110kV城市室内变电站低碳技术研究

Mengwei Wang, Shijun Wang, Zilei Wang
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引用次数: 0

摘要

为进一步降低变电站的全寿命碳排放指标,提出了低碳110kV室内变电站设计方案。在提出的设计方案中,对建筑减碳技术、可再生能源利用、绿色能源电力设备进行了分析和运用,以实现变电站绿色低碳、近零能耗的目标。建立了照明仿真、噪声仿真和散热仿真的仿真模型,对设计方案进行了分析和优化。通过仿真结果,直观地显示了变电站设计方案在环境影响方面的不足,提出了合理的优化措施,提高了变电站的碳排放指标。并通过减碳经济指标的计算,结果表明所提出的设计方案对于建立110kV室内低碳变电站是可行的。
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Research on Low-carbon Technology for 110kV Urban Indoor Substation
To further reduce the lifetime carbon emission index of substations, a design scheme of low-carbon 110kV indoor substation is proposed. In the proposed design scheme, building carbon reduction technology, renewable energy utilization, green energy power equipment is analyzed and used to achieve the goal of green, low carbon and near zero energy consumption of substation. Furthermore, simulation models are established for lighting simulation, noise simulation and heat dissipation simulation to analyze and optimize the design scheme. Through the simulation results, the substation design scheme deficiencies in the environmental impact are intuitively shown to put forward reasonable optimization measures of the substation carbon emission index improvement. And with the calculation of carbon reduction economical index, result shows that the proposed design scheme is feasible for the establishment of 110kV indoor low-carbon substation.
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