Coordinated Control for Power Systems

Power plants use local control panels to manage droop control, bus bar voltage, and unit frequency and active power. This individual control results in operating scenarios that may be good for the local unit but not for the power system. For example, changing bus voltage locally has global consequences and must be carefully studied to understand how to properly balance voltage across the power system.

OptiRamp controls voltage, active power, and frequency for all major electrical components, including transformers, generators, turbines, and consumers. The result is coordinated control, designed for a wide range of power system configurations, across multiple units and power plants and a more reliable and optimized power system.

S&C has a patent pending for this coordinated control for power systems solution.

Recent News

March 2018
Native Modbus TCP Driver
S&C has developed a native Modbus TCP driver for the OptiRamp Virtual Tag Server
January 2018
S&C Celebrates 13 Years
S&C celebrates 13 years in business this month with many exciting plans for the new year
December 2017
An Application of OptiRamp Digital Twin Technology
S&C built a Decision Support Center that uses OptiRamp Digital Twin technology
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