MATHEMATICAL MODEL OF THE ENERGY AND TEMPERATURE-HUMIDITY PROCESSES IN A STOCK-BREEDING FARM WITH DOSED DISTRIBUTED INFLOW OF AIR
PART 1. BASIC HYPOTHESES AND RELATIONS
MIHAILOV NIKOLAY 1, EVSTATIEV IVAN 2, GEORGIEV GEORGI 3, EVSTATIEV BORIS 4 Angel Kunchev University of Rousse, Studentska str. â8, Rousse 7017, Bulgaria
1. Dept. of Electrical Power Supply and Equipment
2. Dept. of Electronics
3. Dept. of Computer Systems and Technologies
4. Dept. of Theoretical and Measuring Electrotechnics
The correct feeding of fresh air in a stock-breeding farm is a decisive factor for achieving high quality microclimate sustenance. Distributed dozed feeding of input air is a method, allowing for the achievement of best microclimate parameters in the animal zone, while at the same time making the most efficient use of the energy, emitted in the premises. The application of this method requires constant control of energy and temperature-humidity processes in the farm on the basis of a mathematical model.
This paper aims at developing a model, describing the processes in a stream, fed into stock breeding farm premises.
