集中电供热在电气自动控制中的研究

由于当今各个行业的高速发展使经济有所提升,人们的生活平也越来越好,因此,对于供热的需求也逐渐提高标准,在这样的状况下,我国很多供热工程建设依然运用比较传统的方法,自动化程度很低,集中电供热项目的运营管理成本也逐渐增加,而现在随着当今科学技术的快速发展,电气自动化控制系统在工业生产当中也得到大量运用。因此,文章解析电气自动化控制系统的优势,阐述该系统在集中电供热项目当中的实际运用,为提高其生产效率以及质量提供有价值。

集中电供热在电气自动控制中的研究

针对城市生产生活及发展中有重要作用的集中电供热系统,提出以电气自动控制为核心的集中电供热控制系统及其方案,旨在为目前和将来集中电供热系统的改造及发展奠定良好基础,提供可靠的参考借鉴,使集中电供热系统良好地适应城市建设与发展需要。

Mathematical Modelling of Charge/Discharge Process in Seasonal Heat Storage Tank

The seasonal heat storage tank is the most important component of the SDH （solar district heating） system, which allows significant increase in the share of solar energy in heat supply in comparison with conventional solar systems with short-term accumulation of heat. The adverse impact of their investment sophistication on competitiveness may be compensated by the increased use. For example： Cooperation with heat pump allows to increase the accumulation capacity of the seasonal heat storage tank and causes the direct use of heating energy and accumulation of cooling energy produced by heat pump. In the final stage of the heating period, it can be used to remote cooling supplied buildings. Experimentation on mathematical model is possible to obtain valuable insights about the dynamics of the processes of charging and discharging in the seasonal storage tank and subsequently used in the design, implementation and operation.