FIELD: agriculture.
SUBSTANCE: method involves measuring and setting room temperature felt by animals; comparing measured and set temperature; measuring temperature and relative humidity of inner air in room and outer air; calculating heat energy losses in room depending on measured temperature and relative humidity of outer air and inner air in room; measuring feed consumption; generating signal indicative of felt room temperature; periodically altering signal indicative of generated felt room temperature in a range between admissible minimal and maximal set values; calculating product cost of given animal batch depending on value of altered signal indicative of generated felt room temperature and measured feed consumption; calculating heating power costs depending on value of altered signal indicative of felt room temperature; calculating feed cost depending on measured feed consumption; calculating first difference between product cost and total costs of heating power and feed cost as profit factor in a range between admissible minimal and maximal preset values of signal indicative of generated felt room temperature; defining maximal value of first difference as maximal profit and corresponding signal indicative of generated felt room temperature; defining second difference value as standardized profit at standard felt temperature in process mode of maximal productivity of stock; subtracting second cost value from first maximal cost of first cost difference to produce maximal third difference cost in the form of maximal profit gain value and corresponding signal indicative of generated felt room temperature; comparing signal indicative of felt room temperature corresponding to maximal first or second difference value with measured felt room temperature; correcting young animal heating mode and animal or poultry house heating mode on the basis of comparison data. Described in Specification is apparatus for controlling economic heating of young animals and house room.
EFFECT: increased efficiency by providing precise optimization of room heating mode.
3 cl, 3 dwg
Authors
Dates
2007-04-10—Published
2005-11-08—Filed