NOVELTY - Enabling access to information associated with a concentrated photovoltaic (CPV) array comprises storing manufacturing data associated with components of CPV arrays located at a remote solar site, each of the CPV arrays is coupled with a different system control point (SCP) communicatively connected to a central backend management system, where the manufacturing data includes at least projected performance information of the components of the CPV arrays, and where each of the CPV arrays is contained on a two-axis tracker mechanism.    USE - The method is used for enabling access to information associated with a CPV array installed in a solar site having multiple CPV arrays (claimed).    ADVANTAGE - The present invention provides the use of manufacturing information during the operation of a CPV system.    DETAILED DESCRIPTION - Enabling access to information associated with a concentrated photovoltaic (CPV) array installed in a solar site having multiple CPV arrays, comprises storing manufacturing data associated with components of CPV arrays located at a remote solar site, each of the CPV arrays is coupled with a different system control point (SCP) communicatively connected to a central backend management system, where the manufacturing data includes at least projected performance information of the components of the CPV arrays, and where each of the CPV arrays is contained on a two-axis tracker mechanism; receiving actual performance information of the components of the CPV arrays from their corresponding SCP using a secured and persistent connection and based on Hypertext Transfer Protocol Secure (HTTPS); and generating alarm information based on the actual performance information of the components of the CPV arrays not being consistent with their corresponding projected performance information. INDEPENDENT CLAIMS are:    (1) a method for a CPV array system;    (2) a CPV array management system, comprising CPV arrays located at a remote solar site, each of the CPV arrays associated with a different SCP which is communicatively connected to a central back-end management system over an Internet using a secured channel and HTTPS, where each of the CPV arrays is associated with a set of manufacturing data stored in a relational database associated with the central backend management system, the manufacturing data including at least projected performance information and serial number information of components of the CPV arrays, where each of the CPV arrays is contained on a two-axis tracker mechanism, and where the central backend management system includes an energy model module configured to receive the projected performance information of the components of the CPV array, actual performance information of the components of the CPV arrays, and condition information at the remote solar site to generate site-specific energy models and/or CPV array specific energy models; and    (3) a computer-readable media that stores instructions, which when executed by a machine, cause the machine to perform operations comprising storing manufacturing data associated with components of CPV arrays located at a remote solar site, each of the CPV arrays is coupled with a different SCP communicatively connected to a central backend management system; receiving actual performance information of the components of the CPV arrays from their corresponding SCP using a secured and persistent connection with a protocol that verifies the identity of both a sending and receiving device; receiving condition information at the remote solar site; determining projected performance information of the components of the CPV arrays based on the manufacturing data and the condition information at the remote solar site; and comparing the actual performance information of the components of the CPV arrays with their corresponding projected performance information.