The power sector is the country’s primary life-support system, directly impacting the operational reliability and growth potential of most economic industries. Today’s global energy complex faces unprecedented challenges that require systemic changes in management, technology, and HR policy.

We understand the importance and relevance of these issues for our clients, as Reksoft has been working with major industrial enterprises, including energy companies, for over 30 years.

To make our assistance more focused and robust, we have established a dedicated structural unit for collaborating with enterprises in the energy sector. Our team has years of experience in administering large-scale projects all over the world.

Our Services

Engineering consulting

Services provided

Analysis of the impact of power supply disruption risks on production
Analysis of power supply design solutions
Development of digital models for power systems (according to the latest legislation)
Calculation of successful self-starting of motor loads at industrial enterprises and auxiliary loads at power stations
Rationale for the types, capacity, and optimal placement of reactive power compensation devices, diesel generator sets, uninterruptible power supplies, and fast-acting automatic voltage regulators
Analysis of the impact of integrating new generation sources and large consumers
Modeling and testing of secondary equipment operation algorithms, setting calculation for relay protection and automation (RPA), emergency controls, automated process control systems (APCS), and emergency shutdown
Development of a strategy to minimize production risks and enhance reliability
Selection of optimal technical and economic solutions when purchasing equipment

Effects

Reduction of non-productive costs by assessing technical effects of new electrical equipment prior to its purchase and installation
Up to 10-fold optimization of electrical equipment acquisition costs
15–20% reduction in financial and time expenditures for calculations within design solutions
Mitigation of technical risks in design solutions
Addressing issues related to electrical equipment reliability

Dispatch control systems

Core functions of a typical SCADA for power

Dispatch control of operational modes and equipment
Monitoring and accounting of power resource consumption (electricity, water, gas, heat, steam, etc.)
Control of operational interlocks, display of safety tags, dynamic line coloring
Monitoring the health of primary equipment and secondary systems
Oscillographic data collection
Report generation and data exchange with production systems and the System Operator of Unified Energy System

New functions that can be added to an existing SCADA

Automated system for monitoring and analyzing RPA and APCS performance
Monitoring of APCS measuring channels
Management of field response teams
Analysis of outage-related damage
Video analytics, e.g., for security monitoring, monitoring of non-telemetered facilities
Shared infrastructure use for IIoT and Edge computing
Other functions as per client request and ToR

Effects

Iterative addition of new functions without replacing the core system:
Cheaper than a complete system replacement
Payment only for the functions you need
Reduced dependency on a single vendor

RPA AMS

RPA AMS tasks:

Automated real-time monitoring of RPA’s and other secondary systems’ health
Automated collection and synchronization of oscillogram files
Automated fault location and accident recording
Rapid automated analysis of tech disturbances
Verification of correct RPA settings and switch positions
Identification of recurring faults
Automated report generation
Technical inventory of RPA systems, maintaining a registry of equipment and connection diagrams
RPA MRO planning and support

Solution components:

Universal data collection and storage system aligned with “trusted SW/HW” requirements
Analytical and applied modules from market leaders
Integration with production IT services—security, monitoring, deployment, HMI…
Functionality customization to cater to customer requirements

Quantitative effects of RPA AMS use:

Up to 55% reduction in labor costs for 6 kV RPA maintenance
Up to 38% reduction for 110 kV protection maintenance
12-fold faster RPA operation report preparation time (2 hours -> 10 minutes)

Predictive analytics

Predictive analytics system tasks

Reduce losses from unscheduled equipment downtime
Detect anomalies in processes and equipment operation modes
Diagnose defects at early stages of development
Calculate equipment health indices
Focus personnel attention on sections requiring maintenance
Control the quality of equipment repairs and maintenance
Model optimal parameter values for operating procedures

Features of Reksoft’s predictive analytics systems

Support for various modeling types: ML models and mathematical algorithms
Building an end-to-end system integrated with existing digital services and MRO processes
User-friendly tools not requiring deep expertise to operate and maintain the system
AI agent for working with instructions and local regulations

Effects:

Up to 40% reduction in emergency shutdowns of gas turbine equipment
60–100% of faults are diagnosed in advance (depending on equipment type)

Our Advantages

Vendor-independent company We have no other interests but the project success, and we never abandon our clients
Recognized leaders of their profession We have consolidated the teams, expertise, and experience of industry automation leaders and innovators
Being on the same page with clients Our experts worked for industry-specific enterprises and have a thorough understanding of their special aspects
Connecting business consulting and IT We start with the business and operating model and do everything right from the start
Knowing how to work with complex systems We successfully deal with complex tasks and design large-scale systems thanks to experienced in-house architects and analysts
Taking on project management We manage interactions of all parties involved and ensure the result in a one-stop-shop mode