Transient stability and control of renewable generators based on Hamiltonian Surface Shaping and Power Flow Control: Part I-theory

Transient losses in synchronizing renewable energy integrated power networks

“…The losses are then given by (19), which we can compute as ||H|| 2 H2 = α 2D (n 0 − 1) = 0.2 2· 5 2π60 · 4 = 30. 16 for the parameters given in this example.…”

“…A similar model was recently employed to characterize the rate of convergence (damping) in heterogenous power networks [15]. While the literature offers a number of more detailed descriptions of asynchronous machines, particularly wind turbine generators [16]- [18], it unclear how these models would be adapted to studies of rotor angle stability [19].…”

Energy Storage Control and Requirements For Inverter-Based Microgrids

“…Hamiltonian Surface Shaping and Power Flow Control (HSSPFC) method [9] provides a powerful tool to determine the local and global system stability and performance [10]. The HSSPFC modeling of the global system, centralized in its unified form, has been developed in recent works [11,12,13,14,15] to incorporate the constraints that decentralized or distributed approaches impose on the system.…”

Electro-Mechanical-Thermal Modeling and Stability of Pulsed Power Loads on a Dc Network

“…Research has been carried out on the pulse load application with respect to naval applications and the more electric ship initiative (MES) [11]. [13,14]. This is also explored in [12] This thesis uses JP8, known as aviation fuel, as the coolant for the system using the fuel tank as a thermal storage device.…”