CN113592611A - Integrated management system for centralized acquisition and supervision of garbage incineration enterprises - Google Patents
Integrated management system for centralized acquisition and supervision of garbage incineration enterprises Download PDFInfo
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Abstract
The invention discloses a centralized collection, acquisition and supervision integrated management system for a waste incineration enterprise. The system comprises a group side system and a branch factory side system; the group side system comprises a budget management module, an electronic commerce module, a material management module, a data monitoring module and a group side mobile application module; the budget management module is used for realizing budget planning, budget execution and assessment, budget control and budget analysis; the electronic commerce module is used for executing bidding purchasing behavior; the material management module is used for realizing basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage and backup; the data monitoring module is used for realizing data monitoring of each power plant; the branch plant side system comprises a real-time monitoring system module, a material management module, an equipment management module, a branch plant side mobile application module and an index management module. The invention has the advantage of convenient grouping management.
Description
Technical Field
The invention relates to a project management system of a waste incineration enterprise, in particular to a bidding, purchasing and managing system for the clustered deployment of the waste incineration enterprise, more particularly to a centralized bidding, purchasing and supervising integrated management system for the waste incineration enterprise, and more particularly to a bidding, purchasing and supervising integrated management system based on the clustered deployment of the waste incineration enterprise.
Background
With the continuous development of network information, the traditional online and paper bidding purchasing mode is gradually replaced by an electronic bidding purchasing mode. The electronic bidding purchasing application ensures that the bidding purchasing business is more standard, the efficiency is obviously improved, and the electronic bidding purchasing application is more energy-saving and environment-friendly.
The waste incineration power plant has very much bid purchase work of inviting in the operation process, and single power plant independently asks bid purchase simpler, but if a group has a plurality of waste incineration power plants, every waste incineration power plant singly asks bid purchase to cause the wasting of resources, and purchase bargaining ability is weak, the conglomeration management of being not convenient for.
Therefore, it is necessary to develop an integrated management system for bidding, purchasing and supervision of the clustered deployment of the waste incineration enterprises, which facilitates the clustered management.
Disclosure of Invention
The invention aims to provide a centralized collecting, collecting and supervising integrated management system for a waste incineration enterprise, which is an integrated management platform with high efficiency, flexible configuration, good expansibility and practicability, realizes flattening and centralized management and is convenient for centralized management.
In order to achieve the purpose, the technical scheme of the invention is as follows: the integrated management system for collecting, gathering, collecting and supervising of the garbage incineration enterprises is characterized in that: comprises a group side system and a branch plant side system;
the group side system comprises a budget management module, an electronic commerce module, a material management module, a data monitoring module and a group side mobile application module;
the budget management module is used for realizing budget planning, budget execution and assessment, budget control and budget analysis;
the electronic commerce module is used for executing bidding purchasing behavior;
the material management module is used for realizing basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage and backup;
the data monitoring module is used for realizing data monitoring of each power plant;
the group side mobile application module is used for realizing group side process approval, real-time production monitoring, production operation index benchmarking analysis, information inquiry and notification announcement;
the branch plant side system comprises a real-time monitoring system module, a material management module, an equipment management module, a branch plant side mobile application module and an index management module;
the real-time monitoring system module is used for realizing data acquisition, real-time monitoring, performance calculation, comprehensive report form, historical playback and consumption difference analysis and reservation;
the material management module is used for realizing material coding, purchasing demand management, purchasing order management, material receiving management and inventory management;
the equipment management module is used for realizing registration management of information of equipment ledgers, operation conditions and the like, recording and analyzing equipment faults and operation periods, and compiling a preventive maintenance plan, a regular inspection plan and spare part purchasing requirements;
the branch-plant side mobile application module is used for realizing branch-plant side process approval, real-time production monitoring, production and operation index benchmarking analysis, information inquiry and notice announcement;
the index management module is used for carrying out index management on annual target indexes, last year synchronization indexes and advanced indexes of the power plant.
In the above technical solution, the budget management module includes budget planning, budget execution and assessment, budget control, budget analysis and reporting.
In the technical scheme, the electronic commerce module is an execution module for bidding purchasing behavior, is a platform for group issuance of bidding documents and is responsible for external publication of the bidding documents;
the electronic commerce module provides a fair bidding platform for a supplier, keeps the information of a bidding unit secret before the bidding is opened, automatically generates related contracts and orders according to the bidding purchasing result, automatically integrates electronic signing of the contracts to complete double-sign service, and simultaneously manages the contracts generated by the platform and the registered supplier.
