Explore Practical Applications of Our Energy Optimization Solutions
Network Configuration
Our mission is to craft utility-specific networks, meticulously tailored to match the provided energy network scope.
Utility Network & Model Stencil
The information and process required for calculating the cost of each equipment using ENetOPT.
Case Study : Refinery plant
Energy Optimization Design in Refinery Plant through ENetOPT Implementation
ENOP Management System
The EMS allows users to manage model files and set the auto calculation state of each model.
Optimization Cost
Detailed results for optimizing the cost and calculations for each equipment are displayed.
Constraints
You can configure the optimal conditions to match the current factory and network situation.
ENetOPT illustrates how it is configured against the backdrop of the actual network.
Energy Integration
ENetOPT facilitates balance and optimization across integrated heat, electricity, and fuel networks.
Steam Table
The embedded Steam table computes thermodynamic properties like enthalpy and entropy.
Module Stencil
EnetOPT's stencil offers modules for optimizing energy networks, covering steam, fuel, electricity, and hydrogen equipment.
Gross Error Detection
Gross error detection in mass and energy balance safeguards data integrity by identifying anomalies or inconsistencies.
Overall Balance
ENetOPT supports effective management of plant-wide mass and energy balance by analyzing the flow of the integrated energy network.
Balance by Facility
ENetOPT enables efficient mass and energy balance across the entire energy system.
Case Study: Power Plant
Demo video in optimizing power plant operations.
Case Study: Holistic Energy Optimization
An integrated system that optimize energy network with mass, fuel, electricity, heat.
Case Study: H2 production
How ENetPlan optimizes hydrogen production while minimizing operational costs
Case Study: Naptha Cracker Factory
Naptha craker factory optimization with ENetOPT & ENetPLAN
Power Plant Optimization with ENetOPT & ENetPLAN