International Core Journal of Engineering 2020-26 | Page 208

At present, the data of power equipment assets are
scattered in various business links and multiple information
systems. It is difficult to integrate, collect and analyze assets
information, and the level of information utilization is low.
Especially, the inadequate sharing of data results in multi-
head input and repeated collection of data, and the use of
label-based information acquisition means, inadequate
accuracy and real-time of manual input data, inadequate
support for the "three-in-one" of the life cycle of assets,
extensive life cycle cost accounting, and no landing of lean
management. label products. The products have the characteristics of high
magnetic resistance, corrosion resistance, high temperature
and humidity resistance. The information stored in the label
includes the asset ID number and the key information of the
asset life cycle.
Establishing an asset life cycle management platform
with physical coding as the core and RFID physical
identification as the basis, connecting the information of the
key links of asset management, establishing a full
information model of physical assets linkage, and realizing
an asset life cycle management system based on high-
security RFID technology will effectively solve the lean
management of power equipment. Reasoning puzzles [3] [4]. Business application system layer, with real assets
planning, procurement, construction, operation, overhaul,
scrapping business processes involved in various business
application systems, collected RFID tag information docking
with each application system.
Mobile application layer, the equipment that collects
RFID tag information, according to different needs, has two
forms: mobile and fixed. Considering the applicability of the
environment, it adopts the protection level characteristics
with industrial application requirements.
Application Based on Big Data layer, using the concept
of "big cloud moving (big data, cloud computing, Internet of
things, mobile internet)", through big data processing, and
through the RFID tag, the data of the whole life cycle of
assets are analyzed and analyzed to form suggestions, early
warning, evaluation and other conclusions, providing work
for decision makers and operators. Basis.
A. System introduction
The life cycle management system of power equipment
assets is mainly divided into five levels: physical assets layer,
RFID tag information acquisition layer, mobile application
platform layer, business application system layer and
processing application layer based on large data. Each level
structure block diagram is shown in Fig. 2.
B. Operation flow
Fig. 3. Business flow chart of life cycle management system for power
equipment assets.
The life cycle management of power equipment assets
covers planning and design, material procurement,
warehousing and logistics, engineering construction,
operation and maintenance, retirement and scrapping, etc.
Through the business analysis of each application link, the
business application process of physical asset identification
(high security RFID tag) in each application scenario is
proposed.
x Planning and Design Phase
Fig. 2. Structural block diagram of life cycle management system for
power equipment assets.
Through the analysis of the life cycle history data of the
same kind of equipment, it can provide a comprehensive
basis for the designers to choose and judge.
The physical assets layer mainly includes distribution and
transformation equipment, communication equipment,
transportation equipment, automation control equipment,
information equipment and instruments in electric power
equipment. The assets have the characteristics of various
types, diverse environment, wide distribution, high asset
value and long service cycle.
x Material Purchasing Phase
In the stage of material procurement, the historical data
of the manufacturer are analyzed by physical identification,
which provides objective basis for procurement bidding.
Since the supplier signs the contract, the equipment supplied
by the supplier can be integrated into the overall logistics
management system.
The RFID Basic Management layer, mainly refers to the
application requirements of the pointer to real assets,
provides various kinds of common labels and anti-metal
x Warehousing and Logistics Phase
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