In the technical scheme, the material management module comprises basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage.
In the technical scheme, the group side mobile application module is a mobile terminal platform system consistent with a group bidding, purchasing and monitoring integrated management system; the group side mobile application module simultaneously supports the application of Android and IOS platforms.
In the technical scheme, the real-time monitoring system module comprises data acquisition, real-time monitoring, performance calculation, comprehensive report forms, historical playback and consumption difference analysis.
In the technical scheme, the material management module comprises material coding, purchasing demand, purchasing order, material picking management, inventory management and statistical analysis.
In the technical scheme, the equipment management module registers and manages information such as equipment ledgers and operation conditions, records and analyzes equipment faults and operation periods, and compiles a preventive maintenance plan, a regular inspection plan and spare part purchasing requirements.
In the technical scheme, the factory-side mobile application module is a mobile terminal platform system consistent with the factory-side supervision integrated management system; the mobile application module on the branch factory side supports applications of Android and IOS platforms at the same time.
In the technical scheme, the index management module covers annual target indexes, last year synchronization indexes and advanced indexes of the power plant to manage the indexes, find out gaps, take specific measures and improve index economy.
The invention has the following advantages:
(1) the invention transacts the tender procurement business in a centralized way, saves the cost, improves the bargaining capability and is convenient for centralized management;
(2) the invention adopts display bidding and electronic signing, works paperless, and is efficient, environment-friendly and safe; the invention improves the management level, reduces the management cost, improves the core competitiveness (quality improvement, cost reduction and efficiency improvement), realizes the operation management of a project company from extensive to fine and intelligent, moves from passive reaction to active forecast and moves from individual combat to joint sharing;
(3) the invention adopts large centralized deployment, namely, the core hardware and the platform are built at the group side, thereby being beneficial to the quick construction of the system and being economic and efficient.
Drawings
Fig. 1 is a functional architecture diagram of the integrated management and control system of the present invention.
In the figure, 1-a group side system, 1.1-a budget management module, 1.2-an electronic commerce module, 1.3-a material management module, 1.4-a data monitoring module, 1.5-a group side mobile application module, 2-a branch factory side system, 2.1-a real-time monitoring system module, 2.2-a material management module, 2.3-an equipment management module, 2.4-a branch factory side mobile application module and 2.5-an index management module.
Detailed Description
The embodiments of the present invention will be described in detail with reference to the accompanying drawings, which are not intended to limit the present invention, but are merely exemplary. While the advantages of the invention will be clear and readily understood by the description.
With reference to the accompanying drawings: the integrated management system for centralized collection, acquisition, supervision and management of the waste incineration enterprises comprises a group-side system 1 and a branch-plant-side system 2;
the group side system 1 comprises a budget management module 1.1, an electronic commerce module 1.2, a material management module 1.3, a data monitoring module 1.4 and a group side mobile application module 1.5;
the budget management module 1.1 is used for realizing budget planning, budget execution and assessment, budget control and budget analysis;
the electronic commerce module 1.2 is used for executing bidding purchasing behavior;
the material management module 1.3 is used for realizing basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage and backup; the basic data comprises basic parameters such as quantity, quality and variety of materials;
the data monitoring module 1.4 is used for realizing data monitoring of each power plant;
the group side mobile application module 1.5 is used for realizing process approval, real-time production monitoring, production and operation index benchmarking analysis, information inquiry and notice announcement;
the branch side system 2 comprises a real-time monitoring system module 2.1, a material management module 2.2, an equipment management module 2.3, a branch side mobile application module 2.4 and a technical supervision and index management module 2.5;
the real-time monitoring system module 2.1 is used for realizing data acquisition, real-time monitoring, performance calculation, comprehensive report form, historical playback and consumption difference analysis and reservation;
the material management module 2.2 is used for realizing material coding, purchasing demand management, purchasing order management, material receiving management and inventory management;
the equipment management module 2.3 is used for realizing registration management of information such as equipment ledgers and operation conditions, recording and analyzing equipment faults and operation periods, and compiling a preventive maintenance plan, a regular inspection plan and spare part purchasing requirements;
the branch plant side mobile application module 2.4 is used for realizing process approval, real-time production monitoring, production and management index benchmarking analysis, information inquiry and notice announcement;
the index management module 2.5 is used for carrying out index management on annual target indexes, last year synchronization indexes and advanced indexes of the power plant.
