matlab - Using fmincon to Create a Hybrid System Sizing Graph -

I am trying to design a metLab code that creates a size graph for a generator-battery system (so that Ratings for a particular generator You can see the battery capacity required to complete the power load). I am making it based on the method set by Arun et al. ().

I have to solve the equation:

  Q (T + 1) = Q + (+ P) (T) -D (t)] subject to linear barriers :  
  q (t) ≥ 0 (2) q (t = 0) = q * dt (1)  
 
 (t = t) ( 3)  

Where t is the end time (i.e., the capacity of the battery should be at the beginning and end of equality).

I know D (t) (load, a vector), f (efficiency) and dt = 1 . There are 24 steps in the total (so many days).

P (t) is generator power at each time, depending on the load, the generator sometimes runs on the part load.

I need to find the Q , battery capacity, every time I move.

For each stage I get the Q and P , under Odds 2 and 3, to analyze equation 1, a Matlab solver I wanted to make a given evaluation P My initial thought was to use FISMON . Although I need to integrate this solver with two loops, for the first time looping at rated power and for the second time Q (t + 1), Q (t) and P ) in order to obtain. ) at every t