Seen here is an array of three twin turbine tidal current energy installations with the center installation raised for maintenance.

Slides:

Advertisements

Similar presentations

Seymour Capilano Filtration Project Seymour Capilano Twin Tunnels

Advertisements

Scottish Water Horizons Delivering innovation in the Hydro Nation

Marine & Hydrokinetic (MHK) Systems Roadmaps To Commercialization

Copyright © 2011 by Oxford University Press, Inc. Energy and the Environment James A. Fay / Dan S. Golomb FIGURE 8.30 The turbine capacity factor as a.

Do Now: 8.5 in 11 in Explain how you would go about finding the area of the shape shown above.

Feasibility Study of Harnessing Onshore Wave Energy at Waipapa

Tidal Energy by Lori DeLeon La Rance tidal power plant in La Rance, France.

Lancaster University Renewable Energy Group Students: Oliver Booth Paul Edwards Gareth McMann Leila Tavendale Supervisor: Dr George A Aggidis. February.

HYDROELECTRIC AND PUMPED STORAGE PRESENT WORLD CAPACITY = 630 GW POWER = DELTA P x FLOW RATE POWER (W) = H =METRES, Q = CUSECS NIAGRA FALLS, H=100M,Q=6000M.

1 SFPUC Tidal / Wave Power Feasibility Studies PANC Presentation July 08, 2007 A bit of history... SFPUC In-Stream Tidal Power Feasibility Study at Golden.

Renewable Energy Sources I (Tidal Energy). What’s tidal energy ? Tides are the rise and fall of sea levels caused by the combined effects of the gravitational.

Ocean Energy Overview: Wave Power & Tidal Power May 10, 2007.

Gabriella Badurek Sabrina Tan. Tides vs. Waves Alternate rising and falling of the sea Occurs twice in each lunar day Controlled by the moon Kinetic energy.

A Methodology for a Decision Support Tool for a Tidal Stream Device

Alternative Energy Project. Biomass Biomass energy is organic matter that can be burned or decomposed to be used a source of energy.

HYDROELECTRIC AND PUMPED STORAGE PRESENT WORLD CAPACITY = 630 GW POWER = DELTA P x FLOW RATE POWER (W) = H =METRES, Q = CUSECS.

Tidal Energy for Power and Profit

Wave Energy Technologies: Criteria for Success

Ocean Energy Kim Cobb with slides from Dr. Alam, MIT.

1 Challenge the future Ocean Energy – Tidal Energy Antonio Jarquin-Laguna Challenge the future.

Tidal Energy Conference, Ketchikan Alaska

Green Energy Hydro Power (Hydroelectric Inflow Dam System) By IP Management Pte Ltd

NaREC Andrew Mill CEO Ocean Energy For New England Conference 6 th October 2008 Sate of the Ocean Power Industry An Industry Perspective.

Renewables definition Renewable Energy is energy obtained from the natural and persistent currents of energy in the environment e.g. sunshine, wind, rainfall.

WHAT IS IT?  It is a type of energy that takes advantage of the energy of the tides. There uses the difference of height between the tide and the low.

Lecture 35 November 20 ECEN2060 Frank Barnes. Home works Home work, Wednesday Nov. 20th 7.1, 7.2, 7.3, 7.4, 7.5 Home work for Monday Dec 2, ,7.10,7.11,

The Energy Challenge Farrokh Najmabadi Prof. of Electrical Engineering Director of Center for Energy Research UC San Diego November 7, 2007.

Power Plant Construction and QA/QC Section 3.5 & 3.6 – Hydraulic Turbines & Reciprocating Engines Engineering Technology Division.

1/12 School of Mechanical Aerospace & Civil Engineering, University of Manchester HMRC Marine Energy Economics Workshop 28 th Jan 2011 Tim Stallard School.

Virginia : Offshore Wind Feasibility Analysis Trevor S. Daubenspeck.

1 Atmospheric Vortex Engine Development and Economic.

O VERVIEW OF THE MAIN OCEAN WAVE ENERGY PROJECTS WORLDWIDE Sadayoshi Ito.

Northwest National Marine Renewable Energy Center Presentation before Washington State House Committee on Technology, Energy, and Communications Northwest.

ECE 7800: Renewable Energy Systems

Hydro and Wind Power By Tom Juzeler Phi Kha. HYDRO POWER Hydro Power is basically the power derived from the movement of water. Hydroelectricity comes.

Section of Notional “Rho-Cee” WEC for Portugal Reinforced concrete structure Dimensions in feet Resonant Center Periods 5.2 sec (42m) 6.9 sec (74m) 8.8.

Assessment of Large-Scale Marine Energy Deployment 1/17 Economic Assessment of Large- Scale Wave Energy Deployment.

Offshore Wind Power Technologies, Economics Aleksandras Paulauskas, SSI.

SUSTAINABLE ENERGY GOES MAINSTREAM: Where EU energy projects meet the media Hans Chr. Soerensen Residence Palace, Brussels 10th February 2009 SUSTAINABLE.

By : Brianna Barron.  Tidal power is:  -The us of the rise and all of tides involving very large volumes of water of low heads to generate electric.

