Revolutionizing rural electrification with PV Integrated energy storage system: The DC House Solution

Given a wide range of problems in rural setup, the electricity storage and its grid-integration pose major bottlenecks in rural areas with limitations in generation and supply of electrical power. DC House technology can significantly improve the usage of sources of clean energy for power generation. This paper explains the proposed energy management strategy involving maximum power point tracking (MPPT) with Incremental Conductance algorithm and the voltage droop control strategy. This scheme promises judicious power distribution within the source components and enhances the dependability and consistency level of the DC House. With this approach, DC loads are directly powered by a low-power, low voltage DC electrical system, enabling scalability, affordability, and flexibility. This controller strategy was designed by synchronising PV generation and demand of load, ensuring quicker DC link voltage in MATLAB/Simulink.