Machine room air flow organization control system and method

Abstract

The invention discloses a machine room air flow organization control system and method. The system comprises an optical fiber sensor, a collecting and control module, a display module, an air conditioner control module, a fan control module and a cold source control module. The optical fiber sensor and the collecting and control module are electrically connected. The collecting and control moduleis electrically connected with the display module, the air conditioner control module, the fan control module and the cold source control module. The optical fiber sensor is used for collecting temperature data of a machine cabinet and outputting a temperature signal. The collecting and control module is used for sending a first signal, a second signal, a third signal and a fourth signal to the display module, the air conditioner control module, the fan control module and the cold source control module. The air conditioner control module is used for adjusting distribution and the temperature of an air conditioner. The fan control module is used for adjusting the air flow speed of a fan. The cold source control module is used for adjusting the temperature and flow amount of a cold source. According to the scheme, local hot points or cold points of a machine room are eliminated, and optimization and energy-saving control of air flow organization are achieved.

Description

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AI Technical Summary

Benefits of technology

This technology helps optimize heat distribution within an office by gather multiple point'temperature measurements from different parts inside it. These measurement values are then sent back into the system for analysis based on factors like power usage, equipment capacity, workload requirements etc., which help improve overall performance and reduce costs associated with maintaining comfortable temperatures indoors during working hours.

Problems solved by technology

The technical problem addressed during this patented process relates to improving the performance and effectiveness of an electronic device's thermal management system for efficient operation within its environment. Unhealthy conditions such as excessive humidity may cause damage from overheated components and poorly designed systems with insufficient fans. To address these issues, there has been developed methods called active convection control techniques which aim at controlling the movement of warm/cold particles towards each other inside the housing while keeping them moving freely without interferring with their intended function. These improvements help maintain proper temperatures and prevent condensations on certain parts like circuit boards caused by too high internal pressure.

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