Do Now:. Hydro Turbines: Power & Efficiency The Potential Energy of Reservoirs Dams force water to back up behind them into reservoirs which store the.

Future Projections: Tidal Power in the UK Alice Sheppard 24 th February 2005.

How Much Power can be Obtained from the Tides? Chris Garrett Dept. of Physics and Astronomy University of Victoria Patrick Cummins Institute of Ocean Sciences.

Ocean Energy Kim Cobb with slides from Dr. Alam, MIT.

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.

1 WATERPOWER LABORATORY. 2 Built in 1916 Main areas of research and development: –Hydro Turbines Francis Pelton Pump-Turbines –Centrifugal Pumps –Pump.

Full-Scale Ground-Based Inerting ___________________________________ AAR-422 Fire Safety R&D July 17-18, 2001 International Aircraft Systems Fire Protection.

By: Jillian Marsh Alexis Golden Brandon Golden Alex Comins

Scanning Tunneling Microsopy Basics Transmission coefficient critically dependent on the distance btw. tip & surf. Electron energy level densities Electron.

Dubrovnik Conference Island of MLJET Island of MLJET NEEDS & OPPORTUNITIES IN INFRASTRUCTURE KOMUNALNO MLJET D.O.O. FRANO HAZDOVAC, DIRECTOR.

Aotearoa Wave and Tidal Energy Association Conference 29 May 2008 Hon. David Parker Minister of Energy.

Gabriella Badurek Sabrina Tan. Tides vs. Waves Alternate rising and falling of the sea Occurs twice in each lunar day Controlled by the moon Kinetic energy.

The Thames Barrier. Building The barrier The Barrier I have paddled here!

The marine foresight panel’s energies from the sea task force concluded that both wave and tidal stream have the potential to supply a major part of Britain's.

Ocean Energy Kim Cobb with slides from Dr. Alam, MIT.

PNW Wave Energy Note: much of this slide show is composed of slides utilized from the Wallace Energy Systems and Renewables website (Oregon State University)

08/11/2013 Tidal Energy: a Vision from West Normandy Region and ALSTOM Thematic Workshop 2: Energy J. CREST, Business Development Manager, ALSTOM Ocean.

Energy System Investment Models Paul Rowley & Simon Watson CREST Loughborough University.

A Test-Bed Design Characterization of Tidal Turbine Flows Patrick Bates Russell Dunn Jacob Folz Scott Lessard Eric M. Martin Richard Peale University of.

There are two high tides and two low tides around the Earth at any instant. One high tide is on the longitude closest to the Moon and the other on the.

1 Short introduction of Flumill October Executive summary - Flumill CFD Tank test Tow test Pilot testing at EMEC ѵ ѵ ѵ ѵ Low weight Low cost Easy.

Wind Energy in the U.S. and Pennsylvania. 5/13 Questions of the day: 1. Where do we get our Energy in PA? 1. Where do we get our Energy in PA? 2. What.

Exploring Hydroelectric & Tidal Power. What is Hydroelectric & Tidal Power Hydropower is the using of the force of moving water to generate electricity.

A Test-Bed Design Characterization of Tidal Turbine Flows TEAM MEMBERS: Richard L. Smith 1 (SM) Paul E. Arnold 1 (SM) Eric Martin 2 Richard Peale 2 Patrick.

Microgeneration Neil Smith Group Head of Technical, NHBC.

Tidal power can be classified into two main types

PRESENTATION BY:- DARSHAK.M.K

P = 0.5  v A Wind Energy Potential 3 P power, Watts

Ocean Energy Kim Cobb with slides from Dr. Alam, MIT.

Frances Bean 24th February 2005

Presentation transcript:

Seen here is an array of three twin turbine tidal current energy installations with the center installation raised for maintenance

Probable Project Locations Western Passage Castine Harbor/Bagaduce Narrows Source: Source: Potential Tidal Power Generation in Maine * Data obtained from a 2006 EPRI TISEC project report EPRI Estimates:* Annual Ave. Power Density Annual In- Stream Energy Base Project Rated Capacity Western Passage 2.2 kW/m 2 314,000 MWh10.8 MW Castine HarborNot available Not available Not available Bagaduce Narrows 1.94 kW/m MWh230 kW Outer Cobscook Bay 1.64 kW/m 2 23,800 MWh7.1 MW Lubec Narrows5.5 kW/m 2 36,000 MWh1.2 MW Piscataqua River 1.48 kW/m 2 3,360 MWh1.0 MW Penobscot River0.73 kW/m 2 3,650 MWh1.1 MW

Tidal Turbine Test Apparatus OBJECTIVE: – To develop re-applicable Power Curves of scaled down models of Tidal Turbines. Dynamometer for Drag Force on the Turbine Apparatus Housing of instrumentation APPARATUS The apparatus will be bolted underneath the movable carriage to model tidal flow past the turbine in the 100’ Wave Tank. Streamlined Keel VISION : – To complete the ground work necessary to begin Tidal Turbine research for application as an alternative energy source in the State of Maine

TEST SETUP Shown here is a rendering of a turbine prototype in the tow tank (minus the carriage)