The growing worldwide energy demand and the impacts of climate change due to anthropogenic greenhouse gases emissions are among the major issues facing humanity. The global energy system, responsible for most of the greenhouse gases emissions, is therefore at the heart of Continue reading
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Tag: Power Electronics
Power quality in low voltage grids with integrated microproduction (Electrical/Electronics Project)
This report seeks to evaluate and predict possible power quality issues regarding Fortums engagement in the project of Stockholm Royal Seaport. Stockholm Royal Seaport is a city district planned by Stockholm Municipality to be constructed based on Continue reading
A Single-Stage Grid Connected Inverter Topology for Solar PV Systems With Maximum Power Point Tracking (Electronics – IEEE Project)
This paper proposes a high performance, single-stage inverter topology for grid connected PV systems. The proposed configuration can not only boost the usually low photovoltaic (PV) array voltage, but can also Continue reading
Microfabrication and Analysis of Manifold Microchannel Coolers for Power Electronics (Mechanical Project)
This research presents the analysis and realization of a single phase high performance manifold microchannel cooler for improving the thermal and hydrodynamic performance of multi-chip power electronic modules. This heat exchanger, microfabricated directly into the Continue reading
Modeling of a Single-Phase Liquid Cooling System for Power Electronics Applications (Mechanical Project)
This work investigates the reliability of a single-phase, liquid cooling system used for the thermal management of a medium power level converter system.
The system utilizes a plastic insert cold plate design to provide Continue reading
A power efficient active RFID communication Protocol (ECE/EEE Project)
Active Radio Frequency Identification (Active RFID) is a wireless automated technology used to identify, track, process and share information about an object or from the environment. As microcontrollers and radio frequency transponders are smaller in size, more power efficient, and less expensive, this technology is growing and starting to expand significantly through all the industries. Continue reading
Wireless Electrical Appliances Control System Using IR Communication
Domain : Embedded Systems, Power Electronics,
Software : C, Keil, Proload
Power Supply : +5V, 500mA Regulated Power Supply
Display : 7-Segment Continue reading