Photovoltaic Systems as Actuators of Regional Development, REG-PHOSYS

Slides:



Advertisements
Similar presentations
Solar Power Systems.
Advertisements

SWT Energy Inc Lincoln, Nebraska Est. June 2006.
Solar Schoolhouse and San Mateo College Designing and Installing Solar Electric Systems Types of Solar Electric Systems For Technology Teachers San Mateo.
High Efficiency Thin Film Solar Cells
Solar Power - An Emerging Technology by R N Kumar (GM, HOD Protection and Testing) S Naved Masood (Executive, Protection and Testing)
Solar Energy Florida Electric Cooperatives Association 2014 Finance & Accounting Conference Glenn Spurlock September 17, 2014.
Technology Evaluation and Practical Aspects of Implementing Solar Energy in Indian Context.
Thermal and PV System Lauren Masseria Jenny Bishop Bryan Picard.
InP Solar Directory Total of 1056 different companies All entries received from: ings/UnitedStates.htmhttp://
Photovoltaic Panels on Cronin’s House System Cost: $7.50 / Watt.
Tucson Solar Test Yard Nicholas Davidson And Ryan Price Under the Supervision of Dr. Alex Cronin With help from Daniel Cormode And Vincent Lonji University.
Cells, Modules, and Arrays
Solar Power Kim Grant Solar Tower PS10, near Seville, Spain.
Lesson 25: Solar Panels and Economics of Solar Power
Photovoltaic Solar Cells and Solar Energy Systems for Home Usages Mohammad Anisuzzaman.
Solar Power: Types, Capacities, Potential What is solar power? R. Todd Gabbard, LEED-AP, Assoc. AIA Asst. professor, Dept of Architecture, KSU
Energy Harvesting Transducers EE174 – SJSU Tan Nguyen.
Off-grid Power for Wireless Networks Training materials for wireless trainers.
POLYCRIYSTALLINE SILICON SOLAR CELLS AHMET KARA – MUHAMMET MUSA SÜLÜ.
The Greening of the Rooftop Module 8 Green Roofing: Clean Energy Roofs.
Lamma Power Station Solar Power System. 2 Content Project Background Site Selection Amorphous Silicon Thin Film Photovoltaic System Environmental Benefits.
Photovoltaics. Agenda What is PV? System Types Mounting Options Product Options System cost & performance System sizing considerations Advantages of PV.
EUREEURE Kalliopi Adamidou General Director Environmental Centre of Kozani EURE (Europe Use of Renewable Energy) Krakow 5-8 November 2007 “ Installation.
Done by: Laila Yousef Doaa Herzallah Ibtesam Khalaf Fatmah Mohamed Represented to : Rehab Ceramic materials for.
Cells, Modules, & Arrays. Types of PV Cells/Products Single Crystal Multi or Polycrystalline Thin Film /Amorphous Silicon.
Photovoltaics is a relatively very complicated subject. Understanding solar cell and solar modules function needs relatively broad knowledge from the.
USES OF SOLAR ENERGY Dimitar Dimitrov Associate Professor Faculty of Electrical Engineering and Information Technologies.
Nuclear Fissionary, April 2, 2010 Why are prices declining?  Generally, solar panels make up about 50% of the cost of a system (40% for thin film),
Michael Ikerionwu 4 th year Electronic Engineering.
ADVANCES IN PHOTOVOLTAICS Michaela Fladerer, Barbara Florian, Stefanie Hatzl, Martina Sukitsch.
IDEA AND DESIGN IMPLEMENTATION AND OPERATION.
Diagnostics of photovoltaic power plants operation
Elements of a Small Off-Grid 24 Volt Solar System (Installed by Mack Grady at Gary Grady’s cabin, 15 miles north of Silverthorne, CO, in the Gore Range.
SOLAR PV The conversion of solar energy directly into electricity in a solid state device.
The Greening of the Rooftop Module 8 Green Roofing: Clean Energy Roofs.
Energy Harvesting Transducers EE174 – SJSU Tan Nguyen.
Noor Shazliana Aizee bt Abidin
POLYCRYSTALLINE SOLAR PANELS “Energy of the Future”
Recent Advances in Solar Power Technology. Total Installed Electricity Capacity worldwide is about GW Worldwide solar PV installation.
Life of Solar Created in 1988 as a resource for renewable energy programs and information, training, technical assistance and.
Diagnostics of photovoltaic power plants operation Vitezslav Benda, CTU Prague, Faculty of Electrical Engineering.
THE SUSTAINABLE COMPANY Development of entrepreneurship in vocational education Leonardo Project Second Meeting Tenerife – February 2013 Spanish team presentation.
Power Electronics and Power Conversion, Assiut University Photovoltaic Systems Ahmed G. Abo-Khalil.
Date of download: 6/24/2016 Copyright © ASME. All rights reserved. From: Power Gain and Daily Improvement Factor in Stand-Alone Photovoltaic Systems With.
IPA Cross-border Co-operation Programme Hungary-Croatia The project is co-financed by the European Union through the Hungary-Croatia IPA Cross-
What is PV System? Photovoltaic (PV) system is an electrical system consisting of array of one or more PV modules, conductors, electrical components,
1. 2 PRODUCTS OF C.E.L Solar Photovoltaic Cells Solar Photovoltaic Modules Cathodic Protection Electronic Ceramics Railway Electronics Microwave Electronics.
Medors.in DESCRIPTION Off-grid refers to not being connected to a grid generally National grid Off-the-grid homes are autonomous, they do not rely on.
The sun is a great source of energy.  It does not create pollution or harmful emissions  It’s plenty  It’s FREE.
Solar Panels Manufacturers in Dubai
Assessment and Design of Rooftop Solar PV system
Energy Harvesting Transducers
Photovoltaic (PV) Energy A General Overview
Cells, Modules, & Arrays.
TECHNICAL SPECIFICATION AND REQUIREMENTS
Photovoltaics (PV) Mr. Huebsch.
Supervised By: Dr. Emad Breik Hiba Abu Issa
Václav Smítka, PhD. AMIRES s.r.o.
Prof. Branka Nakomčić Smaragdakis
An-Najah National University
Specification & Description
INDUSTRIAL TRAINING AT BHEL EDN, BANGALORE
Module 1/7: Solar Technology Basics
SOLAR INSTALLATION AND DESIGN: THE DOS AND DON’TS
Solar Photovoltaics.
Photovoltaic (PV) Systems
Rose Drive Friends Church Solar Project Proposal
Elements of a Small Off-Grid 24 Volt Solar System
ANALYSIS, DESIGN & ESTIMATION OF residential building with p.v installation under the guidance of Mr. S.Bhanu Prakash, M.Tech Assistant Professor Department.
Presentation transcript:

