  At present, technological subsystems are usually hard-coded to produce a
consumer product with a certain performance, and efficiency, which is defined
either by the factory settings, or determined by the technologist's view on the
mode, suitable for this or that equipment. This is predetermined by a number of
factors, however, features of the architecture of the technological line, which
prevent the possibility to independently vary the feed of raw and energy
products, as well as the lack of built-in capabilities to assess the absolute
value added of the technological operation and effectiveness of the
technological operation are determining ones. There are no such shortcomings in
the technological subsystem with a batch feed of raw products, the architecture
of which is developed in the framework of this publication. Independence of the
performance change from external demand is ensured by the presence of the own
buffering system of the finished product. Built-in capability to obtain data on
economic parameters of the technological operation provides implementation of a
full parametric optimization according to the resource efficiency criterion.
The maximum number of degrees of freedom together with the ability to assess
technological operations opens up the practical possibility of implementing
new, previously unavailable in terms of effectiveness technologies in
production.
