Studies of the effects of soiling on module performance indicate that losses of 5 to 30% on power output due to empirical soiling are common on solar utilities throughout the United States, particularly in the Southwest.
That’s why Campbell Scientific has redesigned the popular SMP100 Solar Module Performance system to provide O&M decision makers with the information needed to evaluate the financial impact of soiling on their PV modules.
Originally designed for maximum power point measurements of non-inverter tied PV modules, the system now offers the instrumentation and methodology required for accurate measurements of PV module soiling. The SMP100 is available as a stand-alone measurement peripheral that can be added to any Campbell Scientific-based meteorological station or as a complete system that also includes irradiance and other pertinent measurement devices.
That’s because Campbell Scientific renewable energy measurement systems are designed with the understanding of total measurement system uncertainty and the implications on long-term operations and maintenance. This system joins our extensive line of high-quality, customizable, turn-key measurement solutions for solar and other renewable energy applications. Campbell Scientific measurement solutions provide PV performance engineers with the data needed to both validate performance models and determine real world energy yield.
Most of the systems we sell are customized. These systems, however, typically measure the following parameters: