Standardizing and abstraction system of records measured by a plurality of physical quantities' measuring devices

A processing system for standardization and abstraction of registers measured by a plurality of physical measuring devices (1) which measure values of measured registers (1a) representing supplies selected from among at least electrical supplies, fuel supplies, water supplies, heating supplies, cooling supplies and combinations thereof, in locations of at least a building or at least an installation to which supplies are made by means of supply devices (2), wherein each measuring device (1) comprises a set of memory positions from which measured registers (1a) of physical magnitudes can be queried, the processing system (3) comprising receptor means (4) for measured registers and processing means (5) for measured registers that are received in order to generate processed registers (5) that are storable in a storage database (6) of processed registers, wherein

• the processing system (3) furthermore comprises a characteristics schemes database (7) comprising characteristics schemes (7a) of respective models of measuring devices (1), and a category maps database (8) which comprises plurality of category maps (8a) comprising assignment tables (16) of category variables;
• each characteristics scheme (7a) of each model of measuring device (1) comprises at least one module (9) and at least one submodule (10) assigned to said module (9) on the basis of its functioning mode;
• each module (9) is allotted to at least one memory position of a measuring device (1) model, and associated with a single measuring point and assigned to at least one category map (8);
• in each category map (8a) a submodule (10) is associated with a category variable;
• the processing means (5) furthermore comprise mapping means (11) which comprise assignment means (12) and transformation means (13);
• the assignment means (12) are designed for assigning to each measured register (1a) read at the memory position of the physical measuring device (1) corresponding to a submodule (10), the category variable with which the submodule is related in an assignment table (16);
• the transformation means (13) are intended for transforming values of each measured register (1a) read in the memory position (18a) corresponding to the submodule (10) to which the category variable has been assigned, into values of processed registers (5a) expressed in the pre-established equivalent unit of measurement assigned to the submodule (10) by the corresponding category map.