Further, the budget management module 1.1 passively reflects the financial affairs afterwards to move forward to the determination before the project happens and the control in the process of happening; the budget management module 1.1 is based on various plans, and the financial budget is the digital reflection of the plans;
the planning accuracy and the thinning degree directly determine the exertion of the comprehensive budget management function;
the budget management module 1.1 comprises budget planning, budget execution and assessment, budget control, budget analysis and reporting.
(1) Budgeting: the budget planning realizes the decomposition of the operation target, the budget target is reflected through an index system, and the indexes are decomposed and implemented to each department, each project, even each employee, and each budget responsibility unit of the whole plant makes concrete measures for implementing the group target, so that the planning and execution of the budget reach the unification of responsibility, authority and interest; the budget planning adopts the planning flows of bottom-to-top, top-to-bottom combination, grading planning and step-by-step summarization to complete the budget of all production and operation activities in a planning period of an enterprise, and the budget planning of all services is finally completed through the repeated and cyclic reporting, adjusting, auditing and batch-repeating processes from the issuing of the budget target, the decomposition of the budget target to the grading planning from bottom to top, the auditing of a back-to-back department and the step-by-step summarization.
A budget scheme and various budget versions are formulated on the basis of a production plan, and budget modes such as annual, quarterly, monthly, irregular and rolling budgets are realized. The method realizes the recording of budget data by each responsibility department, forms budget reporting original data and realizes the flow management of data reporting.
(2) Budget execution control: the execution of budget is mainly carried out in business modules of material management, expense management and the like, and real-time control of various expenses is realized through material demand planning and material receiving, project establishment and settlement, and each expense application and reimbursement.
During the budget setting, the system supports the online checking of the budget execution condition. Aiming at different economic service types, modes such as single item control, gross amount control, warning (soft control) and the like are realized. And different control detail degrees are realized for different management levels.
In the process of budget execution, the cost and the production and operation indexes need to be recorded in real time so as to track whether the actual cost is paid out according to the budget progress; in the monitoring process, comparison of daily data, value data, monthly accumulated data and monthly budget data, comparison of annual accumulated data and annual budget data, progress display of execution completion conditions and the like can also be realized.
(3) Budget adjustment: and after the budget adjustment data is subjected to carry-over and leader audit, the budget adjustment data is issued to a budget index display system of the comprehensive query module. The system sets cost control threshold values for different projects, and monthly cost early warning and annual cost early warning are carried out when the actual cost exceeds the plan; when the actual cost reaches the threshold value of the planned cost, the cost controller is reminded and warned, and the overrun project is visually distinguished by color.
And when the business department needs to add the fee, filling a fee addition application form, processing according to a set approval process, and adding the cost of project investment after the supervisor agrees.
(4) Budget analysis: in the budget execution process, the execution condition of the budgets of all responsibility centers is checked, the higher responsibility center is strengthened to control the lower responsibility center and all responsibility centers on the enterprise operation activities within the controllable range, the correction is timely carried out, and the comprehensive implementation of the enterprise budgets is ensured.
Furthermore, the e-commerce module 1.2 is an execution module for bidding purchasing behavior, is a platform for group issuing bidding documents, and is mainly responsible for externally issuing bidding documents; the electronic commerce system provides open registration, bid document downloading and bid behaviors for a supplier, the electronic commerce module 1.2 provides a fair bid platform for the supplier, information of a bid unit is kept secret before bid opening, relevant contracts and orders are automatically generated according to bid purchasing results, contracts are automatically integrated and electronically signed to complete double-sign business, and meanwhile contracts generated by the platform and the registered supplier are managed.
The e-commerce module 1.2 is also used to implement contract management and supplier management.
The contract management records contract related information such as a bid number, a contract type, a contract name, a first party representative, a first party manager and the like, detailed contents of each item, detailed information of a second party, time and construction period agreement, payment agreement, change information, attribution items and other related information of the contract, and realizes the support of the cost control module by decomposing material resources and labor cost in the contract.
The supplier management records the information of the current suppliers and the market price information, classifies and codes the qualified suppliers, maintains the basic information, the information of supplied materials and the transaction information, establishes a qualified and unqualified supplier list according to the spot check record, the price, the quality and the like, and regularly adjusts the list.
