制冷与空调(四川)
製冷與空調(四川)
제랭여공조(사천)
REFRIGERATION & AIR-CONDITION
2015年
2期
130-135
,共6页
董际鼎%邵安春%郑光群%胡碧锋%罗春其
董際鼎%邵安春%鄭光群%鬍碧鋒%囉春其
동제정%소안춘%정광군%호벽봉%라춘기
焓交换效率%温度交换效率%能量回收效率%能效比
焓交換效率%溫度交換效率%能量迴收效率%能效比
함교환효솔%온도교환효솔%능량회수효솔%능효비
Enthalpy exchange effectiveness%Temperature exchange effectiveness%The energy recovery effectiveness%Energy efficiency ratio
通过对 GB/T21087-2007《空气-空气能量回收装置》国家标准节能指标的分析和空气能量回收装置节能技术的研究,阐述了空气能量回收装置的节能理念和提高节能效果的研究方向。认为空气-空气能量回收装置的国家标准没有真实体现空气能量回收装置的节能效果,标准中还有不少概念性的误区,由于空气能量回收装置国家标准提出的能效系数不能真实反映该产品的节能状态,阻碍了空气能量回收装置节能技术的研究、提高和发展,提出应尽快修订 GB/T21087-2007《空气-空气能量回收装置》国家标准,并将真正的节能指标纳入国家标准中,有利于新风行业节能技术研究和提高。
通過對 GB/T21087-2007《空氣-空氣能量迴收裝置》國傢標準節能指標的分析和空氣能量迴收裝置節能技術的研究,闡述瞭空氣能量迴收裝置的節能理唸和提高節能效果的研究方嚮。認為空氣-空氣能量迴收裝置的國傢標準沒有真實體現空氣能量迴收裝置的節能效果,標準中還有不少概唸性的誤區,由于空氣能量迴收裝置國傢標準提齣的能效繫數不能真實反映該產品的節能狀態,阻礙瞭空氣能量迴收裝置節能技術的研究、提高和髮展,提齣應儘快脩訂 GB/T21087-2007《空氣-空氣能量迴收裝置》國傢標準,併將真正的節能指標納入國傢標準中,有利于新風行業節能技術研究和提高。
통과대 GB/T21087-2007《공기-공기능량회수장치》국가표준절능지표적분석화공기능량회수장치절능기술적연구,천술료공기능량회수장치적절능이념화제고절능효과적연구방향。인위공기-공기능량회수장치적국가표준몰유진실체현공기능량회수장치적절능효과,표준중환유불소개념성적오구,유우공기능량회수장치국가표준제출적능효계수불능진실반영해산품적절능상태,조애료공기능량회수장치절능기술적연구、제고화발전,제출응진쾌수정 GB/T21087-2007《공기-공기능량회수장치》국가표준,병장진정적절능지표납입국가표준중,유리우신풍행업절능기술연구화제고。
It was elaborated in this paper the energy conservation idea of air energy recovery equipment and the study direction of enhancing the energy-saving effect, through analyzing the national standard energy–saving indicators and researching the energy conservation technology of air energy recovery in GB/T21087-2007“Air-to-Air Energy Recovery Equipment”. It was believed that the national standards for air-to-air energy recovery equipment did not reflect the real energy-saving effects of the equipment, and there were many conceptual errors in the standards. Since the coefficient of energy efficiency brought up by the national standards for air energy recovery equipment cannot accurately reflect the energy-saving status of the product, the research, advancement and development of the energy-saving technology for air energy recovery devices were hampered. Therefore, the national standards of GB/T21087-2007 “Air-to-Air Energy Recovery Equipment” should be revised as soon as possible, and the actual energy-saving indicators should be included in the national standards, thus conducive to research and improvement of the energy-saving technology in the ventilation mechanical industry.