  In this paper we aim to address the problem of dynamically dispatching a
group of state-of-the-art deloaded wind generators (WGs) in a fair-sharing
manner. We use the term dynamically since the WGs aim to dispatch themselves
according to a varying committed WF power output. We first propose a
leader-follower protocol whose execution guarantees asymptotically, two control
objectives. These are 1) reaching asymptotic consensus on the utilization level
of all WGs and 2) the total power output of the WGs asymptotically converges to
the reference value. Thereafter, we combine singular perturbation and Lyapunov
theory to prove that, under certain conditions, the proposed protocol will
asymptotically converge to its equilibrium. Finally, we derive a cooperative
Control Lyapunov Function-based (CLF) controller for the rotor side converter
(RSC) of each WG that realizes the protocol in practice. We demonstrate the
effectiveness of our proposed protocol and the corresponding RSC controller
design via simulations on the modified IEEE 24-bus RT system.
