Replication of EMAS.OPT for an energy company

Project goal:

To develop a tool for optimizing the composition and operation mode of CHP plant equipment.

Project tasks: The project included the replication of the EMAS.OPT system, including the development of a mathematical model for the CHP plant. Key tasks addressed:

• Generation and export of report forms for analysis and accounting of calculation results when compiling the generation facility's operating plan;
• Forming recommendations for the optimal electricity consumption structure, considering the retail electricity market conditions;
• Compiling monthly calculation results by hour/day, assessing deviations in fuel consumption and key operational parameters from actual figures;
• Developing an equipment loading plan for heat and electricity generation for the upcoming day;
• Optimal distribution of planned volumes by month, considering average prices, heat load profile, and maintenance schedule;
• Determining the optimal operating mode of the CHP plant for the next day;
• Optimal hourly distribution of planned volumes, considering commercial parameters (prices and tariffs) and peak hours. Recalculation based on actual performance.

Implementation stages:

• Survey of the modeling object;
• Collection of initial data;
• Development of an optimization model;
• Configuration of calculation algorithms and business logic;
• User training, pilot industrial operation;
• Testing and commissioning for industrial operation;

As a result of the project, the customer received:

• Optimization of equipment composition and operation mode;
• The ability to account for market netting mechanisms and peak hours when planning the generation facility's operation;
• Reduced time for calculations, decision-making, and result analysis;

All work was carried out on an import-independent platform, including Astra Linux OS and Postgres DBMS, ensuring system reliability and security.

We thank our partner for their trust and cooperation!