Skip to main content
Loading
Sign In
Cart
Home
Foundation
Toggle search
Toggle navigation
Keyword Search
About Us
Toggle
Mission Vision History
Who are our members
Member Benefits
Why IIAR?
Board of Directors
IIAR Past Chairs
IIAR Committees
Allied Associations
About NH3 Refrigeration
Advertise with IIAR
State of the Industry
IIAR Green Paper
Join IIAR
Toggle
Store
Toggle
Purchase Standards, Industry Books, Posters
Technical Papers
Access Publication Resources
Events
Toggle
Annual Conference
Technical Paper Submission
Espanol Technical Paper Submissions
PDH Manager
International Events
Hub and Space
International
Toggle
Chapters
International Committee
International Alliance Program
International Events
Spanish Language Standards
Technology & Standards
Toggle
Standards Review
Standards Interpretations
Ventilation Analysis Tool
Government & Code
Toggle
Government Portal
First Responder Portal
Education
Toggle
IIAR Learning Management System
IIAR 2 Certificate Course
IIAR 2 Curso de Certificado
IIAR 4 Curso de Certificado
IIAR 6 Certificate Course
IIAR 6 Curso de Certificado
IIAR 9 Certificate Course
IIAR 9 Curso de Certificado
ARM Certificate Course
PSM RMP Certificate Course
PHA Certificate Course
Refrigeration Training Series
IIAR Webinars
Condenser Magazine
Toggle
Condenser (English)
Condenser Selects (Spanish)
Members Only
Toggle
Member Directory
Condenser Issues
eLibrary
IIAR Communities
Webinars
COVID19
Skip breadcrumb navigation
Energy efficiency improvement strategies of ammonia-based re
Energy efficiency improvement strategies of ammonia-based refrigeration system used in indoor snow dome (2015)-With reference to the design and operation of an indoor snow dome, many factors should be considered including the requirement of human body comfort, the quality of snow, energy saving operation and so on. As we know, the refrigeration system consumes most of the energy in an indoor snow dome and ammonia-based refrigeration systems are widely used in indoor snow domes. Therefore, the objective of this paper is to discuss the energy consumption and energy efficiency improvement strategies for ammonia-based refrigeration systems used in snow domes. First, it introduces four kinds of snowmaking methods and the principles of ammonia-based refrigeration systems used in the indoor snow domes. Second, it provides the refrigeration load and energy consumption of each system in a specified situation, followed by a discussion of different energy efficiency technologies: heat recovery technology and its application and thermal storage in snow base. Finally, a practical engineering example is given to show how to apply these energy efficiency strategies comprehensively to such aspects as energy efficiency, operation possibility, safety and economic viability. Keywords: indoor snow dome, ammonia-based refrigeration system, energy efficiency.
Discounted member price:
30.00
Your price:
45.00
You could save:
33.3%
Quantity:
Similar products
No products found
Copyright © International Institute of Ammonia Refrigeration (IIAR).
{1}
##LOC[OK]##
{1}
##LOC[OK]##
##LOC[Cancel]##
{1}
##LOC[OK]##
##LOC[Cancel]##