Static Excitation Systems for Generators and MotorsSBS

Basic Characteristics:

  • Excitation of synchronous machines of power from 100 kW to 100 MW

 

 

  • State-of-the-art microprocessor control with all usual additional functions

 

 

  • Use of power semi-conductor elements by Siemens - Eupec

 

  

 

Type series:

Type

Use

SBS 0 / G

static exciter for generators up to 1 MVA

SBS 1 / G

static exciter for generators 1-5 MVA

SBS 2 / G

static exciter for generators 5-20 MVA

SBS 3 / G

static exciter for generators 20-100 MVA

SBS 4 / G

static exciter for generators 100-500 MVA

SBS / M

static motor exciter

 

 

Technical Parameters:

 Dimensions and weight:

 

Type

width (mm)

depth (mm)

height (mm)

Ibn

A

Ibmax

A

weight (kg)

SBS0

1000

600

2 100

150

300

230

SBS1

1000

800

2 100

400

750

350

SBS2

1200

800

2 100

600

1100

600

SBS3

1200

800

2 100

800

1500

900

SBS4

1600

800

2 100

2000

3000

1600

 

Flow Chart:



Specification of Technical Solution and Functions:

  • Compact solution including field transformer up to 80 kVA inside one cubicle

  • Digital Tenel-AVR one-board microprocessor regulator built on circuits produced by leading manufacturers - INTEL, Thompson, etc

  • Compact solution with excit.rectifier, field suppress.., over-volt. protection on semi-cond.modul..SBS

  • Possibility of field cubicle completing with complete generator and/or motor protection

  • Choice possibility of regulation: Voltage - Power factor - Reactive power - Field current

  • Implemented additional functions in AVR: stator and rotor current limiters, protection against machine oversaturation U/f, keeping guard over underexcitation limit

  • Stand-by system of generator protections in AVR

  • RS 485 serial communication interface by Modbus RTU protocol for connect. to central control

  • Possibility of extension of AVR algorithms with auxil. drives control and set appliances control

  • Diagnostic functions in AVR making putting into operation and operation checking easier

  • Complete measuring of currents, voltages, outputs, power factor on the AVR display

  • Fitting of AVR with EEPROM memory for storage of parameters for putting into operation

  • Fitting of regulator with history and statistics for operation monitoring and set failure analysis.