Further, the material management module 1.3 comprises basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage.
(1) Basic data: the basic data record is mainly used for classifying, recording and archiving the information of the quantity, time, suppliers and the like of materials purchased by the group.
(2) And (3) purchasing management: the purchasing management is to make the purchaser select qualified supplier to perform directional purchasing, price inquiring purchasing and bid inquiring purchasing according to the material purchasing plan and material purchasing management relevant rules, to produce directional purchasing list, price inquiring list, bid inquiring list, directional purchasing examination list, order report and evaluation bid report, and to sign purchasing order or purchasing contract. And analyzing the execution rate of the purchasing plan, the arrival rate of the purchasing contract, the delivery qualification rate, the contract settlement condition and the claim condition, and carrying out statistical analysis on the contract cost condition.
(3) Inventory management: managing various machine accounts of the warehouse and related receipts such as goods registration, acceptance, material receiving, material returning and payment, goods returning and dumping, carrying out project audit and fund balance accounting on material receiving, providing expense receiving early warning and limiting the receiving range; and the cost control module is supported by the association of the KKS and the equipment. The quantity of materials occupied by inventory items and the quantity of materials capable of leveling inventory items are distinguished, and shelf management and account book management are supported. The main interface displays the prices of main spare parts and consumables for reference and comparison of branch main personnel.
(4) Statistical analysis: the statistical analysis is to carry out statistical analysis on the price, quality, service cycle, supplier and other information of the material purchased for bid inviting, screen out high-quality suppliers, eliminate unqualified suppliers regularly, and predict the material purchasing cycle.
(5) Deposit management: the deposit management is based on statistical analysis, a cooperative relationship is established with a high-quality supplier, commonly used materials are purchased in large batches according to market conditions, and the supplier is dispatched in batches in a deposit mode. And carrying out management statistics on the materials which are purchased once and delivered in batches.
(6) Combined storage and combined preparation: the material joint storage is a module for realizing the common material joint storage in the group company. Based on the fact that each company in the region has some devices with low failure rate, high importance, long material purchasing period and high price, in order to reduce the stock quantity and save the cost, material combined storage is established, and combined storage allocation of shared materials is realized.
The data monitoring module 1.4 is transmitted synchronously by the data monitoring system modules at the branch plant side, so that data monitoring of each power plant is realized, a group can conveniently know the operation condition of each power plant and compare and analyze the data, a more optimized operation management and control scheme is provided, meanwhile, the relevance of the operation time and the material consumption period can be established, and reference is provided for material management and bidding purchase.
Further, the group side mobile application module 1.5 is a mobile terminal platform system consistent with the group bidding, purchasing, monitoring and managing integrated management system, and system users can use the same user ID and password to log in the system through mobile phone security, so that space limitation can be broken, simplified information can be accurately transmitted, and transaction processing and data query including statistical analysis reports and processing of various to-be-handled transactions can be performed by means of mobile phones. The mobile terminal platform system has independent intellectual property rights, and the group side mobile application module 1.5 simultaneously supports the application of Android and IOS platforms; the group side mobile application module 1.5 has the functions of process approval, real-time production monitoring, production and management index benchmarking analysis, information inquiry, notice and announcement and the like.
Further, the real-time monitoring system module 2.1 includes data acquisition, real-time monitoring, performance calculation, comprehensive report, history playback, and consumption difference analysis.
(1) Data acquisition: the data acquisition is responsible for acquiring real-time data in the production process, storing the real-time data in basic forms (time intervals, precision and the like acquired by a control system) and storing the real-time data in a real-time database as a calculation result after secondary processing is carried out on a function station, so that different authorized users and application programs can be called for realizing different purposes.
(2) And (3) real-time monitoring: the real-time monitoring is based on the process flow monitoring chart of the existing control system of each branch plant, realizes the real-time monitoring of the operation condition, but does not allow any operation to be carried out on the process equipment.
(3) And (3) performance calculation: the method is used for checking the design performance, and checking, improving and guiding the operation of the equipment. The project of unit-level performance calculation and analysis mainly comprises the following steps: boiler efficiency, main steam pressure, main steam temperature, boiler exhaust gas temperature, water supply temperature, steam turbine heat consumption, steam turbine heat efficiency, steam turbine steam consumption, condenser vacuum, condensate water super-cooling degree, plant power consumption rate, auxiliary steam consumption, unit water replenishing rate and the like.
