記発変電機器に含まれる電力設備のうち、点検、補修、修理、工事を行う設備、機器に関する機種、仕様を入力されると、前記設備・機器情報記憶手段に記憶されている設備・機器情報のデータと前記作業種別情報記憶手段に記憶されている作業種別情報のデータとに基づいて、点検作業のために停電できる設備、機器候補及び作業候補日を決定すると共に、点検・停電作業の工量を算定する点検計画決定手段（３２）と、
前記処理装置（３０）が、前記設備、機器候補の中から、前記算定された工量に基づいて、その作業に必要な稼働作業員と人数を算定し、前記作業候補日及び前記稼働作業員情報記憶手段に記憶されている稼働作業員情報のデータに基づいて、作業を行う設備、機器及び作業日を最終決定し点検・停電計画を作成する作業員算定手段（３３）と、を備え、
前記作業日に前記作業員を確保できることを確認したうえで点検・停電計画をまとめる、ことを特徴とする発変電機器点検・停電計画支援システム。 A substation equipment inspection and power outage plan support system that formulates a work plan for carrying out inspections, repairs, repairs, and construction of facilities and equipment of power generation and substation equipment provided at substations with power outages during work,
Work type including equipment and equipment information (41) of the substation equipment at the power substation and the unit and work amount of each work related to inspection, repair, repair and construction performed in the past for the equipment and equipment of the substation equipment. An input device (42) for inputting information (42) and data of operating worker information (43) including a contractor who can inspect and repair equipment and equipment, a worker belonging to each of the trustees, and an operation schedule 10), a database (40) for storing the data, and a processing device (30) for creating an inspection / power failure plan based on the data,
Facility / equipment information storage means for storing the facility / apparatus information input from the input device (10) by the processing device (30);
Work type information storage means for storing the work type information input from the input device (10) by the processing device (30);
The processing device (30) stores operating worker information storage means for storing the operating worker information input from the input device (10);
When the processing device (30) receives, from the power equipment included in the power generation / transformation equipment, the equipment to be inspected, repaired, repaired, or constructed, the model and specifications related to the equipment, the equipment / equipment information storage means Based on the stored facility / equipment information data and the work type information data stored in the work type information storage means, the facility, equipment candidate and work candidate date that can be interrupted for the inspection work are determined. In addition, an inspection plan determination means (32) for calculating the labor of the inspection / power failure work,
The processing device (30) calculates the number of working workers and the number of workers required for the work based on the calculated work amount from the equipment and equipment candidates, and the work candidate date and the working workers. based on the information storage hands stage data operating personnel information stored, facilities to perform the work, a worker calculating means for creating a final decision to inspect and outage planning equipment and working day (33), provided with ,
An inspection / power outage plan support system for power generation and transformation equipment characterized in that an inspection / power outage plan is compiled after confirming that the worker can be secured on the work day.
予め、前記処理装置（３０）が、前記発変電機器の設備、機器に関する設備・機器情報（４１）と、それらの設備、機器について、過去に実施した点検、補修、修理、工事に関する各作業の単位及び工量を含む作業種別情報（４２）と、設備、機器の点検、補修、修理、工事が可能な委託者、受託者に所属する作業員とその稼働可能な日程を含む稼働作業員情報（４３）が記憶されるデータベース（４０）を作成するステップと、
前記処理装置（３０）が、前記発変電機器に含まれる電力設備のうち、点検、補修、修理、工事を行う設備、機器に関する機種、仕様を入力されると、複数の発変電所から、前記設備・機器情報（４１）及び作業種別情報（４２）を参照し、点検・停電作業を実施できる特定の発変電所の候補及び作業候補日を上げ、その候補に挙げられた発変電所の点検・停電作業に必要な工量を算定するステップと、
該工量に基づいて、その作業に必要な稼働作業員の人数と日程を算定して、前記データベース（４０）に記憶されている稼働作業員情報（４３）に基づいて作業を行う発変電所及び作業日を最終決定し点検・停電計画を作成するステップと、を備え、
前記作業日に前記作業員を確保できることを確認したうえで点検・停電計画をまとめる、ことを特徴とする発変電機器点検・停電計画支援方法。 A substation equipment inspection and power outage plan support method for formulating a work plan for inspecting, repairing, repairing, and carrying out construction, equipment, and equipment of the substation equipment provided at the substation with power outage during work,
In advance, the processing device (30) is responsible for the facilities and equipment information (41) related to the power generation and transformation equipment, and the inspection, repair, repair, and construction work carried out in the past for those equipment and equipment. Work type information (42) including unit and work amount, contractor who can check, repair, repair, and work on facilities and equipment, worker who belongs to the contractor and working worker information including the schedule Creating a database (40) in which (43) is stored;
When the processing device (30) receives a facility, a model for the equipment, and specifications for inspection, repair, repair, and construction among the power facilities included in the power substation, a plurality of substations Referring to the equipment / equipment information (41) and work type information (42), increase the candidates for the specific substations and work candidates that can carry out inspections and power outages, and check the substations listed as candidates・ Calculating the work required for power outage work;
A substation that calculates the number and schedule of operating workers necessary for the work based on the work amount, and performs the work based on the working worker information (43) stored in the database (40) And a step of finalizing a work day and creating an inspection / power outage plan,
A power generation / transformation equipment inspection / power failure plan support method, characterized in that an inspection / power failure plan is compiled after confirming that the worker can be secured on the work day.
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