PHASE TWO Implementation of the Design. Electrical Engineer Will submit drawings as identified by Georgetown Utility Systems that will allow SU to complete.

Slides:



Advertisements
Similar presentations
Engaging Students in Energy Management Albert Young Energy Conservation Officer University of Glasgow Bristol 14 September 2004.
Advertisements

The development and diffusion of environmentally friendly technologies.
NET ZERO STUDY ON A COMMUNITY COLLEGE By: Amanda OConnell Doenges.
Undergraduate Renewable Energy Courses and Certification Tests John Martini University of Arkansas – Fort Smith ASSET II Annual Meeting Springdale, AR.
EG1003: Introduction to Engineering and Design Renewable Energy Lab.
Smart Energy Campus September 16, Project Overview  Workforce Training  Solar PV  Solar Thermal  Small Scale Wind  Plug-in Hybrid Electric.
Landon Roberts Lighting/Electrical Option 11/01/07 Medical Education Building Johns Hopkins University School of Medicine Electrical Systems Existing Conditions.
Mauthe Center Solar Project NWTC Solar Advanced System Design Class.
My portion of the “Wind” Project, By Nathan Santos.
Team 01: PICA Power Information Collection Architecture Amy Ball (EE), Kendrick Wiersma (EE), Nate Jen (EE), Avery Sterk (EE)
Jurupa USD Prop. 39 Energy Efficiency Project Phase III
Phase IV Presentation Group 7 Thomas Kudej Marko Sutovic Timothy Smith.
 Our energy efficient house is located in Los Angeles, California.  The 3 energy reducing features in our home are solar panels, Energy Star light bulbs,
SOLAR BLOOM Hannah CarrollMai-Hsuan Huang John NagelMatt Robertson Sam Wurst.
Wind Power Wind power Dániel Ádám, Krisztián Király, Dániel Túri
- FEDARENE - European Federation of Agencies and Regions for Energy and the Environment.
South Australian Centre for Renewable Energy TAFE SA Regional Whyalla Campus.
Distributed Generation
Sponsored by: The Martinson Foundation CIESE at Stevens Institute of Technology NJTEA Systems and Global Engineering Project Summer 2008 Solar Lighting.
Renewable Energy Finance Program “Save Some Green”
The White Mountain Energy Project (WMEP) is a cooperative effort between the University of California White Mountain Research Station (WMRS) and the University.
Grid, Smart grid, CURENT. Basic components of the Electric Grid Power Plant- Electricity generation Transmission- Transmit electricity to different areas.
Utilizing Science & Technology and Innovation for Development Enabling a Smart Campus using Distributed Smart-Solar Marriott Hotel- Amman, August 12th,
Resource Conservation Program November 2003 Kelley Gonzales Resource Conservation Manager.
W IND T URBINE D ESIGN AND I MPLEMENTATION P HASE III P ROJECT O VERVIEW Our senior design team expanded a previous wind energy project led by Dr. Ajjarapu.
U.S. General Services Administration GSA & the American Recovery and Reinvestment Act of 2009.
Phoenix Convention Center Phoenix, Arizona Evolution of Energy Services Integrated Energy TrackIntegration of the Energy Industry Nicole Bulgarino Ameresco.
Introduction In 2008 President Geoffrey introduced the Live Green Program which called for environmentally conscious living. In light of this initiative,
Nathan Tompkins Sergio Salcedo Daniel Smith Ben Newell.
Best Bang for the kW ARRA Funded Small Solar Projects John Schmadeke, Agua Fria UHSD September 9, 2009.
Conversion of Rural School to Alternative Green Energy.
Solar Energy at Gustavus Review of projects underway.
Functional Requirements Generate an AC current Supply an output of 500 to 1000 Watts Supply power to the Coover Hall grid Turn off in high wind speeds.
7/25/2014 Mingguo Hong, CWRU Developing the Smart Grid Course at Case Western Reserve University.
AmerenUE SHOW ME SOLAR June 15, 2010 MISSOURI NET METERING AND SOLAR REBATE PROGRAM Lisa Cosgrove – Renewables Specialist.
Net-Zero Rubenstein 5% Energy Reduction Goal Main campus electricity is supplied by the Burlington Electric Department (BED). Nuclear energy, which comprised.
Soaring Heights Communities Family Housing Solar Project (at Davis-Monthan AFB) Presented by John Karelis, Utility Manager,
BY, VERONICA SIMPSON Solar energy. I will use solar energy. The energy I'm going to use for the school is solar power. Solar energy is used to generate.
What is your Sustainability Commitment?. Why Bother? Think of it as Creation Care How do we care for God’s creation…land, air, water? How do we act responsibly.
Energy and Air Quality Conference April 5, 2004 Innovative financing, support, and solutions for Implementing Energy Projects.
Overview In order to address this issue, we will be setting up a small, local power company to provide local alternative energy. We will use wind energy.
NREL is a national laboratory of the U.S. Department of Energy, Office of Energy Efficiency and Renewable Energy, operated by the Alliance for Sustainable.
A Green House By: Trinity Mathis & Ayanna Edwards.
Solar Power Energy – It’s Everywhere. 2 Solar Energy Solar energy is sustainable light and heat energy from the Sun. Solar Cells convert solar light energy.
Week 7 Utility Data Analysis. Essential Elements Identify sources for obtaining utility data: paper form, electronically or from the internet Review utility.
Watt’s Up?! Solar Panel Activity  Goal: Have students calculate the percentage of energy provided by the solar panels to the school  Part I: Collect.
The Dominican Republic What can NSG do for You? 2014 Native Sun Group, Inc Meadowgrass Dr, Suite 101 Colorado Springs, CO Office: (719)
Session 13 (R) Case Study – Residential System Design, Construction, Operation, and Analysis February 24, 2016.
Energy System Design: A Look at Renewable Energy Summary Lecture.
SUSTAINABILITY IN THE BUSINESS CURRICULUM AASHE Convention Raleigh, NC November 11, 2008 Jerrell Ross Richer, PhD Associate Professor of Economics Department.
Greening Your Company in 2014: Opportunities to Improve Cash Flow and Maximize Environmental Benefits June 18, 2014.
More about Solar Energy and Its Uses. Solar Panel in Mandeville Envisolarenergy located in Louisiana offers high quality, cost effective solar panels.
We want accurate measurement of energy used and generated that can be used as empirical data for further renewable energy projects We will also mount cameras.
PHASE ONE Research and Design. Facets of the Design Energy Monitoring Systems Photovoltaic Generation Wind Generation Technology Light-Emitting Diode.
IT 244 Week 2 DQ 2 To purchase this material link 244-Week-2-DQ-2 For more courses visit our website
IT 244 Week 6 DQ 1 To purchase this material link Week-6-DQ-1 For more courses visit our website
IT 244 Week 6 DQ 3 To purchase this material link 244-Week-6-DQ-3 For more courses visit our website
IT 244 Week 8 DQ 2 To purchase this material link 244-Week-8-DQ-2 For more courses visit our website
Cooperative solar driven by cooperative principles
The Early Seeds of Exploring LED Technology
PV SOLAR PROJECT OPPORTUNITIES
NYU Cogeneration and Microgrid John Bradley ITP Spring2016
EG1003: Introduction to Engineering
Photovoltaic Systems Engineering Session 26
Cooperative solar driven by cooperative principles
Renewable Energy Lab.
Renewable Energy Lab.
Renewable Energy Lab.
Photovoltaic Systems Engineering Session 22
State of Vermont Energy Stimulus Plan
Presentation transcript:

PHASE TWO Implementation of the Design

Electrical Engineer Will submit drawings as identified by Georgetown Utility Systems that will allow SU to complete the “Agreement and Application for Interconnection and Parallel Operation of Distributed Generation” The EE will be identified by Joe LePage and Bob Mathis with feedback from Shorty Schwartz.

Structural Engineer We need to know how we can safely and permanently mount the solar panels to the flat roof above Heather Hall. We need safe and reliable design for mounting the energy balls on the flat roof adjacent to Heather Hall. This work will obviously be done in conjunction with the campus architects, Group 2.

What To Do Now ? The first part of the SUSTAINABLE LABORATORY to be installed is the energy monitoring system that will allow for web-based readouts and archiving of actual usage. A kiosk will be installed against the stone wall that faces out to the lobby landing adjacent to Heather Hall. Next, the light-emitting diode fixtures will replace the existing work light / house light fixtures and stage light fixtures as we have the means to do so. We will complete the transformation to LED lightings systems as resources become available, using John’s generous sabbatical budget to purchase some of the lights.

And then… The second part of the sustainable Lab will involve the participation of our campus architects and structural engineers. Their input will dictate how we secure our wind and solar arrays to the rooftop area(s) above Heather Hall. Step three will involve the purchase and installation of the Solar Array(s) and Wind Turbine(s) with micro-inverters and supplies as needed. Energy generation data will be monitored at the kiosk along with energy consumption data. A curious student should be able to solve a simple equation to resolve the net-zero question.

PHASE THREE Education and Research

The Plan Beginning next week, the students: Kira, Nathan, and Alexis, and the faculty (including Bill O’Brien and Tim Francis from Trinity U.) will design a course on Sustainability in the Theatre, using this Laboratory as its classroom and this project as a central component. The class will be taught by John for the first time in the summer of This course development is supported by a $ Faculty Renewal Grant. Part of the monies will assist us in Phase Two of this project.

Continued… Archiving and assessing data from our energy monitoring systems will begin as they go online. We will store that information on our web page(s) that will link to SU Sustainability page. Much of our current SU- only Segue pages will be viewable by the general public as well at the Heather Hall kiosk or from the SU website.