sample sor me faheem spring2011

8/13/2019 Sample SOR ME Faheem Spring2011

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Title Design and fabrication of

prototype device for extracting ocean

energy by using hydraulic oil

mechanism

Issue: 01 Date: 18-03-2011

CHANGES D/W REF REQUIREMENTS

1 Introduction

1.1 Preamble

A wave energy device which converts mechanical

energy obtained from sea waves into electrical

energy. This will be done by the action of hydraulic

rams which will compress the fluid and will help to

derive the motor and generator set through

accumulator.

1.2 Scope

The device will produce clean and green energy

from ocean and will be environment friendly.

The philosophy of using compressed fluid will

overcome the fluctuating wave energy into a steady

output from the motor and generator set.

1.3 Related Documents

1.3.1 Books

Alternative Energy System in Building DesignBy Peter Gevorkian

Fluid Mechanicsby Munson 5th Ed

Power plant TechnologyBy M.M.El-Wakil

1.3.2 Softwares

Fluent

Ansys 13.0

1.3.3 Research Papers

Design, simulation, and testing of a novel hydraulic

power take-off system for the Pelamis wave energy

converter: Henderson, R. et al. Renewable Energy,

2006, 31, (2), 271283.


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Measurements of the slow drift dynamics of amodel Pelamis wave energy converterRetzler, Chris , Renewable Energy, 31 (2), p.257,Feb 2006

Design, construction, and ocean testing of a taut-moored dual-body wave energy converter with a

linear generator power take-offElwood, David / Yim, Solomon C. / Prudell, Joe /Stillinger, Chad / von Jouanne, Annette /Brekken, Ted / Brown, Adam / Paasch, Robert ,Renewable Energy, 35 (2), p.348, Feb 2010

Pelamis Wave Energy ConverterAn efficient renewable energy systemByNITESH. Y and G. SANDEEPMECHANICAL BRANCH, II YEAR,SRI INDU COLLEGE OFENGINEERING

AND TECHNOLOGY.1.5 Deliverables

D Generating rotary motion using hydraulic motor

W(H) Electrical power production

W(L) CFD analysis

W(L) Structural Analysis

D Final project report

2 Technical Requirements

Hydraulic fittings, valves, accumulators, ram.

Oceanographic study

Knowledge of CFD software

Undergraduate knowledge of fluid mechanics and

electrical power generation

Wave climatology information

3 Design Considerations

Cost consideration

Local market availability of items

mobility


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4 Hazards/Safety

hydraulic hygiene

5 Costs

5.1 The estimated cost of the Project is Rs. 60,000.

5.2 The above mentioned cost is subjected to material

cost, assembly requirements, and testing.

Project Advisor's

Signature