![]() ![]() The presented models can serve as a practical tool in designing new parlors or changing operations of existing ones. ![]() For 10 to 40 milking stalls, a rotary design gave better performance than a double parallel design in terms of milking process duration and stall utilization. Performance of a side-opening parlor was reduced by enlargement up to 20 milking stalls. You have viewed too many serial numbers from your ip (88.99.2.89) today, please, press CTRL+D to bookmark our site and return tomorrow. Various scenarios were generated to study parlor performance, and the results indicated that for a parlor with up to 14 milking stalls, a side-opening design provided greater capacity than parallel or rotary parlors. The models were validated by statistically comparing the duration of the simulated milking process with actual data collected at 3 dairy farms during 12 mo. Simulation models of parallel, rotary, and side-opening milking parlors were built that could predict milking parlor performance according to herd size, number of milking stalls, labor quality, and cow characteristics. ![]()
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