Quick Answer
The Sol-Ark hybrid inverter is compatible with various solar array configurations, but it performs optimally with 3-phase configurations and larger array sizes. A 2-phase configuration with 9-12 modules per phase is a good starting point, while a 3-phase configuration with 12-16 modules per phase offers better performance and redundancy.
Understanding Sol-Ark’s Array Configuration Requirements
When configuring a solar array for the Sol-Ark hybrid inverter, it’s essential to consider the inverter’s capabilities. The 12K model can handle up to 12,000 watts of solar power, while the 15K model can handle up to 15,000 watts. A good rule of thumb is to size the solar array to 80-90% of the inverter’s maximum capacity to ensure optimal performance and redundancy.
Choosing the Right Array Configuration
For a 2-phase configuration, a good starting point is to use 9-12 modules per phase, with a total of 18-24 modules for the entire array. This configuration is suitable for smaller to medium-sized systems and provides a good balance between cost and performance. For a 3-phase configuration, use 12-16 modules per phase, with a total of 36-48 modules for the entire array. This configuration is more suitable for larger systems and provides better redundancy and performance.
Maximizing Performance with Sol-Ark’s Auto-Balance Feature
One of the unique features of the Sol-Ark hybrid inverter is its auto-balance feature, which automatically adjusts the output of each phase to ensure optimal performance and efficiency. To maximize the benefits of this feature, ensure that the solar array is properly balanced and that the inverter is configured to use the auto-balance feature. This will help to ensure that the solar array operates at its maximum capacity and provides the best possible performance and efficiency.
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