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首页> 外文期刊>Automatica Sinica, IEEE/CAA Journal of >Co-Simulation of an SRG Wind Turbine Control and GPRS/EGPRS Wireless Standards in Smart Grids
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Co-Simulation of an SRG Wind Turbine Control and GPRS/EGPRS Wireless Standards in Smart Grids

机译：SRG风力涡轮机控制的共模和GPRS / EGPRS在智能电网中的无线标准

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摘要

Wind energy can be considered a push-driver factor in the integration of renewable energy sources within the concept of smart grids. For its full deployment, it requires a modern telecommunication infrastructure for transmitting control signals around the distributed generation, in which, the wireless communication standards stand out for employing modern digital modulation and coding schemes for error correction, in order to guarantee the power plant operability. In some developing countries, such as Brazil, the high penetration of commercial mobile wireless standards GPRS and EGPRS (based on GSM technology) have captivated the interests of the energy sector, and they now seek to perform remote monitoring and control operations. In this context, this article presents a comparative performance analysis of a wireless control system for a wind SRG, when a GPRS or EGPRS data service is employed. The system performance is analyzed by co-simulations, including the wind generator dynamics and the wireless channel effects. The satisfactory results endorse the viability and robustness of the proposed system.
机译：风能可以被视为在智能电网概念内集成的推动驱动因素。为了其全部部署，它需要一种用于在分布式发电周围传输控制信号的现代电信基础设施，其中无线通信标准突出用于采用误差校正的现代数字调制和编码方案，以保证电厂的可操作性。在一些发展中国家（如巴西），商业移动无线标准GPRS和EGPRS（基于GSM技术）的高渗透率都迷住了能源部门的利益，现在寻求执行远程监控和控制操作。在这种情况下，本文提出了当采用GPRS或EGPRS数据服务时对风SRG的无线控制系统的比较性能分析。通过共模进行分析系统性能，包括风力发电机动力学和无线信道效果。令人满意的结果赞助所提出的系统的生存能力和鲁棒性。

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