PV-based power generation is gathering steam in both grid-connected and stand-alone uses, the previous converters method have two ports, thus a large number of them are connected to a shared DC bus. Each port is managed individually in this scenario, using a separate communication channel that may comprise several switches controllers. So in the proposed method Photovoltaic (PV) / battery hybrid structure, drained late in the energy management enormous testing. For standard dispersed force edge structures with PV / battery mixing power units, two free force converters are required including a nondirectional DC-DC converter and a boost converter. Due to its small form, minimal switch demand, and excellent efficiency, multi-port converters are becoming a better efficiency. The integrated three force for the converter, PV / Battery proposes development theory and control measures for the semi-mature transmitted power age structure. As the power changes from the associated relative converter fullinterface DC-DC converter, the improper idea of the force thickness and system is refreshed. Extraordinary energy splash release sheets and control systems are proposed to understand the force balance between the three ports in different workplaces.