Platform of complex digitalization of the electric grid company

The platform allows to automate the main business processes of the enterprise and to manage its assets.

One of important opportunities of the platform is monitoring and diagnostics of the equipment using artificial intelligence technology. It allows the enterprise not only to control a status of technology equipment, but also to predict failures, to plan actions for accident prevention. As a result — increase in efficiency of maintenance and repairs, cutting of costs for operation of the equipment.

Integration into GIS of energy industry, geographic information systems, city portals, corporate IT systems of the company is possible.

Platform components:

• system of predictive analytics of a condition of equipment
• MRO schedule system
• management system for requests
• system of certification and NSI
• electronic operational journal
• mobile application

Possibilities of users:

• the centralized monitoring of the equipment and failure prediction
• planning of repair work
• accounting and optimal resource allocation
• coordination and organization of interaction of divisions
• management of mobile crews
• fixing of operational events in the electronic journal
• accounting of the equipment, material and human resources
• the reporting with setup of forms

2017

As of 2017 a system hereinafter was referred to as Infotech Energocomplex (The End-to-end system of automation of the power enterprise). It allowed to receive and process quickly citizens' appeals, dispatching requests and information from mobile inspectors on technology violations in operation of distribution networks and the system of outside lighting. Were automated formation by the manager a dress tasks for operational mobile teams and control of execution of works.

Possibilities of users of a system

Manager:

• The centralized acceptance and processing of the requests arriving from separate sources: city portal, dispatching systems, control systems of a status of street lighting and so forth.
• The automated formation and issue a dress tasks to inspectors
• Task allocation taking into account up-to-date information about location and load of mobile crews
• Control of observance of procedural terms of fault recovery
• Control of volume and quality of execution of works
• The automated reporting
• Collecting of statistics about the performed works, replacement and repair of the equipment

Operational mobile teams:

• Access to tasks to carrying out survey, diagnostics and repair
• Receiving detailed data (data, maps, schemes) about the necessary equipment and its location
• Identification of the equipment by the QR code, a barcode and using technology of augmented reality
• Position fix on GPS
• Operational transfer to the system of state-of-health data of objects and result of execution of works