首页> 外文会议>4th Jordanian IIR international conference on refrigeration and air conditioning >ENERGY USAGE PREDICTION MODEL COMPARING OUTDOOR VS. INDOOR ICE RINKS
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ENERGY USAGE PREDICTION MODEL COMPARING OUTDOOR VS. INDOOR ICE RINKS

机译:与室外相比的能源使用预测模型。室内冰凌

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The overall aim of the project was to reduce energy usage in ice rinks with specific scope study to develop arncomparison tool for indoor and outdoor ice rinks based on an energy usage prediction model. Thernrefrigeration system, heat loads on ice surface and their correlation is studied in detail for an outdoor bandyrnice rink for season 2010-2011. The accurate estimation of heat loads on outdoor bandy rink with validatedrninput climate data and performance analysis of refrigeration system is being done. The cooling capacity andrnheat load on ice surface are calculated, compared and analysed considering energy usage affectingrnparameters and weather parameters like temperature, wind speed, relative humidity and solar load. Therndeviation between total cooling energy produced and total heat load energy is found 27% for season 2010-rn2011. The developed model provides a decision tool to choose between alternatives based on predictedrnenergy usage.
机译:该项目的总体目标是通过进行特定范围的研究来减少溜冰场的能耗,从而基于能耗预测模型开发用于室内和室外溜冰场的arncomparison工具。针对2010-2011赛季的室外Bandyrnice溜冰场,详细研究了制冷系统,冰面上的热负荷及其相关性。正在使用经过验证的输入气候数据以及制冷系统的性能分析来准确估算室外带状溜冰场的热负荷。考虑到影响参数和天气参数(例如温度,风速,相对湿度和太阳负荷)的能源使用情况,计算,比较和分析了冰面上的制冷量和热负荷。在2010-2011年第二季,所产生的总冷却能量与总热负荷能量之间的偏差为27%。开发的模型提供了一种决策工具,可根据预测的能源使用量在替代方案之间进行选择。

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