(4) And (4) comprehensive report forms: the comprehensive report provides a complete comprehensive report platform, can comprehensively process and statistically analyze the real-time data of the whole plant production, forms a unit or whole plant production operation report according to the requirement of a demand side, and can monitor, inquire and print. The comprehensive report platform is based on real-time/historical data in the real-time database and data in other functions such as performance calculation, and can collect various external data such as manually input numerical data and text data.
The comprehensive report platform provides a convenient manual input means to realize numerical data and text data manually input according to hours, shifts, days, months, years and irregular periods, and can also input constant values. And various input interfaces can be automatically assembled by system maintenance personnel according to the classification of the data.
(5) History playback: the historical playback reproduces the running state of the unit at a certain past moment by using a process graph completely consistent with a control system such as a DCS (distributed control system), the actual situation faced by the operator at that time is truly reproduced by combining with the record of the operator, the accident analysis processing capacity and the response speed are improved, meanwhile, the fault can be accurately analyzed by combining with the specific working condition which appears in the past, the unplanned shutdown is avoided, and the reliability coefficient of the safe running of the unit is improved; the accident training guidance is carried out on the operators through the process playback system, so that the accident handling level of the operators can be improved, and the repeated occurrence of similar accidents is avoided; so that the possibility and the advance of defect discovery are greatly improved. The simultaneous playback of multiple pictures is supported, and the accident analysis capability is further improved; combinations of various parameter curves can also be performed; any time can be selected for historical playback, and functions of fast forwarding, pausing and the like are supported. The maintainer can directly reappear historical picture and equipment state before and after the defect produces at the desk-top, combines the historical operating mode of unit, knows the defect phenomenon directly perceivedly, is convenient for rapid analysis and location fault point, carries out more effectual pertinence and handles. And optimizing the step of starting and stopping the machine, wherein in an emergency, technicians can also learn the field condition in more detail through the mobile office system by means of the playback of the production process and the historical trend, so as to strive for the precious time for treating the defects.
(6) And (3) consumption difference analysis: and obtaining a specific numerical value of the standard ton garbage power generation amount change caused by deviation of the parameter from a target value through comparison and analysis of actual operation parameters of all links in the whole unit and the target to be reached by the parameter. The following objectives are achieved:
the method has the advantages that professionals can clearly master the current economic level of unit operation, performance change trends of all links in thermodynamic cycle are obtained through comparison of historical data, and problems are found as soon as possible and solved in time.
And analyzing deviation values caused by deviation of all influence factors of the unit from the target value and corresponding working conditions on line to achieve the best economic level, and indicating the difference and the effort direction of the thermal economy of the unit for professional technicians.
Real-time unit operation economical information is provided for production management personnel, and a decision-making layer can conveniently master unit operation conditions in time; meanwhile, the power plant is assisted to compete for unit operation indexes and various small indexes, and economic operation is well achieved.
The unit economic index analysis items comprise: main steam pressure, main steam temperature, boiler exhaust gas temperature, final water supply temperature, steam consumption of a steam turbine, condenser vacuum, condensate supercooling degree, plant power consumption rate and the like.
The branch factory can be combined with the requirements of the group company to realize the functions of performance calculation and consumption difference analysis of the company.
Further, the material management module 2.2 includes material coding, purchasing demand, purchasing order, material taking management, inventory management, statistical analysis.
(1) Material coding: the material coding is based on the guiding rule, establishes each company database, is in butt joint with the group company, and mainly comprises the functions of material coding application flow management, material coding information compliance judgment and the like.
And managing material coding application flow. And the material code application executes two-stage approval, and after the material applicant proposes the application and two-stage approval of material purchasing personnel and applicant department responsible personnel, 9-bit material codes are formed in the databases at the group company side and each company side.
And (5) judging the compliance of the material coding information. After the material applicant submits an application and two-stage approval, the system carries out compliance judgment according to the guide rule requirement.
(2) And (3) purchasing requirement: the operating personnel compile annual, quarterly and monthly purchase demands according to the operating demands, and the group side carries out bidding purchase in a unified way.
(3) And (3) purchasing an order: and the branch material management personnel submit purchase orders to the group side according to the running condition feedback, and the purchase orders need to be matched with the purchase requirements.
