Borlas: Monitoring system of technology processes of agricultural production

On December 21, 2014 ^[1] monitors of vehicles Now in use and with \x technicians do not consider a zone of an unstable covering communication for data transmission from the vehicles which are in the movement, in particular, in rural areas.

As a result it is not possible to obtain timely reliable information that leads to increase in an error of calculations and, as a result, negatively influences acceptance of management decisions. The offered monitoring system uses the specialized terminal devices combined with modern high-precision digital fuel sensors.

The developed software allows to obtain objective data on a consumption of fuel and lubricants (97-99% of accuracy of indications) taking into account an operation mode of transport and real path of a way.

The monitoring system of technology processes issues operational information about operation of the agricultural equipment that allows

• to quickly control parameters of the agricultural equipment for prevention of expensive breakdowns;
• provide compatibility with the available software packages of accounting of resources (in particular, fuel and lubricants);
• receive statistics on all technology processes directly during agricultural works (including technologies of cultivation of grain, vegetable and commercial crops, procurements and storages of forages).

Using a monitoring system of technology processes: Increase efficiency of operational management of agricultural works and uses of the equipment with the help:

• planning of working schedules of the equipment, sowing works;
• use of technologies of high-precision agriculture and quality control of a sowing campaign and processing by herbicides, use of fertilizers;
• decrease in outages of technology during work;
• target use of the equipment and optimization of cargo flows;
• obtaining reliability and efficiency of control of accomplishment of agricultural works;
• elimination of all types of theft.

Provide effective use of agricultural transport with the help:

• control of the high-speed mode of transport;
• status monitoring of engines and electric equipment;
• pressure monitoring in buses;
• timely carrying out TO and repairs of the park of the equipment of the enterprise, solution of warehouse tasks;
• applications of the onboard and bunker systems of weighing.

Optimize the existing technology processes of work with \x the enterprises with the help:

• objective assessment of activity of services and sections of the enterprise;
• ensuring economy of resources at achievement of accomplishment of the plan of agricultural works;
• increases in time of productive use of machinery and equipment during a working shift;
• integration with corporate systems of enterprise management and resource planning.

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