SF_6气体毒性生物试验新老平台对比及评价
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摘要
SF_6气体毒性生物试验是SF_6气体全分析中一个必不可少的项目,其关乎设备安全运行及人员人身健康。现行SF_6气体毒性生物试验设备简陋,需要耗费大量时间和人力,试验效率很低,已经难以满足当前电力建设高速发展的需求。安徽电科院研制的智能SF_6气体毒性生物试验装置具有多通道高精度高稳定性配气技术、智能控制技术、视频监视与远程控制技术、自动报警技术等。该装置功能齐全,结构紧凑,高效智能,便于移动等,能够有效地提高试验效率,极大减轻人员的工作负荷。本文通过试验操作来对比两个装置的性能,并对此做出评价与建议。
SF_6 gas toxicity biological test is an indispensable project of SF_6 gas analysis,which relates to the safe operation of equipment and personal health. The current SF_6 gas toxicity biological testing equipment is simple,which involves a lot of time and manpower but with low efficiency. It has been difficult to meet the current requirements of rapidly developing power construction. Anhui Electric Power Research Institute has developed an intelligent SF_6 gas toxicity biological test device with multi-channel high-precision high-stability gas distribution technology,intelligent control technology,video surveillance,remote control technology and automatic alarm technology. With the characteristics of being fully functional,compact in structure,efficient and easy to move,the device can effectively improve the efficiency of the test and greatly reduce the workload of personnel. This article compares the performance of the two devices through the test operation and makes evaluation and suggestions.
SF_6 gas toxicity biological test is an indispensable project of SF_6 gas analysis,which relates to the safe operation of equipment and personal health. The current SF_6 gas toxicity biological testing equipment is simple,which involves a lot of time and manpower but with low efficiency. It has been difficult to meet the current requirements of rapidly developing power construction. Anhui Electric Power Research Institute has developed an intelligent SF_6 gas toxicity biological test device with multi-channel high-precision high-stability gas distribution technology,intelligent control technology,video surveillance,remote control technology and automatic alarm technology. With the characteristics of being fully functional,compact in structure,efficient and easy to move,the device can effectively improve the efficiency of the test and greatly reduce the workload of personnel. This article compares the performance of the two devices through the test operation and makes evaluation and suggestions.
引文
[1]程伟,苏镇西,马凤翔,等.SF6混合绝缘气体电气设备中气体泄漏检测技术研究[J].高压电器,2016(12):146-150.
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[3]胡旭,李哲文.六氟化硫气体毒性研究浅析[J].中国科技博览,2015(47):369.
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[5]管日升.SF6电弧分解物的毒性和SF6开关电器设备解体时的防护对策[J].环境技术,1992(6):31-32.
[2]钱小泉.六氟化硫气体在电力设备使用中的危害及对策[C].《决策论坛——政用产学研一体化协同发展学术研讨会论文集(上)》,2015:226.
[3]胡旭,李哲文.六氟化硫气体毒性研究浅析[J].中国科技博览,2015(47):369.
[4]杨师斌.六氟化硫气体的危害与预防[J].重庆工商大学学报(自然科学版),2009(1):22-26.
[5]管日升.SF6电弧分解物的毒性和SF6开关电器设备解体时的防护对策[J].环境技术,1992(6):31-32.