Wind Energy Center University of Massachusetts 1 Wind Data Web Site Questionnaire: Background and Preliminary Results Massachusetts Wind Working Group.

Slides:



Advertisements
Similar presentations
Wind in Hingham. Why Wind? Of municipal-scaled renewable energy, wind is the most immediately practical in MA. Others less optimal for our locale: Of.
Advertisements

Session 2, Unit 3 Atmospheric Thermodynamics
Wind – tapping into a renewable energy resource
NovEnergia II Technical Bureau - Sep08 THE OPPORTUNITIES OF HUNGARIAN WIND ENERGY Álvaro Rodrigues September 2008.
Education on the Fly for the Accidental Library Data Professional: Design Your Professional Publication Results of a Survey.
EPIC Online Publishing Use and Costs Evaluation Program.
Wind Power Environmental. Birds Wind power’s environment-friendly technology makes it an attractive renewable energy resource. However, wind power projects.
METCRAX: The Meteor Crater Experiment A Major Scientific Experiment Studying Temperature Inversions and Gravity Waves in the Arizona Meteor Crater October.
Physics: Concepts and Connections, 4 th ed., Art Hobson Chapter 17 – Energy Challenge.
Practical considerations on the REWS approach Peder Enevoldsen.
Small Wind Site Assessment Produced by the Institute for Sustainable Futures; UTS in partnership with the Alternative Technology Association and TAFE NSW.
LiDAR analysis at a site with simple terrain Alex Clerc, Lee Cameron Tuesday 2 nd September
How can we get a vertical profile of the atmosphere?
PSCAD Simulation of Grid Tied Photovoltaic and Wind Farms
Wind Power Joshua Lee, Yuree Chu.
The Wind Energy Center at UMASS University of Massachusetts Patrick Quinlan Associate Director UMass Wind Energy Center Amherst, Massachusetts Site Considerations:
Wind Power APES What makes a good wind power site? Powering a Nation – Roping the Wind.
AUTHENTICATION TASK FORCE NEEDS ASSESSMENT PRESENTATION OF RESEARCH PRESENTED TO THE MASSACHUSETTS BOARD OF LIBRARY COMMISSIONERS (MBLC) SUBMITTED BY Anne.
11-12 June 2015, Bari-Italy Coordinating an Observation Network of Networks EnCompassing saTellite and IN-situ to fill the Gaps in European Observations.
Application Process USAJOBS – Application Manager USA STAFFING ® —OPM’S AUTOMATED HIRING TOOL FOR FEDERAL AGENCIES.
Monitoring: 2010 Edition  James Jarvis  APRS World, LLC  Site Assessment Turbine Testing DeploymentIncentives Outline for presentation:
Setting up a Profile LRC Information Literacy Series: 7 (Google Scholar Citations) By Shri Ram.
Bridging the Gap How the Internet is impacting the role of the Boston Scientific sales representative. Ellie Martinez December 15, 2005.
Wind, wave and tidal energy DNV serving the energy industry.
The Remote Sensing of Winds Student: Paul Behrens Placement and monitoring of wind turbines Supervisor: Stuart Bradley.
SODAR: Uses and Acceptance Laura Tabor Wind Engineering Intern EAPC Wind Energy Services August 7, 2009.
O VERVIEW OF THE MAIN OCEAN WAVE ENERGY PROJECTS WORLDWIDE Sadayoshi Ito.
Dynamic thermal rating of power transmission lines related to renewable resources Jiri Hosek Institute of Atmospheric Physics, Prague, Czech Rep.
From to Mashups: How US Businesses Use Social Media.
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.
Mechanical and Industrial EngineeringWind Energy Center University of Massachusetts Hull Offshore Wind Project: Next Steps J. F. Manwell, Prof. and Director.
Page 1© Crown copyright Distribution of water vapour in the turbulent atmosphere Atmospheric phase correction for ALMA Alison Stirling John Richer & Richard.
EDU December 1, Methods – 8 Likert five-point questions were entered into SPSS 14.0 – Analysis was conducted into two parts: Analysis.
JCOMM Data Buoy Cooperation Panel October 16, 2006 National Data Buoy Center 2006 Review: A Year of Growth Paul F. Moersdorf, PhD, Director.
© CFI Group 1 NWS Wind Chill Customer Satisfaction Results: Media Personnel JAG/TI Meeting November 6, 2003.
Welcome to the State of the STEM School Address National Inventor’s Hall of Fame ® School Center for Science, Technology, Engineering and Mathematics (STEM)
Wind – a renewable energy resource.
Help Yourself.  FAQ  Message Board  Bug Tracker  Call Tracking System  Web Site.
Update on Design Standards for Offshore Wind Turbines J. F. Manwell, Prof. Wind Energy Center Dept. of Mechanical & Industrial Engineering Univ. of Mass.,
A BLUSTERY SUNNY DAY. HYPOTHESIS The Louisiana State University’s campus can be solely powered by a combination of wind and solar power.
Influence of wind characteristics on turbine performance Ioannis Antoniou (1), Rozenn Wagner (1), Søren M. Pedersen (1), Uwe Paulsen (1), Helge A. Madsen.
IB Physics Topic 8 – Solar and Wind 3 Mr. Jean. The plan: Video clip of the day Energy production –Solar Power –Wind Power.
Defenders of Wildlife Species we are helping to protect.
Environmental Business Council December 17, 2009
WIND. A wind turbine is a rotating machine which converts the kinetic energy in wind into mechanical energy. If the mechanical energy is used directly.
A Comparison of Tower to Rooftop Monitoring and Resulting Estimated Performance Andrew Kurtz – APRS World, LLC.
Experience of Modelling Forested Complex Terrain Peter Stuart, Ian Hunter & Nicola Atkinson 30 th October 2009.
Hurricane Frequency and Sea Surface Temperature EAS 4803 Sheliza Bhanjee.
Presented at Environmental Finance Workshop Series University of Toronto October 12, 2005 DEALING WITH UNCERTAINTY: Wind Resource Assessment D. C. McKay.
ENERGY AND EARTH WE NEED IT TO SURVIVE. ELECTROMAGNETIC SPECTRUM.
Energy: Machines, Motion and Light Energy exists in many different states. Energy can be transformed from one state to another in order to power machines.
For more information on Solar energy visit the web link
Lecture 11: EE 221: Signals Analysis and Systems Instructor: Dr. Ghazi Al Sukkar Dept. of Electrical Engineering The University of Jordan
Wind Turbine Power Plant. Sources ●
M. Garces, D. Fee, J. Park Infrasound Laboratory, University of Hawaii, Manoa F. Ham Florida Institute of Technology Surf Infrasound from Oahu’s North.
IB Physics Topic 8 Mr. Jean March 3 rd, The plan: Video clip of the day Energy production –Solar Power –Wind Power –Water Power.
1 Energy Policy Act of 2005 Amended Section 8 of OCSLA Amended Section 8 of OCSLA Gave MMS authority over offshore renewable energy leasing Gave MMS authority.
Component D: Activity D.3: Surveys Department EU Twinning Project.
What is a renewable energy resource? By: Harley Marcum.
Significant and Potentially Dangerous Coastal Storm Tuesday Night into Wednesday March 25 th – 26 th, 2014 National Weather Service Monday Afternoon March.
IB Physics Topic 8 Mr. Jean March 5th, 2014.
WIND TURBINE GENERATORS.
Wind Energy in Distributed Power Systems John B
Global Assessment on Tendency Surveys
Disabilities Sample comprised of 311 randomly selected HR professionals. Analyzing 311 responses of 2,801 s sent, 2,740 s were received (response.
Offshore Atmospheric and Ocean Monitoring to Support DEEPWATERwind’s Offshore Wind Energy Project Development and Operations Rich Dunk, Ph.D.,
Meteorological Measurements for Improved Air Quality Modeling
Types of Energy Chemical Solar.
Presentation transcript:

