Every company aims to find the most optimal and efficient mode of operation under various technical, technological, and other significant constraints.
One way to achieve this is by changing the properties or operating mode of a real object, or by creating a new object with different characteristics. However, this approach is feasible only for a limited number of enterprises and is too expensive and impractical for energy-intensive industries.
Simulation modeling is a method that allows companies to perform “What if???” scenario analyses, experiment with equipment properties and operating modes, without affecting the real object.
This method completely eliminates the risk of losses or damage to technical equipment.
Using simulation modeling, specialists can observe how changes in an object’s operating mode affect financial performance. This makes it possible to prepare a feasibility study (technical and economic justification) for equipment modernization or construction and installation works, evaluating economic effects and payback periods without upfront investment.
EMAS.OPT
Simulation modeling tools, as a standalone instrument for preparing feasibility studies and decision-making, are part of the EMAS.OPT optimization system developed by JSC “NBI”.
The system has already been implemented by leading generating companies and energy-intensive enterprises, including: PAO “Lukoil”, AO “Kvadra”, PAO “T Plus”, LLC “Evraz”, PAO “TGK-1”, PAO “Fortum”, PAO “TatNeft”.
With simulation modeling tools, clients can now perform calculations to make the most optimal investment decisions.
Conclusion: organizations in the energy and industrial sectors need to implement modern and efficient solutions to optimize operations and increase competitiveness. Today, such a tool is software based on simulation modeling.