An agricultural machinery service enterprise focuses on the development, marketing and transport services of large agricultural equipment, covering a number of agricultural production areas throughout the country. Owing to the wide distribution of agricultural machinery equipment, the seasonal nature of operations and the variety of types of machinery, the traditional modus operandi of relying on manual inspections and paper records has become difficult to adapt to the needs of modern agricultural management, and problems such as delays in the detection of widespread failures, slow maintenance response, difficult operational efficiency assessment and poor management of spare parts have severely constrained the process of transformation of enterprise services and digitization。
In response, the dam platform, through the internet-connected technology, provides access to on-board agricultural aircraft terminals, sensors and gps modules, brings together real-time collection and cloud-end data on the operational status of equipment, operational parameters, geographical location, and constructs a “data-driven, intelligent early warning, backtrackable” smart-based management system that helps enterprises to increase the speed of service response, optimize resource allocation, and digitize and intellectually upgrade agro-machinery。
Functional characteristics
1. Real-time chain monitoring and operational compliance safeguards
Real-time acquisition of critical operating parameters of agricultural machinery (e. G. Engine rotation, oil pressure, water temperature, speed of operation, depth of cultivation, seeding, harvesting efficiency, etc.) and equipment status information (e. G. Gps positioning, fuel surplus, cumulative working hours, failure code state) and dynamic display through visualized dashboards. Ensure that agro-machine operations meet agro-business requirements, improve the consistency of the quality of operations and provide a reliable basis for the measurement and evaluation of performance。
2. Smart early warning and rapid diagnostic maintenance
When equipment is abnormal (e. G. Motor overheating, hydraulic pressure abnormalities, congestion of operational components, loss of positioning signals, lack of fuel, etc.), the system automatically triggers a multi-level alarm mechanism, notifying the relevant transporter and operator in a timely manner by means of text messages, mobile phones, apps, platform messages, etc., that the alert information contains equipment numbering, unusual types, failure levels, possible causes and disposal recommendations, supports remote diagnostic guidance and significantly reduces the time frame for failure screening and repair。
3. Closure of transport services and planned maintenance management
Support is provided for the automatic generation of transport manifests based on alerts and manual billings that combine equipment location, personnel attendance, skills, etc. Worksheets are available online retroactively, including receipt, departure, overhaul, test, acceptance, etc., and the replacement of accessories and the use of consumables are recorded. Support is also provided for the creation, alerting and follow-up of preventive maintenance tasks, such as regular maintenance, seasonal preparation and spare parts replacement plans, in order to standardize, traceable and efficient synergies in transport。
4. Multi-dimensional data visualization and decision support
The development of a panorama of data on agricultural machinery, focusing on key indicators such as equipment distribution maps, real-time operations monitoring, health status ratings, warning statistics queues, worksheet completion rates, fuel consumption analysis, operational acre effects statistics, etc. Support historical data queries and trend analysis, providing data support for the movement of agricultural machinery, resource allocation for services, optimization of maintenance strategies, inventory management of spare parts, etc., and improving the scientific and precision of management decisions。
