We developed an IPMS to monitor and automate the switching between multiple energy sources like grid, DG, solar, hydrogen fuel cell, and battery storage. The system integrates with third-party equipment using both proprietary and standard protocols and features an intuitive interface with real-time displays and animations. It enables intelligent power management, reducing energy costs, improving reliability, and minimizing environmental impact.
To design and develop an Intelligent Power Management System (IPMS), to monitor and automate switchover among multiple energy sources.
We designed a real-time embedded system to optimise and manage power switching from various sources like grid, DG, Solar, Hydrogen Fuel Cell, and Battery Storage. The system integrates with third-party equipment such as Battery Management System (BMS), Solar Maximum Power Point Tracking (MPPT), etc. using both proprietary and standard protocols. The MMI is over both CLI and touchscreen GUI. The MMI displays various operating parameters from all the power sources, in a unified screen. In the graphical interface, animation is used to display power contributions from various sources. The system also provides for audio/visual alarm management.
The system enabled the end customer to intelligently monitor, control, and optimise power usage, with the primary goals of reducing energy costs, enhancing system reliability, and minimising environmental impact.
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