SOLAR BATTERY MODULE LAYOUT METHOD AND SOLAR BATTERY MODULE ARRAY

Japanese Patent JP3586083

B2

PROBLEM TO BE SOLVED: To arrange a large number of solar battery modules by determining a module installation direction, computing the maximum layout possible number of solar battery modules in one row in the determined direction, and adjusting the center of a solar battery module group in the maximum layout possible number to the center of an installation face of each row to arrange the solar battery modules.
SOLUTION: A module installation direction is determined in an installation possible range 102 of a trapezoidal roof face so that the longitudinal direction of solar battery modules is orthogonal to a roof flow direction. The roof flow direction length of the installation possible range 102 is divided by the working width of the solar battery modules to calculate the maximum number of installation possible rows as twenty-one rows, and the upper side line length of the modules is divided by the length of the solar battery module to calculate the maximum layout possible number as five in a first row and four in an eleventh row. The calculated installation possible number of the solar battery modules row by row are arranged at the center part of time roof face. The roof filling rate of solar battery module groups can therefore be heightened.

Hidehisa Makita
Seiki Itoyama
Satoshi Shiomi
Meiji Takabayashi
Kimitoshi Fukae

JP31188997A

November 10, 2004

November 13, 1997

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Canon Inc

E04D1/00; E04D1/30; E04D3/40; E04D13/18; F24J2/52; H01L31/042; H01L31/048; F24J2/04; (IPC1-7): E04D13/18; E04D1/00; E04D1/30; E04D3/40; H01L31/042

JP518051A
JP8177187A
JP6212747A
JP9294340A
JP4265352A
JP7153985A
JP3115722U
JP6068223U

Keizo Nishiyama
Yuichi Uchio

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