Adaptive transmission control for communication systems with unstable renewable energy sources

Qishen Wu, Sho Suzuki, R. Shinkuma, Tatsuro Takahashi
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Abstract

Energy consumption within communication networks is becoming a more significant problem as the scale of communication infrastructure increases. At the same time, large-scale electricity systems also face problems like transmission loss and energy shortage. Thus in this paper, we base our discussion on a communication system powered by a micro-grid system with renewable energy supplies, which is expected to address these problems well. Then, as a solution to the fluctuating output problem of renewable energies, we propose a transmission control algorithm to directly adapt the system power consumption in response to the fluctuation instead of using batteries as the energy buffer. Through simulation, we prove that our scheme can efficiently use such kind of fluctuating power supplies.
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可再生能源不稳定通信系统的自适应传输控制
随着通信基础设施规模的扩大,通信网络内的能源消耗问题日益突出。与此同时,大规模电力系统也面临着传输损耗和能源短缺等问题。因此,在本文中,我们将讨论一个由可再生能源供应的微电网系统供电的通信系统,该系统有望很好地解决这些问题。然后,为了解决可再生能源输出波动问题,我们提出了一种传输控制算法,直接调整系统功耗以响应波动,而不是使用电池作为能量缓冲器。通过仿真,我们证明了我们的方案可以有效地利用这类波动电源。
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