摘要
随着全球对碳达峰和碳中和的迫切需要,以空气源热泵为代表的新型能源正逐渐成为关注的焦点,它为人们提供了清洁、舒适、高效、安全和节能的冷热源系统。在这一背景下,如何更高效、更节能地使用空气源热泵成为一个重点研究领域。针对这一问题,本文提出了一种革新的算法设计。该设计仅需要单一的水箱温度传感器,并借助统计学方法,即可成功地识别出空气源热泵热水器用水的高峰段、平段和低谷段。通过这种方式,热泵热水器能够在各个时间段内实施最合适的制热策略,从而提供持续、可靠、舒适的热水供应。综合理论分析表明,该算法在节能和成本优化方面具有显著优势,为热泵热水器和相关领域提供了一种高效和可靠的解决方案。
With the urgent global demand for carbon peak and carbon neutrality,emerging energy sources represented by air source heat pumps are gradually becoming a focal point of attention.They provide people with a clean,comfortable,efficient,safe,and energy saving cold and heat source system.In this context,the focus of research is shifting towards more efficient and energy saving utilization of air source heat pumps.Addressing this issue,this paper proposes an innovative algorithm design.This design requires only a single water tank temperature sensor and,with the aid of statistical methods,can successfully identify peak,plateau,and off peak periods of water usage in air source heat pump water heaters.In this way,the heat pump water heater can implement the most suitable heating strategy during each time period,providing continuous,reliable,and comfortable hot water supply.Comprehensive theoretical analysis indicates that this algorithm has significant advantages in energy saving and cost optimization,offering an efficient and reliable solution for heat pump water heaters and related fields.
作者
蒋浩
雷朋飞
JIANG Hao;LEI Pengfei(GUANGDONG PHNIX ECO-ENERGY SOLUTION LTD.GUANGZHOU,GUANGDONG,PR.CHINA 511470)
出处
《制冷》
2023年第4期28-31,共4页
Refrigeration
关键词
空气源热泵
热水器
习惯分析
节能
Air Source Heat Pump
Water Heater
Habit Analysis
Energy-saving
