Thursday, March 23, 2017

Beyond Monitoring...

Photovoltaic installations are assets that create value for their owners. Therefore plant owners should strive to get the most out of it and maximize ROI.

PV professionals responsible for the operation and maintenance of PV installations need IT solutions that maximize the yield of the installations, increase customer satisfaction and reduce the costs associated with monitoring, management and fault recovery.

Traditional monitoring and management systems of photovoltaic installations are limited to the presentation of data collected at the plant.

The SolarEye Platform is an intelligent system that acts as a virtual energy assistant, proactively monitoring and automatically detecting potential faults in your PV plants with high accuracy, creating a synergy between the plant owner and the PV professional, towards increased efficiency, reliability and higher returns.

Intelligent Analytics

It is the only system with built-in intelligence, based on state of the art technologies, capable of estimating, fast and accurately, each plant's expected production under certain climate conditions.

Early Detection

Automatically determining deviations from the expected production, with high accuracy, the SolarEye Platform detects potential DC disturbances, facilitating maximization of the plant's yield and increase of the ROI.

Minimizing Response Times

Faults at the AC side including fuses and other overcurrent protection devices can be spotted instantly in a graphical diagram depicting the plant's structure. Hence, SolarEye saves time on fault analysis at the office and fault recovery in the field, resulting in cost savings from better scheduling of repairs and reduction of unnecessary visits.

Quantification Of Power Loss

Power loss from either AC Faults or DC disturbances is quantified with high accuracy, providing valuable information that could be used for statistical analysis and insurance claims.

Decision Support

Information that otherwise you could not even imagine is revealed. Potential fault conditions are discovered. Knowledge is created regarding what each part of the installation is capable of producing, at a fine grained level, under each plant's specific microclimate. Having this wealth of knowledge allows you to make informed decisions about necessary corrective actions with respect to unexpected production decrease or failures.