Power Generation System | Storage issues |
Resources, devices, machine, electrical control | • Medium size and micro-turbines • Permanent magnet and doubly fed induction generators • Efficient inverters • Self-excited induction generators • Asynchronous or synchronous generators • Induction machine and DC machine based storage system such as flywheels |
Advanced electrical design of devices and components | • Dynamic design of wind turbines • Bio-fuel based turbines • PV Solar cell system with high insulation system and sun tracking system to get maximum power • Minimum looses smooth output of wind farms |
Types of loads | • Dynamic modeling of loads • Adoptive and frequency/voltage dependent characteristics of loads • Real time load shedding planning • Adoptive load management • SCADA based control |
Energy management methods | • Both systems adoptable either centralized vs. decentralized control system. • Impedance matching to control reactive power and minimizing losses • Efficient protection methods • Implementation of hybrid sources to control fault current levels in the micro-grid • Smooth coordination with other micro-grid with the conventional grid • Intelligent Interface system • Operate in both modes grid connected or Islanding and detection methodologies • Low-voltage controlling system |