Energy Management System
The Energy Management System is a tool designed to collect and analyze various energy consumption data in real-time within a factory. Utilizing a range of sensors throughout the facility, it digitizes detailed information related to energy, such as flow rate, air volume, electricity, voltage, water pressure, and water volume, providing comprehensive monitoring.
Additionally, it calculates carbon emissions based on electricity consumption data, allowing for management of emissions by scope and category. The system also displays net values, including on-site power generation and reduction efforts, supporting the optimization of energy usage and sustainable operations.
Benefits
- Visualization of Energy Consumption
By visualizing energy usage in detail throughout the factory, you can identify which equipment consumes how much energy. This allows for the discovery of wasteful energy practices and the formulation of improvement measures for greater efficiency. - Calculation and Management of Carbon Emissions
The system automatically calculates carbon dioxide emissions from energy consumption data, enabling management by scope and category. This supports efforts to achieve environmental goals and enhances the sustainability of the business. - Realization of Cost Reduction
By optimizing energy consumption, unnecessary costs can be reduced. This is particularly beneficial in the manufacturing sector, where energy costs represent a significant portion of overall expenses. - Utilization of On-Site Power Generation and Overall Assessment
The system allows for a comprehensive evaluation that includes on-site power generation and energy reduction efforts, providing a clear overview of the net energy balance. This enables a straightforward assessment of overall energy efficiency across the organization. - Support for Rapid Decision-Making
Based on real-time energy data, potential issues can be quickly identified, facilitating prompt decisions for implementing improvements. This capability allows for immediate responses in factory operations, enhancing competitiveness.
