Realization of an Energetic Hub Based on a High-Performance Dish Stirling Plant

G. Cipriani, G. Ciulla, V. D. Dio, V. DiMaria, Valerio Lo Brano, G. Larson, C. Chiaruzzi, A. Costantino, I. Manduca
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引用次数: 1

Abstract

In this work the realization of an energetic hub based on a high-performances dish Stirling system, at the DEIM of the University of Palermo, is presented. The realized system is the first top rated solar thermodynamic plant directly connected to the national electric grid. The connection permits the electricity injection into the grid and allows to access to national renewable energy incentives regime. The system realization was possible thanks to an international cooperation between the University of Palermo and the private company Horizon S.r.l., official partner of Ripasso Energy AB, owner of this technology. Initial data of the plant energy production and the foreseen improvements for the hybridization of the system and its integration with an electrical and geothermal storage system are also presented.
基于高性能碟形斯特林装置的能量枢纽的实现
在这项工作中,介绍了巴勒莫大学DEIM基于高性能碟形斯特林系统的能量中心的实现。实现的系统是第一个直接接入国家电网的顶级太阳能热电厂。该连接允许电力注入电网,并允许进入国家可再生能源激励机制。该系统的实现得益于巴勒莫大学与私营公司Horizon S.r.l之间的国际合作,Horizon S.r.l是这项技术的所有者Ripasso Energy AB的官方合作伙伴。还介绍了工厂能源生产的初始数据和对该系统的杂交及其与电力和地热储存系统的集成的预期改进。
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