Deploying IoT on Single Input Multiple Outputs (SIMO) DC-DC Converter to Control Loads in AFIT’s Library

Abstract Globally, systems used for energy management are framework for users to manage, optimize, monitor and control utilization and access to the generated energy. It helps to identify leakages and procedure to adopt in proper management and utilization. It is achieved by real-time analyses of loads, sources of energy and predictive control of data. Intelligent control and management provides convenience and affordability. Various classes of loads are positioned in AFIT library. There may be desire to monitor utilization of the solar generated power to prevent unnecessary access that may drain the storage completely. Managing the output power of the and monitoring how it feed the appliances enhances performance and enable long-term utilization. Internet of Things (IoT) gives an attractive and scientific platform that link both the energy source and the loads. In this paper, the use of IoT-based intelligent control mechanism that manage, control and monitor power generation and utilization by the DC loads present in the library that are connected to SIMO DC-DC converter is presented. The work aim to significantly decrease power leakages and improve performance of the loads in the library. The work has achieved 98% performance efficiency.