Correlation model between humidity control and energy consumption of HVAC system in solid preparation workshop
固体制剂车间HVAC系统湿度控制与能耗关联模型

摘要

固体制剂车间在药品生产过程中对环境湿度的控制要求极为严格，合理的湿度控制不仅影响药品的稳定性与质量，还直接关系到HVAC系统的能耗水平。本文通过建立湿度控制与能耗之间的关联模型，分析不同湿度设定对能耗变化的影响，并探讨在保证药品质量前提下的能耗优化路径。精细化湿度控制能够有效降低能耗波动，提升运行效率。该模型为制药企业在节能降耗与质量保障间实现平衡提供了理论依据与实践参考。

Abstract

The solid preparation workshop has extremely strict requirements for environmental humidity control during the pharmaceutical production process. Reasonable humidity control not only affects the stability and quality of pharmaceuticals but also is directly related to the energy consumption level of the HVAC (Heating, Ventilation, and Air Conditioning) system. In this paper, by establishing a correlation model between humidity control and energy consumption, the impact of different humidity settings on energy consumption changes is analyzed, and the energy consumption optimization path under the premise of ensuring pharmaceutical quality is explored. Refined humidity control can effectively reduce energy consumption fluctuations and improve operational efficiency. This model provides a theoretical basis and practical reference for pharmaceutical enterprises to achieve a balance between energy conservation and consumption reduction and quality assurance.