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New generation solar cooling and heating systems with IEA SHC task 53: overview and first results

机译:具有IEA SHC任务53的新一代太阳能冷却和加热系统:概述和第一个结果

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Solar cooling technology is currently facing a very exciting challenge. Air conditioning is a large and growing energy consumer, especially in sunny and developing countries. Worldwide efforts to develop renewable energy solutions must address this critical cooling application. A new Generation of Solar Cooling systems including the coupling between Photovoltaic modules and a reversible heat pump is very promising and able to represent a cost competitive solution both reliable and efficient. To address this new generation of solar cooling, a new IEA Solar Heating and Cooling Program Task, called Task 53 has just started for 3.5 years and will be described. This paper will first concentrate on the description of Task 53 with its objectives and work plan then it will show the first results such as the state of the art of the new generation solar cooling systems. Then, a virtual case study on the cost competitiveness of a PV reversible heat pump installed in Madrid for cooling and heating will be presented, underlining that such a solution already would present a payback time of less than 10 years in the Spanish economical today's conditions
机译:太阳能冷却技术目前正面临着非常令人兴奋的挑战。空调是一种大型且不断增长的能源消费者,特别是在阳光明媚和发展中国家。全球开发可再生能源解决方案的努力必须解决这一关键冷却应用。一种新一代的太阳能冷却系统,包括光伏模块和可逆热泵之间的耦合非常有前途,并且能够代表具有可靠和有效的成本竞争解决方案。为了解决这一新一代的太阳能冷却,新的IEA太阳能加热和冷却程序任务,称为任务53刚刚开始达到3.5年,并将描述。本文首先将专注于任务53的描述,其目标和工作计划,然后它将展示新一代太阳能冷却系统的最先进的第一次结果。然后,将提出对Madrid中安装的PV可逆热泵的成本竞争力的虚拟案例研究,下调,这种解决方案已经在西班牙经济今天的条件下呈现不到10年的回报时间

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