论文部分内容阅读
配电站内变压器等设备在运行过程中会导致配电房内气温上升。通过仿真模拟配电房内温度场的变化情况,研究了降低配电站室内温度的方案,研制了改善通风、散热的热交换设备,开发了防止太阳照射的实用型设备、微正压通风过滤装置与太阳能板发电系统配套的节能设备,以及变配电站安装防火保温材料和雨水收集除尘系统,形成了配电站的智能化节能通风系统,不仅可以降低配电站出现的缺陷和故障的概率,还有利于配电站实现节能减排。
Power distribution substations and other equipment in the operation process will lead to temperature rise in the power distribution room. By simulating the change of the temperature field in the distribution room, the scheme to reduce the indoor temperature of the distribution station was studied, the heat exchange equipment to improve the ventilation and heat dissipation was developed, the practical equipment to prevent the solar radiation was developed, the positive pressure ventilation filter Equipment and solar panels power generation system supporting energy-saving equipment, as well as substation installation of fire insulation materials and rainwater collection dust removal system, the formation of the power station intelligent energy-saving ventilation system can not only reduce the substation defects and failures Probability, but also conducive to the distribution station to achieve energy-saving emission reduction.