System for modeling energy modes of own generation

A regime -economic model that takes into account a set of generation regime factors and offers the most optimal and economically advantageous solution

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Energy, Oil and gas industry
2021-2024 year

Client

Vertically integrated oil company

Problem

Main issues

Inefficient and outdated management of in-house generation, lack of a unified methodology and tools for modeling and optimizing operating modes of power plants. The lack of a suitable solution leads to:

Preconditions

Lack of universal solutions on the market for managing in-house generation taking into account the specifics of the Customer's divisions
Duplication of data in various information systems and the lack of a unified methodology for managing master data
Lack of a unified methodology, tools for modeling and optimizing operating modes of power plants

Tasks

Key objectives of the project

Develop a fundamentally new digital system for managing your own generation:

01.

Create a single digital space for the consolidation of digital flows in the energy sector and their integration with related systems

02.

Increase the efficiency of production processes without huge investment

03.

Reduce energy and operating costs

Technologies

Client

HTML5, CSS3, Angular

Server

.NET 6, Python, KeyCloak, container microservice architecture

Data

PostgresPro, Greenplum

Integration with products

1С, SAP, Geoserver, Scada, SIEM (Arcsight, MaxPatrol)

Integration mechanisms

Kafka, NiFi, API

Monitoring

Prometeus, Grafana

Architecture modeling

ARIS

Solution

We have proposed a regime -economic model (REM), which takes into account a set of generation regime factors and offers the most optimal and economically advantageous solution.

The system is designed to simulate generation and operational management modes based on consolidated information flows, including raw materials and products.

The system performs:

Visualization of the main components and indicators of the energy system: sources of electricity, volume of consumption and purchase of electricity, fuel consumption by type;
Real-time calculation of the most efficient mode, taking into account all current safety and reliability requirements;
Provides recommendations to the dispatcher, both general and for each power station separately, on the transition to an efficient mode;
Calculation of power deficit, gas consumption restrictions, unit load and other factors;
Modeling of various fuel use options;
Calculation of potential losses in non-optimal generation mode.
Consolidation and verification of data on generating equipment from related systems.

The system has a convenient graphical data output for visual tracking of all investment project indicators.

Project Awards

Winner of the Best Digital Solutions for the Oil and Gas Industry competition in the nomination Best Solution Using Digital Twins of Processes

IX Federal Forum on IT and Digital Technologies of the Oil and Gas Industry of Russia Smart Oil & Gas 2023

Project results

I want the same

Result of implementation

With the help of the new system, the Customer was able to improve the quality of energy supply management and achieve economic benefits.

Effects

reduction in losses in non-optimal generation mode

by 2 times

reduced the time for data consolidation and verification

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Solutions that might interest you

Digital twin of the process

Digital twins are a tool that allows you to model and evaluate the impact of changes in requirements, use cases, production techniques, environmental conditions, and a host of other variables on the performance of a product or project.

Energy management

Energy management is the key to effective management of your company’s energy resources: optimizing costs, increasing energy efficiency and reducing harmful impact on the environment.

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System for modeling energy modes of own generation

Client

Problem

Preconditions

Tasks

Key objectives of the project

Create a single digital space for the consolidation of digital flows in the energy sector and their integration with related systems

Increase the efficiency of production processes without huge investment

Reduce energy and operating costs

Technologies

Client

Server

Data

Integration with products

Integration mechanisms

Monitoring

Architecture modeling

Solution

We have proposed a regime -economic model (REM), which takes into account a set of generation regime factors and offers the most optimal and economically advantageous solution.

The system has a convenient graphical data output for visual tracking of all investment project indicators.

Project Awards

Project results

Result of implementation

Effects

Other projects in the industry

Solutions that might interest you

Apply

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