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Improved design of a hybrid energy system for telecommunication applications

机译:改进电信应用混合能源系统的设计

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In mobile communications in order to provide coverage in any possible area, it is mandatory to install Base Transceiver Stations (BTS) in many off-grid locations. The result of this necessity is that most of these BTS are powered by autonomous diesel generators. In this paper an improved Hybrid Power System (HPS) is proposed, which is based in real data from installed stations, has better techno economic characteristics than the conventional diesel power system and is equipped with the most recent technology. The existing, the proposed and a diesel-battery system are compared. The simulation results show that hybrid technology can offer an advanced economic solution and has also decreased gas emissions. This comparison is performed using the program Homer. The results of these simulations are mainly focused in the cost of energy (COE), the greenhouse emissions and the Net Present Cost (NPC) that these three particular systems have.
机译:在移动通信中,为了在任何可能的区域提供覆盖范围,必须在许多离网位置安装基站收发器站(BTS)。这种必要性的结果是大多数这些BTS由自主柴油发电机提供动力。在本文中,提出了一种改进的混合动力系统(HPS),该系统基于来自安装站的实际数据,具有比传统的柴油电力系统更好的技术经济特性,并配备了最新的技术。比较现有的,提出的和柴油电池系统。仿真结果表明,混合动力技术可以提供先进的经济解决方案,也有降低的气体排放。使用程序HOMER执行此比较。这些模拟的结果主要集中在能量(COE),温室排放量和净目前成本(NPC)中的重点是这三种特定系统的成本。

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