NOVELTY - A solar photovoltaic power collector (12a) comprises air cooled solar photovoltaic modules (10) electrically interconnected in series to form solar photovoltaic power source, where each air cooled solar photovoltaic modules containing thirty linearly oriented solar cells; and linearly oriented substrate, where thirty linearly oriented solar cells physically arranged substantially in a single row on a first side of the linearly oriented substrate.    USE - The solar photovoltaic power collector useful for solar photovoltaic power collection circuit (claimed).    ADVANTAGE - A multiple photovoltaic modules are connected together to form a photovoltaic collector for high voltage applications with solar tracker mounting. The high voltage photovoltaic collector interconnects to form a high power capacity photovoltaic power source for conversion to AC power. A solar photovoltaic module is formed from a single linear, series-connected arrangement of solar cells on a linear mounting assembly or substrate that provides high heat dissipation from the photovoltaic module. The solar photovoltaic power collector improves the efficiency of collecting and converting solar light energy into electric current and power when the solar cells are assembled in photovoltaic modules that are interconnected to form a photovoltaic collector by providing an efficient thermal operating environment for the solar cells in the photovoltaic modules making up the collector; increases the effective DC voltage at the output of each photovoltaic collector, which is of benefit in applications for high power generation in solar farms having output capacities greater than one megawatt.    DETAILED DESCRIPTION - A solar photovoltaic power collector (12a) comprises several of air cooled solar photovoltaic modules (10) electrically interconnected in series to form a solar photovoltaic power source having a solar photovoltaic power collector output capable of maintaining a peak direct current (DC) voltage of at least 1000 volts, where each air cooled solar photovoltaic modules containing several of at least thirty linearly oriented solar cells electrically connected in series; and a linearly oriented substrate, where at least thirty linearly oriented solar cells physically arranged substantially in a single row on a first side of the linearly oriented substrate, where the linearly oriented substrate formed from a thermally conductive composition and having an expanded heat dissipation-to-ambient surface region on a second side of the linearly oriented substrate, where the second side of the linearly oriented substrate opposing the first side of the linearly oriented substrate. INDEPENDENT CLAIMS are included for following:    (1) a solar photovoltaic power collection circuit having a solar photovoltaic power collection circuit output capable of maintaining a peak DC power level of at least one megawatt comprising several of solar photovoltaic power collectors;    (2) generating DC electric power at least at a maintained peak voltage of 1000 volts from a solar photovoltaic source involving forming each one linearly oriented air cooled solar photovoltaic modules from at least thirty solar cells electrically connected in series and arranged in a single row on a thermally conductive linearly oriented substrate having an expanded heat dissipation-to-ambient surface region on the side of the thermally conductive linearly oriented substrate opposite the side of the thermally conductive linearly oriented substrate upon which the solar cells are arranged; and electrically interconnecting the several linearly oriented air cooled solar photovoltaic modules to form at least one solar photovoltaic power collector having a collector output for the generated DC electric power;    (3) fabricating a linearly oriented air cooled solar photovoltaic module involving heating at least a seating surface on a thermally conductive linearly oriented substrate having an expanded heat dissipation-to-ambient surface region on the side of the linearly oriented substrate opposite the seating surface; consecutively bonding a serially oriented array of at least thirty solar cells with interconnecting electrical conductors between two encapsulation layers to form a linear solar cell assembly; and moving the thermally conductive linearly oriented substrate relative to the formed linear solar cell to lay the linear solar cell assembly along the seating surface as the linear solar cell assembly is formed.    DESCRIPTION OF DRAWING(S) - The figure shows electrical schematic view of three photovoltaic power collectors.    Solar photovoltaic modules (10)    Photovoltaic collector (12a)