(4) Material getting management: and the material receiving management is to record the material receiving, the receiving record of the material comprises parameters such as time, quantity, quality and the like, and the material receiving record is uploaded to a material management system.
(5) Inventory management: the stock management corresponds to the stock management of the company side of the group, and can establish flexible stock management and stock management for entering and exiting the stock.
(6) Statistical analysis: and the material use condition is subjected to statistical analysis, and a basis is provided for purchasing demand compilation.
Further, the equipment management module 2.3 registers and manages information such as equipment ledgers and operation conditions, records and analyzes equipment faults and operation periods, and compiles a preventive maintenance plan, a regular inspection plan and spare part purchasing requirements.
Furthermore, the branch-plant-side mobile application module 2.4 is a mobile terminal platform system consistent with the branch-plant-side supervision integrated management system, and a system user can use the same user ID and password to log in the system through a mobile phone, so that space limitation can be broken, simplified information can be accurately transmitted, and transaction processing and data query including statistical analysis reports and processing of various to-be-handled transactions can be performed by means of the mobile phone. The mobile terminal platform system has independent intellectual property rights, and the mobile application module 2.4 on the branch factory side simultaneously supports the application of Android and IOS platforms. The branch side mobile application module 2.4 has the functions of process approval, real-time production monitoring, production and management index benchmarking analysis, information inquiry, notice and announcement and the like.
Furthermore, the index management module 2.5 covers the annual target index, the last year synchronization index and the advanced index of the power plant to manage the indexes, find the gap, take the specific measures and improve the index economy. Each index of the index management module 2.5 comprises the reason for generating the deviation and the measures taken so as to form a knowledge base; the index management module 2.5 can provide monthly and annual queries; the index management module 2.5 establishes a unified key monitoring index library, supports setting different alarm intervals, realizes real-time monitoring and graded alarm on key indexes, informs concerned persons of different levels according to different abnormal processing durations, and pushes the information to the mobile terminal in real time for automatic reminding; the index management module 2.5 supports setting of a monitoring index group management function, and the alarm information pushes a piece of main information to prevent the same alarm information from being pushed according to the linked on/off of the associated index alarm function of the main equipment operation parameters.
The group company has three technical departments, namely a data center, a monitoring center and an analysis center, monitors the operation condition of the branch plant, sorts the operation data, analyzes the data, puts requirements on indexes such as operation, economy and technology of the branch plant, and provides decision support for budget and tender purchase of the branch plant.
The technical department of the group provides the guidance requirements such as operation index requirements, material consumption ranges, equipment maintenance periods and the like for each branch plant by monitoring, collecting and arranging data of operation, material consumption, equipment load and the like of each branch plant under the group and then carrying out technical analysis in a classified mode.
The power plant combines the requirements of operation indexes, material consumption, equipment management and maintenance periods and the like provided by the technical department of the group and the data of performance calculation, comprehensive reports, consumption difference analysis and the like obtained by the current real-time monitoring system, compiles budgets and submits the budgets to the group side, and the group side carries out auditing and adjustment on the budgets submitted by the branch plant side according to the current budget analysis, and then carries out execution and control according to the budgets after approval is passed.
The method comprises the steps that a power plant makes a purchase demand in advance and generates a purchase order to be sent to a group-side electronic commerce platform according to statistical analysis of material receiving management and inventory management and by combining with equipment management conditions, a group-side bid-asking purchasing center verifies the purchase order submitted by the power plant according to a data monitoring system, after the purchase demand is determined, the inventory management, deposit management and combined storage combined standby conditions are checked, existing materials are called preferentially to be used under the condition that the inventory exists or the deposit and combined storage materials exist, when the inventory or the deposit and combined storage materials do not exist, statistical analysis of group-side basic data and inventory management is conducted, the demands of other branch plants are predicted, information such as purchase scale and delivery mode is determined after early price inquiry is conducted, then unified bid-asking purchasing is conducted, and price negotiating capacity is enhanced.
The group side system 1 formally releases the bidding document on a business platform (containing an electronic seal) (namely an electronic business module 1.2) and informs a related supplier, the supplier obtains the bidding document on the electronic business platform (containing an electronic seal) (namely the electronic business module 1.2) and carries out electronic bidding, a bidding purchasing center of the group side system 1 carries out evaluation on the bidding document, and after the successful bidder is determined, the electronic business platform automatically generates a bidding notice book for public instruction and sends the bidding notice book to the successful bidder. And the winning bidder delivers the goods to the branch factory according to the delivery mode of the bidding requirement, or the winning bidder deposits the goods in the supplier to deliver the goods to the branch factory in batches, or the goods are sent to the group side combined storage and backup warehouse and then called from the combined storage and backup warehouse according to the demand of the branch factory.
