Management of the complex SKKV-refrigeration plant based on a multiprocessor system

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Abstract

The maximal effect of decrease (reduction) of the charge of energy in a complete set system of comfortable conditioned air refrigerating machinery is reached (achieved) at cumulative application of energetically rational structure of a complex and multiprocessor control system (MCS) by the equipment. MSC is carried out by controllers on the basis of the specialized digital processor DSP. The control system has low technological complexity, conformity to the standards on electrical parameters.

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V. V. Vychuzhanin

ONMU

Author for correspondence.
Email: info@eco-vector.com

Cand. tech, science

Russian Federation

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1. JATS XML
2. Rice. Fig. 1. Functional diagram of the SKKV-XU complex: 1 - serviced premises; 2 - air distributor; 3, 14 - fans; 4 - air cooler; 5, 6 - air heaters of the first and second stages; 7 - utilization heat exchanger; 8. 10 12. 19-pumps; 9, 13 - three-way saddle adjustable valves 11. 20 - valves; 15 - capacitor; 16-scroll compressor, 17 - expansion valve (TRV); 18 - evaporator; 21 - air humidifier

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3. Rice. Fig. 2. Energy efficient modes of operation of the SKKV-XU complex in diagram 1-d

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4. Rice. 3. Multiprocessor control system of the SKKV-XU complex: 1 - air conditioner; 2 - room; 3, 4 - adjustable valves of the air heaters of the first and second stages; 5 - adjustable cold water valve; 6 - fan; 7 - optoelectric isolation, buffer circuits, matching circuits; 8 - processor; 9 - control panel; 10 - personal computer; 11 - task block; 12 - refrigeration unit; 13 - position regulator; 14 - throttle valve; 15 - suction valve; 16 - cooling capacity regulator

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5. Rice. 4. Generalized MSU algorithm for control and diagnostics of the SKKV-XU complex

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Copyright (c) 2022 Vychuzhanin V.V.

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