Wind Energy Center University of Massachusetts 1 Wind Data Web Site Questionnaire: Background and Preliminary Results Massachusetts Wind Working Group Meeting October 30, 2013 Wind Energy Center Dept. of Mechanical and Industrial Engineering University of Massachusetts Amherst, MA 01003

Wind Energy Center University of Massachusetts Background The WEC has been collecting time series meteorological data for many years –Primarily wind, some solar radiation –Over 60 sites in Massachusetts –6 long term sites still operating: Boston Harbor, Hull, Blandford, Paxton, Holyoke, Nantucket Sound Much data publicly available on web site 2

Wind Energy Center University of Massachusetts Wind Data Web Site 3

Wind Energy Center University of Massachusetts Questionnaire Questionnaire developed to ascertain interest in the data and the web site Questionnaire was sent out by to Massachusetts Wind Working Group in early October 4

Wind Energy Center University of Massachusetts Question 1 Are you aware of this data repository? –If yes, have you used any of this data? If so, which sites have you found most useful? –If no, are you now likely to use any of this data? If so, which sites do you expect to be most useful? 5

Wind Energy Center University of Massachusetts Question 2 Are there other types of data that you would find useful? For example  Solar radiation Ocean waves Background sound High elevation wind data (e.g. using LIDAR or SODAR) Temperature or temperature difference (stability) Ice/snow Web camera Bird tracking data Operational data from wind turbines, solar PV arrays, etc. Other? 6

Wind Energy Center University of Massachusetts Question 3 Is there other related material that you would find useful? Some options include: –On-line applications for viewing or processing the data –Tutorials regarding the meaning and use of the data 7

Wind Energy Center University of Massachusetts Preliminary Results Twenty seven responses  –Somewhat over half (52%) of the respondents knew of the data site –Most of those who knew about the site have used data from one or more sites –Of those who indicated that they did not previously know of the data (44%), the majority said that they would now be likely to use or would consider using some of the data in the future 8

Wind Energy Center University of Massachusetts Use of Data All of the long term sites were used by at least two respondents –The most commonly used site was Blandford, followed by Boston Harbor (Thompson Island) A number of the respondents also used historical data from the web site –Data from discontinued monitoring sites 9

Wind Energy Center University of Massachusetts Interest in Other Data Most interest: –The types of other data most desired were background sound (10), operational data from wind turbines or PV systems (9), high elevation wind data (6) and ocean waves (4) Also of interest: –Solar radiation, temperature/stability, ice/snow and bird tracking data 10

Wind Energy Center University of Massachusetts Other Related Material Interest also in: –Other types of data or pre-processing of some of the data, such as wind shear and turbulence at hub height and across rotor face, Fourier transforms of wind data, and high frequency solar data. –On-line applications for viewing or processing the data and/or tutorials regarding the meaning and use of the data 11

Wind Energy Center University of Massachusetts Conclusion Data web site has a number of users –Ongoing long term data –Historical data Substantial interest in adding more types of data or other features to web site. If you have not responded yet, please do! 12