Intensive material management system for biomass power plant

Abstract

The invention discloses an intensive material management system for biomass power plant and comprises a sensing layer, which, through an intelligent mobile terminal, realizes material information synchronization management, business procedure progress status tracking and material tracking query and provides a user interface through a workstation customer terminal; a network layer which combines local area network with a plurality of communication technologies to achieve network integration and information transmission; and an application layer serving as the Web management system for materials and comprising a database server and an application server wherein the database server is used to collect and process the big data associated with the material management of an entire factory and the application server is oriented to user services and to accomplish the making of purchase plans, intelligent deciding and work flow managing. The system of the invention blazes a new path for strengthened electric material management, increased management operation of a power plant and the optimization of resource allocation.

Description

technical field [0001] The invention belongs to the field of material management systems, and more specifically relates to an intensive material management system for biomass power plants. Background technique [0002] With the aggravation of ecological and environmental problems such as the global energy crisis and climate warming, biomass energy as a green and clean renewable energy has received widespread attention, and biomass power generation technology has been rapidly developed and applied. Biomass power plants are capital-intensive and technology-intensive enterprises. Raw materials and equipment and other "materials" account for a large proportion of power production and operation costs. The quality of their management directly affects the safe and economic operation of power plants. Therefore, the continuity of material management in biomass power plants , stability, timeliness and reliability put forward more stringent requirements. [0003] Traditional material ...

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Problems solved by technology

[0003] Traditional material management has problems such as scattered resources, unreasonable procurement and supply, lack of process control and scientific overall planning, etc. The inventory management mode of manual bookkeeping and manual filling also has inconvenient updates, search and maintenance, low input accuracy, and dynamic real-time statistical data. Disadvantages such as poor performance, low work efficiency, human violation factors cannot be restricted, etc.

The existing material information platform can solve the above problems to a certain extent, but it lacks the benefit management and quality control of the whole life cycle of materials, ignores the mining and analysis application of material management data, and cannot better deal with the dispersion of fuel in biomass power plants, The problem of long supply distance, the timeliness of interaction between material change information and management plan is not enough, and the lack of refined and intensive management means leads to high material circulation costs and low production efficiency

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