【摘 要】
:
按“谁干扰,谁污染,谁治理”的原则,进行谐波源当地治理。即对于产生大量谐波的用户,在用户变的低压侧加装滤波装置。根据装置的原理不同,可分为无源电力滤波器(PPF)和有源电
论文部分内容阅读
按“谁干扰,谁污染,谁治理”的原则,进行谐波源当地治理。即对于产生大量谐波的用户,在用户变的低压侧加装滤波装置。根据装置的原理不同,可分为无源电力滤波器(PPF)和有源电力滤波器(APF)。随着海南省屯昌县各行各业的全面发展,屯昌县供电局的供电量不断增长。因海南特殊的地理环境,负荷分配极不均匀,季节性用电的特征充分体
Press “Who disrupts, who pollutes, who govern ” principle, carries on the local control of the harmonic source. That is, for users who generate a lot of harmonics, the filter device is installed on the low pressure side of the user. According to the principle of different devices can be divided into passive power filter (PPF) and active power filter (APF). With the all-round development of all walks of life in Tunchang County of Hainan Province, the power supply of Tunchang County Power Supply Bureau is constantly increasing. Due to the special geographical environment of Hainan, the load distribution is extremely uneven and the characteristics of seasonal electricity are fully
其他文献
请下载后查看,本文暂不支持在线获取查看简介。
Please download to view, this article does not support online access to view profile.
A novel process-insensitive thermal protection structure has been developed.This circuit contains several sub-circuits such as band-gap reference,reference outp
避开不善之人,远离是非之地,不招惹麻烦,不要养成坏习惯。相信自己。全面周到地考虑问题。不要放弃,不要屈服。充实生命中的今天,昨日已成历史,明天无法预知。家庭和朋友是无
Bi-doped SiO 2 –Al 2 O 3 –GeO 2 fiber preforms are prepared by modified chemical vapor deposition (MCVD) and solution doping process. The characteristic spect
A CMOS wideband front-end IC is demonstrated in this paper.It consists of a low noise transconductance amplifier(LNTA) and a direct RF sampling mixer(DSM) with
We report a pulsed surface-emitted THz-wave parametric oscillator based on two MgO:LiNbO3 crystals pumped by a multi-longitudinal mode Q-switched Nd:YAG laser.T
Our son, at age of five, had a fascination for motorcycles. The sight of one would always bring forth squeals of delight, accompanied by excited remarks of “Lo
通过对师宗县葵山镇现有低效林的现状进行综合分析,探索低效林改造有效途径,着力提高林地产出率,充分发挥林地生产潜力,不断促进林业持续健康发展。
Through the comprehens
位于美国华盛顿的美国海军研究实验室日前声称,他们首次开发出一种基于InAlAsSb/InGaSb材料的新型双异质结晶体管,这种异质结晶体管的发射极和第二集电极则采用了InAsSb材料
请下载后查看,本文暂不支持在线获取查看简介。
Please download to view, this article does not support online access to view profile.