Smart Power Management Microsystem for Distributed Renewable Energy Harvesting

In this work, we proposed a smart power management microsystem for distributed renewable energy harvesting which could combine various renewable energy, especially solar energy and wind energy, and convert multiple input to stable single output, and demonstrated the feasibility of the system by building the model of photovoltaic cell and wind turbine and simulating the performance of maintaining stable power output in changing environment. For verifying the practicability of the smart power management microsystem, we designed a double input parallel boost circuit based on STM32 and proved its ability to manage the output optimally.