looking at a electricity grid that has renewable such as wind, i want to model the effects a synchronised condenser has on the rate of change when there is either or sudden drop or surge in generation (ie Wind speed suddenly drops or increases)
The question is a bit vague, and needs some clarification.. Are you looking at the response of coal fired power plant, which tends to use cooling towers for condenser cooling or CCGTs which commonly use ACCs: these are very different in seasonal response for example?
Hi ,
I’m looking at the power output from a wind farm and when for instance the wind speed suddenly drops so does the power output. By using a synchronous condenser (flywheel) that will discharge once the power output from the windfarm begins to drop this will slow the rate of change (power drop) of the wind power . so for example with no synchronous condenser the power drops from 20MW to 10MW after 15s but with the synchronous condenser discharging it’s stored energy it drops from 20MW to 15MW (hypothetically)
I looking at what parameters and equations are needed to show this effect .
thanks for answering!
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