The integrated management system for the centralized collection, acquisition, supervision and management of the waste incineration enterprises is realized by a computer.
Other parts not described belong to the prior art.
Claims (10)
1. The integrated management system for collecting, gathering, collecting and supervising of the garbage incineration enterprises is characterized in that: comprises a group side system (1) and a branch plant side system (2);
the group side system (1) comprises a budget management module (1.1), an electronic commerce module (1.2), a material management module (1.3), a data monitoring module (1.4) and a group side mobile application module (1.5);
the budget management module (1.1) is used for realizing budget planning, budget execution and assessment, budget control and budget analysis;
the electronic commerce module (1.2) is used for executing bidding purchasing behavior;
the material management module (1.3) is used for realizing basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage and backup;
the data monitoring module (1.4) is used for realizing data monitoring of each power plant;
the group side mobile application module (1.5) is used for realizing group side process approval, real-time production monitoring, production operation index benchmarking analysis, information inquiry and notice announcement;
the branch plant side system (2) comprises a real-time monitoring system module (2.1), a material management module (2.2), an equipment management module (2.3), a branch plant side mobile application module (2.4) and an index management module (2.5);
the real-time monitoring system module (2.1) is used for realizing data acquisition, real-time monitoring, performance calculation, comprehensive report form, historical playback and consumption difference analysis and reservation;
the material management module (2.2) is used for realizing material coding, purchasing demand management, purchasing order management, material receiving management and inventory management;
the equipment management module (2.3) is used for realizing registration management of information such as equipment ledgers and operation conditions, recording and analyzing equipment faults and operation periods, and compiling preventive maintenance plans, regular inspection plans and spare part purchasing requirements;
the branch plant side mobile application module (2.4) is used for realizing branch plant side process approval, real-time production monitoring, production and operation index benchmarking analysis, information inquiry and notice announcement;
and the index management module (2.5) is used for carrying out index management on the annual target index, the last year synchronization index and the advanced index of the power plant.
2. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 1, wherein the integrated management system comprises: the budget management module (1.1) comprises budget planning, budget execution and assessment, budget control and budget analysis and report forms.
3. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 2, wherein the integrated management system comprises: the electronic commerce module (1.2) is an execution module for bidding purchasing behavior, is a platform for group issuing bidding documents and is responsible for externally issuing the bidding documents;
the electronic commerce module (1.2) provides a fair bidding platform for a supplier, keeps the information of a bidding unit secret before making a bid, automatically generates related contracts and orders according to the bidding purchasing result, automatically integrates electronic signing of the contracts to complete double-sign service, and simultaneously manages the contracts generated by the platform and the registered supplier.
4. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 3, wherein the integrated management system comprises: the material management module 1.3 comprises basic data recording, purchasing management, inventory management, statistical analysis, deposit management and combined storage and backup.
5. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 4, wherein the integrated management system comprises: the group side mobile application module (1.5) simultaneously supports the application of Android and IOS platforms.
6. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 5, wherein the integrated management system comprises: the real-time monitoring system module (2.1) comprises data acquisition, real-time monitoring, performance calculation, comprehensive report forms, historical playback and consumption difference analysis.
7. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 6, wherein the integrated management system comprises: the material management module (2.2) comprises material coding, purchasing demand, purchasing order, material receiving management, inventory management and statistical analysis.
8. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 7, wherein the integrated management system comprises: the equipment management module (2.3) registers and manages the information of the equipment ledger and the operation condition, records and analyzes the equipment fault and the operation period, and compiles a preventive maintenance plan, a regular inspection plan and spare part purchasing requirements.
9. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 8, wherein the integrated management system comprises: and the branch-plant side mobile application module (2.4) simultaneously supports the application of Android and IOS platforms.
10. The integrated management system for centralized recruitment and supervision of waste incineration enterprises according to claim 9, wherein: the index management module (2.5) covers annual target indexes, last year synchronization indexes and advanced indexes of the power plant to manage the indexes, find out gaps, take specific measures and improve index economy.
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