Hi Imran
To model power increment constraints using MATLAB, you can use a combination of conditional logic and the sign function as:
currentPower = 50; % Example current power
desiredIncrement = 10; % Example desired increment
udeg = 15; % Upper limit
ldeg = -20; % Lower limit
adjustedPower = applyPowerIncrementConstraints(currentPower, desiredIncrement, udeg, ldeg);
disp(['Adjusted Power: ', num2str(adjustedPower)]);
Here is the function:
function adjustedPower = applyPowerIncrementConstraints(currentPower, desiredIncrement, udeg, ldeg)
% currentPower: Current power level
% desiredIncrement: Desired power increment
% udeg: Upper increment limit
% ldeg: Lower increment limit
% Calculate the potential new power level
potentialPower = currentPower + desiredIncrement;
% Determine the sign of the desired increment
incrementSign = sign(desiredIncrement);
% Apply constraints based on the sign
if incrementSign > 0
% Positive increment
if desiredIncrement > udeg
adjustedPower = currentPower + udeg;
else
adjustedPower = potentialPower;
end
elseif incrementSign < 0
% Negative increment
if abs(desiredIncrement) > abs(ldeg)
adjustedPower = currentPower - abs(ldeg);
else
adjustedPower = potentialPower;
end
else
% No increment
adjustedPower = currentPower;
end
end
I hope this helps!
