To ensure that energy management can beimplemented, it is crucial to incorporate it into the organizationalstructure. The decision-makers' interactions and responsibilitiesought to be standardized. The executive worker receives functionsand competencies from the top management. Additionally,thorough coordination can guarantee task completion. Energymanagement is more concerned with cost reduction thanperformance or partial representation and arrangement of energyinfrastructure, enabling the visualization and analysis of physicalrelationships and layouts. Various energy management tools andmaterials are already available that illustrate the concept ofenergy management, energy demand and supply, and economicanalysis. Energy managers are responsible for these tasks. Thefacility as an energy system, process flow preparation techniques,material and energy balance diagrams utilized in geometric models,and various grid factors are all topics we hope to cover in thispaper. We also hope to discuss how these materials can beimplemented to help energy resources, transmission lines, andconsumption points by increasing efficiency, lowering losses, andimproving reliability. By facilitating improved load balancing andaiding in the placement of renewable energy sources (such as windturbines and solar panels), techniques like geometric optimizationcan eventually result in a more resilient and sustainable system