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Design and Control of Autonomous Wind–Solar System With DFIG Feeding 3-Phase 4-Wire Loads

ABSTRACT: This project shows the design, control, and exploratory examination of an autonomous wind-solar hybrid energy system feeding 3-stage 4-wire loads. The wind energy block consists of a double-fed induction generator (DFIG) is outfitted with a maximum power point following (MPPT) calculation. The control of DFIG comprises of two converters, to be specific rotor side converter […]

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A Novel Design of PI Current Controller for PMSG-Based Wind Turbine Considering Transient Performance Specifications and Control Saturation

ABSTRACT: This project presents a novel outline procedure of decoupled PI current controller for perpetual magnet synchronous generator (PMSG)- based breeze turbines encouraging a matrix tied inverter through a consecutive converter. In particular, the outline strategy comprises of joining unsettling influence spectator based control (DOBC) with input linearization (FBL) procedure to guarantee ostensible transient execution […]

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A Hybrid Resonant ZVZCS Three-Level Converter for MVDC-Connected Offshore Wind Power Collection Systems

ABSTRACT: A novel hybrid resonant zero-voltage zero-current switching three-level converter with capacitive output filter is proposed in this project, which experiences half of the information voltage for switches and is reasonable for seaward breeze cultivates in medium-voltage dc (MVDC) gathering systems. The proposed converter, using two transformers with altogether different power appraisals, embraces protected door […]

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Analysis of a High-Power, Resonant DC-DC Converter for DC Wind Turbines

ABSTRACT: This project is presenting another technique for activity for a series resonant converter, with planned application in megawatt high-voltage dc wind turbines. Compare with a frequency controlled arrangement full converter worked in sub-resonant mode, the strategy (entitled heartbeat evacuation system) permits the plan of the medium recurrence transformer for highest switching frequency while being […]

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Novel Control Method for Multimodule PV Microinverter With Multiple Functions

ABSTRACT: This project exhibits a novel control technique for multimodule photovoltaic microinverter (MI). The proposed MI utilizes a two-organize topology with dynamic braced current-encouraged push-pull converter fell with a full-bridge inverter. This system can work in grid associated mode to bolster capacity to the network with a programmable power factor. This system can likewise work […]

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A Three-Phase Grid-Connected Microinverter for AC photovoltaic Module Applications

ABSTRACT: A photovoltaic (PV) microinverter changes over the dc from a PV board to air conditioning specifically, which has the benefits of enhanced vitality collecting, neighborly “attachment and-play” task, upgraded adaptability/expandability, great framework repetition, and no dc cabling/security issue; in this way, it is an appealing answer for the network associated PV system. In air […]

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An Improved Hybrid Modulation Method for the Single-Phase H6 Inverter With Reactive Power Compensation

ABSTRACT: Transformerless photovoltaic (PV) inverters are all the more generally embraced because of high productivity, ease, and lightweight, and so on. Numerous novel topologies and their comparing regulation techniques have been proposed, confirmed, and put into utilization, exclusively concentrating on dynamic power infusion without spillage current issues. Notwithstanding, some new grid codes require PV inverters […]

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An Improved H5 Topology with Low Common- Mode Current for Transformerless PV Grid-Connected Inverter

ABSTRACT: Transformerless photovoltaic grid-connected inverters have turned out to be increasingly famous in the field of conveyed photovoltaic power generation systems because of the focal points on high efficiency, minimal effort, and little size. Be that as it may, normal mode streams in the transformerless photovoltaic inverters can result in genuine electromagnetic impedance issues and […]