Abstract:
The increasing demand for electricity during peak hours in off-grid institutions, such as schools
and hospitals, sometimes leads to overloading and potential disruptions. Manual methods of
managing power usage are inefficient and unable to dynamically respond to fluctuations in energy
availability. This project aims to design and implement a power load monitoring and control
system specifically tailored for off-grid settings to optimize energy usage and ensure system
reliability.
The main objective is to develop a system that continuously monitors energy consumption,
assesses the stored power in batteries, and integrates control mechanisms to enhance energy
efficiency. In situations where the available power from the generation sources is insufficient to
meet peak demand, the system will prioritize essential loads, such as ICU units in hospitals, while
selectively disconnecting non-essential loads. This dynamic adjustment will be based on real-time
power availability, ensuring uninterrupted service to critical areas while minimizing energy
consumption and promoting cost savings. The system will also optimize power usage during low
generation periods from the off-grid power source, thereby improving overall efficiency and
sustainability.
