UBIQUITI ENERGY SM-MI-250
Product Description
SUNMAX MICROINVERTER 250W
sunMAX Residential Solar Solution
Data Sheet (PDF)
sunMAX by Ubiquiti Networks is a grid-tie solar solution that utilizes photovoltaic (PV) cells, or solar panels, to convert solar energy into alternating current electricity. Using a watertight roof mounting system, sunMAX offers both portrait and landscape array configurations with easy-to-use software to help you design and implement a fully customizable solar solution.
Ubiquiti Networks sunMAX Microinverter integrates into the sunMAX Solar Panel as an independent power generation unit. The Microinverter converts the DC power from the solar panel into AC power that can be connected directly to your home. Ubiquiti’s cloud-based sunMAX software provides monitoring capability for desktops and mobile devices.
The Microinverter provides multiple benefits including:
• Maximizes power for individual solar panels
• Eliminates high-voltage DC wiring for a safer solar installation
• Lower installation cost
• Higher overall system reliability
sunMAX Residential Solar Solution
Data Sheet (PDF)
sunMAX by Ubiquiti Networks is a grid-tie solar solution that utilizes photovoltaic (PV) cells, or solar panels, to convert solar energy into alternating current electricity. Using a watertight roof mounting system, sunMAX offers both portrait and landscape array configurations with easy-to-use software to help you design and implement a fully customizable solar solution.
Ubiquiti Networks sunMAX Microinverter integrates into the sunMAX Solar Panel as an independent power generation unit. The Microinverter converts the DC power from the solar panel into AC power that can be connected directly to your home. Ubiquiti’s cloud-based sunMAX software provides monitoring capability for desktops and mobile devices.
The Microinverter provides multiple benefits including:
• Maximizes power for individual solar panels
• Eliminates high-voltage DC wiring for a safer solar installation
• Lower installation cost
• Higher overall system reliability
