浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2015年
1期
27-30
,共4页
程云堂%钱尼华%陈韶昱%王键宾%王成
程雲堂%錢尼華%陳韶昱%王鍵賓%王成
정운당%전니화%진소욱%왕건빈%왕성
输电线路%金具%复合材料%能耗
輸電線路%金具%複閤材料%能耗
수전선로%금구%복합재료%능모
transmission line%fittings%composite%energy consumption
输电线路上的电力金具能耗问题一直倍受关注，通过有限元仿真分析了复合材料电力金具的磁通密度、涡流密度的分布及能耗。在实验室中模拟比对了铸铁类、铝合金类和复合材料类材质金具的能耗，仿真分析和模拟试验均表明，复合材料电力金具是一种优良的节能金具，值得推广应用。
輸電線路上的電力金具能耗問題一直倍受關註，通過有限元倣真分析瞭複閤材料電力金具的磁通密度、渦流密度的分佈及能耗。在實驗室中模擬比對瞭鑄鐵類、鋁閤金類和複閤材料類材質金具的能耗，倣真分析和模擬試驗均錶明，複閤材料電力金具是一種優良的節能金具，值得推廣應用。
수전선로상적전력금구능모문제일직배수관주，통과유한원방진분석료복합재료전력금구적자통밀도、와류밀도적분포급능모。재실험실중모의비대료주철류、려합금류화복합재료류재질금구적능모，방진분석화모의시험균표명，복합재료전력금구시일충우량적절능금구，치득추엄응용。
Energy consumption of power fittings on transmission lines is always a matter of great concern. By finite element simulation, distribution and energy consumption of magnetic flux density and vortex density of power fittings are analyzed. Energy consumptions of cast ion fittings, aluminum alloy fittings and composite fittings are simulated and compared in the laboratory. The simulation analysis and simulation test show that the composite power fittings are significantly energy-efficient and are worth promotion and application.
