Automatic generation control (AGC) in modern power systems (PS) is difficult because the output of many resources intermittent, and load system parameters vary widely. In this paper, a novel scheme known as wavelet based multiresolution proportional integral derivative (MRPID) controller for multiple interconnected hybrid sources presented. The discrete transform (DWT) used proposed MRPID to sp...

With the recent advancements in the sensor technology and solid-state VLSI design the new capacitance fingerprint sensor can be miniaturized. The Automatic Gain Control (AGC) adjusts the acquired images to produce highest quality images over different dryness, wet and dirty conditions. We developed a low-cost, on-line, and Pc-based fingerprint verification system. The system performance is high...

The rapid uptake of natural gas-fired units in energy systems poses significant challenges coordinating the electricity and gas systems. Besides, uncertainty caused by integrated renewable such as wind power raises more requirements on robustness operation for system (IEGS). To address these challenges, this paper investigates distributed adjustable robust optimal flow (OPGF) model IEGS. Using ...

In this paper, we model energy use in commercial buildings using empirical data captured through sMAP, a campus building data portal at UC Berkeley. We conduct at-scale experiments in a newly constructed building on campus. By modulating the supply duct static pressure (SDSP) for the main supply air duct, we induce a response on the main supply fan and determine how much ancillary power flexibi...

Automatic Generation Control is necessary for reliable & continuous operation of power system which is obtained by using different controllers. For efficient operation of the system, optimization of the different controlling parameters is necessary which can be obtained by using optimization techniques. Some of these techniques like genetic algorithm, BF, PSO etc. are discussed and a review is ...