Photovoltaic Systems as Actuators of Regional Development, REG-PHOSYS IPA prekogranični program Mađarska – Hrvatska Photovoltaic Systems as Actuators of Regional Development, REG-PHOSYS Presentation of technical characteristics of equipment Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Photovoltaic panel Photovoltaic Systems as Actuators of Regional Development High efficiency polycrystalline photovoltaic (PV) panel Peak power between 230 Wp and 260 Wp Panel efficiency between 14% and 16% Number of panels – 22 It will be used as a part of 10 kWp photovoltaic system installed on a roof of Faculty building Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Photovoltaic panel Photovoltaic Systems as Actuators of Regional Development High efficiency monocrystalline photovoltaic (PV) panel Peak power between 230 Wp and 260 Wp Panel efficiency between 14% and 16% Number of panels – 22 It will be used as a part of 10 kWp photovoltaic system installed on a roof of Faculty building Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Photovoltaic panel Photovoltaic Systems as Actuators of Regional Development Thin film CIS (Copper-Indium-Selenide) PV panel Peak power between 120 Wp and 180 Wp Number of panels – 2 It will be used for testing in laboratory and for extracting characteristic i-v curve Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Photovoltaic panel Photovoltaic Systems as Actuators of Regional Development Thin film amorphous silicon PV panel Peak power between 80 Wp and 120 Wp Number of panels – 2 It will be used for testing in laboratory and for extracting characteristic i-v curve Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Photovoltaic panel Photovoltaic Systems as Actuators of Regional Development High efficiency monocrystalline photovoltaic (PV) panel with black frame Peak power between 200 Wp and 260 Wp Panel efficiency between 14% and 16% Number of panels – 2 It will be used for testing in laboratory and for extracting characteristic i-v curve Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Solar inverter Photovoltaic Systems as Actuators of Regional Development Three phase solar DC/AC inverter Rated power 10 kW Number of units – 2 One will be used for testing in laboratory and another will be mounted as a part of 10 kW PV system installed on a roof of Faculty building Ovaj projekt financira Europska unija

Programmable DC source Photovoltaic Systems as Actuators of Regional Development Programmable DC source Rated power 10 kW Number of units – 2 It will be used for emulating real PV system in laboratory Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Monitoring equipment Photovoltaic Systems as Actuators of Regional Development Solar Log Sensor Box Maximizer Management Unit Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Testing equipment Photovoltaic Systems as Actuators of Regional Development Solar regulator and battery TRMS wattmeter Power quality analyzer Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Measuring equipment Photovoltaic Systems as Actuators of Regional Development METEO Station Electrical and PV tester Solar irradiation meter Ovaj projekt financira Europska unija

Protection equipment, cables and tools Photovoltaic Systems as Actuators of Regional Development Overvoltage protection Lightning protection Cables and tools Ovaj projekt financira Europska unija

Photovoltaic Systems as Actuators of Regional Development Osijek, June 2013 Photovoltaic Systems as Actuators of Regional Development Thank you for your patience! Ovaj projekt financira Europska unija