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Intelligent Thermal Storage in the Balearic Islands Hotels with Solar Energy

机译：Balearic Islands酒店的智能热储存酒店太阳能的酒店

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The Balearic Islands are a representative example of tourist islands, with more than 2.500 Hotel and touristic industries, which implies with its approximately a half million available beds, an increase in 50% of the population during high season. High energy consumption in hours with low Renewable energy production represent additional problems. Hotels consume the 15% of the total energy in the Balearic Islands. Data from 27 Hotels was studied in order to investigate the levels of energy consumption and sustainability taking into consideration future zero emissions scenarios with solar energy production. This paper analyses available data concerning energy consumption in hotels, with a focus on Electric demand (most of them from HVAC systems). The main goal is to determine a mathematical model for predicting the energy consumption, and coupling it as much as possible to the solar energy production. To reach this goal, smart buildings can foster energy efficiency and tackle the reduction of CO_2 emissions within the atmosphere. Hotels can guarantee adequate lighting, ventilation, cooling rates, along with other aspects of building demands in real-time. Monitoring and sensing combined solutions with simple and efficient control strategies are the main contributors to advanced sustainable building technology. The implementation of smart strategies such as thermal storage.
机译：巴利阿里群岛是旅游群岛的代表例，拥有超过2.500个酒店和旅游行业，这意味着它大约已有5000万张可用床铺，在旺季期间的50％的人口增加。低能量消耗在低可再生能源生产的时间内代表额外的问题。酒店在巴利阿里群岛中消耗15％的总能量。研究了27家酒店的数据，以调查与太阳能生产的未来零排放情景考虑到能源消耗和可持续性水平。本文分析了有关酒店的能源消耗的可用数据，专注于电价（大多数来自HVAC系统）。主要目标是确定用于预测能量消耗的数学模型，并尽可能多地耦合到太阳能生产。为了实现这一目标，智能建筑可以促进能源效率并解决大气内的CO_2排放量。酒店可以保证充足的照明，通风，冷却速率以及实时建筑需求的其他方面。监测和感应具有简单高效控制策略的组合解决方案是先进可持续建筑技术的主要贡献者。实施智能策略，如热存储器。

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