• Capacitor BAM1.05-30-1W System 1
  • Capacitor BAM1.05-30-1W System 2
  • Capacitor BAM1.05-30-1W System 3
Capacitor BAM1.05-30-1W

Capacitor BAM1.05-30-1W

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Specifications

Safe and reliable;
Easy foundation construction;
Simple maintenance;
Higher application.

Specifications

Safe and reliable;
Easy foundation construction;
Simple maintenance;
Higher application.

HV shunt capacitor is shunt connected with AC power electric system PF (50Hz or 60Hz) equals and above 1kV, which is used to improve the power factor and voltage quality, reduce line loss, and implement the efficiency of power generation and supply.

Main technical data
Voltage: 1kV~21kV
Capacitor capacitance: 30kvar~800kvar
Variation of capacitor: 0~±5%
Loss angle(tanδ) at rated voltage ≤0.002
Long-term operation at 1.05 times of rated voltage can be allowed and it also can operate at 1.15 times of voltage for less than 30min. every 24hrs.
It can operate at 1.30In steady over-current caused by higher harmonic and steady over-voltage. Steady over-current can be allowed to reach 1.5In for capacitor with extremely plus variation.
It is complying with GB/T11024-2001 hunt capacitor for AC power system of nominal voltage 1KV and aboveand IEC 60871-1:1997 HV shunt capacitor technical condition.


Structure characteristics
It uses double-piece coarsening polypropylene film to keep good impregnation. Components do edge-fold convex structure to reduce partial discharge and improve polarity board insulation’s electric field distribution.
Crimping high-strength porcelain bushing with high hermetically sealed performance is applied to capacitor bushing. The welding between bushing and case is with argon arc welding with higher mechanical strength and hermetically sealed characteristics.
Case is made of stainless steel plate, treated through shot blasting and then painting by robots. Surfaces are beautiful with strong anti-corrosion feature.
High reliable inner fuse , good ampere-time characteristics and reliable action.


Q: What are the distribution network equipment
Electricity and other energy sources, its main features are: cannot be stored in large scale, power generation, transmission, distribution and consumption at the same instant
Q: What are the general requirements for working on distribution equipment?
Can be plugged into the elbow cable connector, not load operation.
Q: DC transmission equipment
Power supply operation of power plant and substation in nowadays are used in DC power supply, it provides power for the control of the load and power load and DC emergency lighting load, is the foundation of modern electric power system control and protection
Q: What is the power equipment in the distribution room?
which is mainly used for the distribution of the electric energy of the low-voltage users, and the utility model is provided with a medium voltage input line (a small number of outlets)
Q: Transmission system and distribution system
Transmission system is based on the power supply to the same level or lower substation for the purpose of the general voltage level higher (35KV or more)
Q: What is the difference between power supply and distribution
Power supply and distribution is part of the use of general by the Architectural Design Institute of electrical professional
Q: Transmission lines are not electrical equipment?
Transmission lines in the power transmission project belongs to the carrier, belonging to the power cable category, should not be called equipment
Q: An introduction to the interpretation of flexible AC transmission systems
The series compensation device such as thyristor controlled series capacitor (TCSC), thyristor controlled reactor (TCSR), static synchronous series compensator (SSSC), active power flow is mainly used to change the system of distribution, improve the system transmission capacity and transient stability etc.;
Q: Main equipment of high voltage direct current transmission
It is composed of two or more converter bridges, which can realize the AC DC AC converter.
Q: Difference between distribution voltage and supply voltage
A distribution within the cell, the high voltage side is 10KV, the low voltage side is 220V or 380V.

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