This project proposes a novel single-phase micro inverter fit to process the power of two photovoltaic (PV) modules; in a modular way. The proposed topology combines a full bridge inverter integrated with two DC-DC boost converters, in addition to a DC link consists of switched capacitor (SC) networks. The operating modes of the proposed topology are illustrated. The voltage stress of all components is identified. A modulation technique along with a control system is developed for proper operation of the proposed topology. A comparative study with other topologies is introduced and shows the following merits for the proposed one: 1) the power of two PV modules can be harvested individually or simultaneously without any circulating current issues, 2) very high gain can be acquired; thus no series connection of PV modules is required for grid-tie applications, 3) Transformerless operation, 4) multi-level shaping of the output voltage; thus reduced filter size is required, and 5) self-balancing for the DC-link capacitors; thus simple control systems can be used. The performance of the 7-level version of the proposed topology is validated using real-time simulation and experimental prototype under grid-tie and stand-alone conditions, respectively.