Reducing the number of industrial injuries and accidents, positioning personnel and controlling the wearing of PPE, training employees using virtual and augmented reality, including remotely.
The combination of an advanced industrial safety management methodology and a multi-functional software solution to track compliance with regulations. This includescalendar planning of security audits, development of an audit program (check lists), monitoring audit results, creating a plan of corrective and preventive measures and maintaining a profile of employees (photos, position, tolerances, competencies, contact details, violation statistics). Additionally, it includes risk assessments, a review of current work and their statuses with the help of a map of an energy facility, maintaining an automated record of the form and frequency of staff trainingwith control of training periods.
Ensuring the safe, effective and comfortable work of personnel. This includes the monitoring and identification of location, monitoring of employees wearing personal protective equipment, information about a fall or prolonged immobility and remote receipt of tasks.
Organization of operational medical diagnostics by a variety of parameters in any room. The medical terminal was developed by CROC.
Monitoring of the use of personal protective equipment, recognition of technologicalviolations, identification of unsafe behavior, access control, tracking of objects, personnel identification, recording of working hours, recording cases of transferring objects through guarded perimeters.
Reducing labor costs for the preparation of orders and instructions whilst providing operational personnel with complete information on the equipment configuration (inconsistencies with the normal operating mode), work performed on the equipment, the number of issued orders / orders and the current status of their execution. The system also enables the reduction of time needed for access of repair personnel to the place of work and to improve the quality of targeted briefings.
Testing the technical skills of employees on simulators in virtual reality, modeling emergency situations at power facilities, analyzing accidents that have occurred in detail in the circumstances and conditions of a particular power facility.
Contactless temperature and access control terminals
Modeling of operating modes and optimal load distribution between units allows Mosenergo to minimize fuel costs and achieve maximum equipment efficiency
Automation of the technical workflow of a geographically distributed company made it possible to create a single information space at all stations of the concern and establish end-to-end business processes