United States Patent
US Patent 6218813: Cross current compensation system and method
US 6218813 · granted 2001-04-17
Abstract
A cross current compensation system for controlling reactive currents in a generator is provided. A control system for receives voltage feedback from a first generator of a plurality of generators and cross current feedback from at least a second generator of the plurality of generators. The control system determines a phase angle based on the voltage feedback from the first generator and cross current feedback from the at least a second generator. The control system determines a compensation signal corresponding to the phase angle and cross current feedback. The control system modifying a generator excitation signal for the first generator based on the respective compensation signal and a bi-linear transformation technique.
| Patent Number | 6218813 |
|---|---|
| Title | Cross current compensation system and method |
| Filed | 1999-09-30 |
| Granted | 2001-04-17 |
| Inventor(s) | Davis; Gerald W. |
| Assignee | Rockwell Technologies, LLC |
| Number of Claims | 56 |
Abstract
A cross current compensation system for controlling reactive currents in a generator is provided. A control system for receives voltage feedback from a first generator of a plurality of generators and cross current feedback from at least a second generator of the plurality of generators. The control system determines a phase angle based on the voltage feedback from the first generator and cross current feedback from the at least a second generator. The control system determines a compensation signal corresponding to the phase angle and cross current feedback. The control system modifying a generator excitation signal for the first generator based on the respective compensation signal and a bi-linear transformation technique.
Claim 1
A cross current compensation system for controlling reactive currents in a generator; comprising: a control system for receiving voltage feedback from a first generator of a plurality of generators and cross current feedback from at least a second generator of the plurality of generators, the control system determining a phase angle based onthe voltage feedback from the first generator and cross current feedback from the at least a second generator, the control system determining a compensation signal corresponding to the phase angle and cross current feedback, the control system modifyinga generator excitation signal for the first generator based on the respective compensation signal and a bi-linear transformation technique.
Claims
56 totalA cross current compensation system for controlling reactive currents in a generator; comprising: a control system for receiving voltage feedback from a first generator of a plurality of generators and cross current feedback from at least a second generator of the plurality of generators, the control system determining a phase angle based onthe voltage feedback from the first generator and cross current feedback from the at least a second generator, the control system determining a compensation signal corresponding to the phase angle and cross current feedback, the control system modifyinga generator excitation signal for the first generator based on the respective compensation signal and a bi-linear transformation technique.