Given the photovoltaic system described in in Chapter 2
Chapter 3, Problem 28(choose chapter or problem)
Given the photovoltaic system described in Problem 65 in Chapter 2 (Agee, 2012) and defining the following state variables, system input and output as \(y=x_1=\theta_m\), \(x_2=\dot{\theta}_m, x_3=i_a\), and \(u=e_a\), write a state-space representation of the system in the form \(\dot{\mathbf{x}}=\mathbf{A x}+\mathbf{B} u\), \(\mathbf{y}=\mathbf{C x}\).
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