This study assesses the potential demand and user cases for the MOPO Max/inverter product in rural and semi-urban Liberia. The research focuses on determining if the MOPO Max/inverter combination can replace internal combustion engine (ICE) generators and support the transition from manual labor to mechanized processes, thereby increasing productivity. Utilizing a mixed-methods approach, the study collected both quantitative and qualitative data via surveys and interviews conducted in three counties: Bomi, Grand Bassa, and Lofa. Key findings indicate that the mechanization potential in rural farming is limited due to cost constraints and current practices, with significant mechanized activities confined to large landholders and agribusinesses. However, there is substantial demand for the MOPO Max/inverter among semi-urban businesses and more affluent households, primarily due to unreliable grid electricity and the high costs associated with fuel generators. Recommendations include targeting semi-urban households and businesses initially, exploring flexible rental periods, and establishing strategic partnerships with donor organizations for rural deployment. This study provides a foundational understanding to develop viable business models for deploying the MOPO Max/inverter system, aiming to enhance productivity and quality of life in off-grid communities across Liberia .