NAME IJAZ AHMED REG # 276733 (Power and Control) Optimal Settings for Multiple Groups of Smart Inverters on Secondary Systems Using Autonomous Control This paper based on optimal methodology for smart inverter that will improve PV integration into distribution systems. To improve grid integration, the distribution engineer can choose from default, “out-of-the-box” type settings or choose to optimize the configuration settings based upon location-specific grid characteristics. Regardless, the objective is to improve the integration of Distributed Energy Resources (DER) by reducing or eliminating adverse impacts caused by the DER and in some cases improve overall distribution performance. This paper describes different several inverter functions to determine optimal settings for effective use of advanced inverters. Use Case Feeder model , Smart inverter functionalities , Autonomous vs integrated control, Load and solar probability of daily variations. Optimal Component Sizing of a Four-wheel Independently-Actuated Electric Vehicle with a Real-time Torque Distribution Strategy This paper investigates the optimal component sizing problem for a four-wheel independentlyactuated (FWIA) electric vehicle. The main purpose has to minimize the energy consumption and maximizing the driving range. Electric Vehicles (EVs) can use the electric energy stored in a storage device this used of energy can be obtained from the renewable source of energy such as Solar, Wind energy etc. Typically, four in-wheel motors are used independently controlled through vehicle control unit (VCU) in a FWIA EVs. Torque strategies can be grouped into two categories (1) the equal distribution strategy (2) the real-time torque distribution strategy. Vehicle Modeling It includes a vehicle dynamics model, a generalized battery model, an in-wheel motor model and several target driving cycles.There is a control loop which which determine the mechanical power to follow the target dynamic Cycle. In this paper, the particle swarm optimization method (PSO) is presented to realize the optimal component sizing of a FWIA electric vehicle. A survey on security control and attack detection for industrial cyber-physical systems In this paper I have studied the Cyber Physical System (CPS) This paper, from a control theory perspective, presents an overview of recent advances on security control and attack detection of industrial CPSs.CPS consist of most of embedded devices such as different sensor and actuator. By doing some special tasks is to decide which actuators/sensors should be activated to perform a particular action or how to manage control/sampling actions properly. i have also studied the System Model for Industrial CPS and Cyber Attach in Industrial CPS. The attacker can either arbitrarily disturb the system dynamics with certain types or induce any perturbation when without enough security protection of hardware or software strategies. Performance analysis for industrial CPSs. stability is an essential requirement, under which, other objectives, such as robustness, security and reliability, can be imposed on CPSs via various approaches the purpose of Cyber attack to destroy the desired performance of the safety critical CPS therefore there is Attack detection for industrial CPS. Hybrid AC-DC Micro grid: Systematic Evaluation of Control Strategies: Hybrid ac-dc micro grid combines both A.C and D.C system by using control strategies. Integration of micro grid can improve the performance of the grid. the separate ac and dc sub grid are connected by interlinking converter (IC) forming hybrid micro grid(HMG). The ac sub grid of the HMG consists of ac generators such as induction generator interfaced wind turbines, synchronous generators fed by diesel, small-hydro, etc. as well as ac loads such as pumps and fans. The dc sub grid includes power sources having dc output such as photovoltaic (PV) modules, fuel cells, etc., and dc loads such as LEDs and digital computers .there are different topology which are to be used such as conventional topology, AC/DC multi grid topology , SST based topology, and other topologies. IC (interlink converter) as just like a rectifier depend upon on the direction of power flow. IC reducing the energy exchange between the sub grid and increases the efficiency. They are different Topology of IC in this paper. Such as Single stage IC, Two stage ICs. Two stage ICs reported in literature either have cascade or parallel combination of different type of converters and Advanced ICs. Control of Hybrid Micro Grid Specific control objectives can be power control, bus voltage control, storage energy management, improving steady state and transient response, increasing stability margin, managing unbalances among phases, grid current control, harmonic mitigation, achieving unity power factor (UPF) operation, fault detection, etc There are also some other strategies such as Power Quality, Stability Studies, Protection Strategies. References: https://ieeexplore.ieee.org/document/7981349/ http://nsclab.org/nsclab/esi/nc_ding2018.pdf https://ieeexplore.ieee.org/document/7967014 https://www.researchgate.net/publication/325999800_Power_Management_Strategies_of_Electri c_Vehicle_Charging_Station_Based_Grid_Tied_PV-Battery_System https://ieeexplore.ieee.org/document/8331928 https://ieeexplore.ieee.org/abstract/document/8283560
