Energy Cluster.

Slides:



Advertisements
Similar presentations
PowerPoint ® Presentation Chapter 4 System Components and Configurations Components Electricity Sources System Configurations.
Advertisements

Study Committee Representatives Annual Report December, 2012
1 Eng. Firas Alawneh Head of Photovoltaics (PV) Division National Energy Research Center (NERC) Royal Scientific Society (RSS) Amman-Jordan
Planning, optimization and regulatory issues
© 2006 San Diego Gas & Electric Company. All copyright and trademark rights reserved. Microgrid – A Smart Grid Alternative Service Delivery Model? Thomas.
Power and Energy Systems By: Mauro Godinho Jenny Hamway.
Rooftop Solar Systems Rooftop Solar System (Off-Grid) Reliance Solar Energy™, Ratnagiri.
Micro-grid fundamentals and its use to CGL
Aidan Tuohy Technical Leader/Project Manager, EPRI ERCOT Emerging Technology Working Group (ETWG) 09/24/2014 Transmission System Considerations for Integrating.
Instrumentation & Power Electronics
POWER SEMICONDUCTOR SYSTEMS II Author: Ales Havel Phone number: 4287 Headquarters: E227 Web page:
Power Semiconductor Systems II
Bio-Medical Project – Respiration Monitoring System using Zigbee Receiver SectionTransmitter Section.
STATCOM The STATCOM (or SSC) is a shunt-connected reactive-power compensation device that is capable of generating and/ or absorbing reactive power and.
1 © Alexis Kwasinski, 2012 Introduction Field Excitation Q Synchronous generators Input: Mechanical power applied to the rotor shaft Field excitation to.
A SURVEY OF SYSTEMS TO INTEGRATE DISTRIBUTED ENERGY RESOURCES AND ENERGY STORAGE ON THE UTILITY GRID Joseph A. Carr, Juan Carlos Balda, H. Alan Mantooth.
Renewable Energy as Priority
THE TRES AMIGAS SUPERSTATION Southwest Renewable Energy Conference Santa Fe, NMSeptember 16 th 2010 UNITING THE NATION’S ELECTRIC POWER GRID.
Energy and Power at Oakland University Author(s): Venkata Krishna Chaitanya Arumalla / Madhur Bhattacharya Date:
I. Background The increasing use of Renewable Energy Sources (RES) such as Solar Cell and Wind Turbine Power convertion from DC to AC The using of non.
Michael Ikerionwu 4 th year Electronic Engineering.
Microgrid Concepts and Distributed Generation Technologies
7/25/2014 Mingguo Hong, CWRU Developing the Smart Grid Course at Case Western Reserve University.
Patras 9 July 2012 INTEGRATION OF RENEWABLE ENERGY SOURCES IN POWER SYSTEMS Razvan Magureanu University POLITEHNICA Bucharest.
Dc bus for photovoltaic power supplying computing loads 4 th year Electronic Engineering Michael ikerionwu.
A power supply is a device that supplies electrical energy to one or more electric load. The term is most commonly applied to devices that convert one.
AC Mains Smart Meter AC Breaker Panel Charge Controller with MPPT 120V vs 240V? 125A Fuse double pole breaker (30A)? 20A15A ‘ switched’ appliances for.
الاسبوع الحادي والعشرون تطبيقات المبدلات Inverter Application تطبيقات المبدلات Inverter Application.
A Solar Inverter. Introduction A Solar Inverter  The main aim of this project is to use solar energy for household loads using.
Overview OF MULTI Mega Watt WIND TURBINES and wind parks
A NOVEL CONTROL STRATEGY FOR HYBRID AC/DC MICRO GRID SYSTEMS
1-1 Copyright © 2003 by John Wiley & Sons, Inc. Chapter 1 Introduction Chapter 1 Power Electronic Systems.
Unified Power Flow Controller
الأسبوع الخامس والعشرين مغيرات الجهد المتناوب Ac voltage converter مغيرات الجهد المتناوب Ac voltage converter.
Converter Fed Microgrids : Challenges & Solutions Presenter: Charles Sao, PhD Candidate, ECE Dept., U. of Toronto Contact Info:
Switched-mode power supply charger
From Lecture1 vi , ii vo , io Power Processor Controller Source Load
SMPS.
Fault Discrimination and Coordination in a DC Community Microgrid
Assessment of Smart DC and AC loads in a DC Microgrid
Eric A Lewis Enstore director
Chapter 1 Power Electronic Systems
A Project Review On POWER QUALITY IMPROVEMENT IN GRID USING STATECOM
Metering Grid-tie with Battery Backup
SOLAR GRID-TIE SYSTEM
POWER ELECTRONICS & ITS APPLICATION
IG BASED WINDFARMS USING STATCOM
Photovoltaic Systems Engineering Electronic Control Devices (ECDs)
Lesson 16: Asynchronous Generators/Induction Generators
«TENSY GROUP» Moscow, Russia
Wen Cai Supervisor: Dr. Babak Fahimi December 04, 2015
DOUBLE INPUT Z-SOURCE DC-DC CONVERTER
Wind turbine technology
Évora Demonstrator Site
Dr. Unnikrishnan P.C. Professor, EEE
The Management of Renewable Energy
Panasonic Battery Project
Microgrid Training Crash Course
Power Electronics Research at Seoul National University
From Lecture1 vi , ii vo , io Power Processor Controller Source Load
Energy Cluster.
Power Semiconductor Systems II
Research Team at IIT Madras
Photovoltaic Systems Engineering Session 10
Energy Cluster.
Power Semiconductor Systems II
Power Semiconductor Systems II
—Two power conditioning units (PCU)’s needed only if batteries are added for grid failure —AC output is consistent with the requirements of most loads.
Components inverters Except where otherwise noted these materials are licensed Creative Commons Attribution 4.0 (CC BY)
Presentation transcript:

Energy Cluster

Vision

Smart Grids and Renewable Energy Technology

Battery Energy Storage System for Building Energy Management

Battery Energy Storage System for AC Microgrid in Mae Hong Son Grid-Connected Mode : BESS is in spinning-reserve operation. Microgrid Mode (Intentional Islanding) : BESS supplies power to loads with droop control.

Power Energy Systems

EGAT’s Smart Grid Roadmap Development (EGAT Project)  Mae Hong Son’s Smart Grid Development (EGAT Project) Interoperability of Demand Response for The Three Thailand Electric Utilities (EPPO Project) Evaluation of Net-Metering Solar Rooftop Pilot Project in Thailand (DEDE Project)

Power Electronics

Position-Sensorless of Doubly-Fed Induction Machine Drive Power Energy Systems

Control Aspects for PV Inverter: Reactive Power Control and Emulation of SG Characteristics Key Functions: Grid Voltage Regulation Anti-Islanding Fault Ride Through Droop Control Mechanical Inertia Emulation Synchronous Impedance Emulation

Topology for Three-Level Back-to-Back Converter Based on Matrix Converter Theory 3 ϕ → 3 ϕ → 3 ϕ Non-PWM Rectifier : The reduction of the switching loss and EMI Independent commutation timing Capacitors at dc-links provide an energy buffer

Three-Level Back-to-Back Converter: Hardware Setup