Project Summary
An EMS SCADA System integrates real-time monitoring of power grid operations. It combines Energy Management Systems (EMS) with SCADA to provide utilities with tools to supervise, analyze, and optimize electrical networks.
The system collects data from various Energy Meter, enabling operators to monitor voltage levels, frequencies, and power flows. EMS SCADA supports critical functions such as load balancing, fault detection, and energy forecasting, ensuring reliable and efficient power distribution across the plant.
Challenges
The company faces a challenge due to the lack of an energy monitoring system, resulting in no power consumption records for the plant.
Additionally, there’s no tracking of load and power consumption by department, preventing the efficient distribution of load as per requirements.
Solutions
- An EMS SCADA System integrates real-time monitoring of power grid operations. It combines Energy Management Systems (EMS) with SCADA to provide utilities with tools to supervise, analyze, and optimize electrical networks.
- The system collects data from various Energy Meter, enabling operators to monitor voltage levels, frequencies, and power flows. EMS SCADA supports critical functions such as load balancing, fault detection, and energy forecasting, ensuring reliable and efficient power distribution across the plant.
- The system automatically generates hourly, daily, and monthly energy consumption reports. Users can also manually download reports as needed to meet their specific requirements.
Results
- An EMS system improves energy efficiency by providing real-time monitoring and optimization of power usage across the plant.
- It helps reduce energy costs, enhance load management, and support sustainability goals through detailed consumption reports and data analysis.
- Users can also view energy data on the web through the local network.