M.E.F. Mechanical Energy Factory Mechanical Power Converter & Re-Generator System.

Slides:



Advertisements
Similar presentations
ELECTRICAL POWER AC MOTOR & DC MOTOR.
Advertisements

Www. otis.com. An Innovation for the New Millennium.
Understanding Electrical TransmissionDemonstration B2 A Guide to the National Grid Transmission Model Demonstration B2 Generating electricity.
RACING WITH HYBRIDS PROPOSAL TO THE ESMSC Jean Jacques His, Ferrari Head of Powertrain Department 16/11/2010.
Vibration Sensors for Cooling Towers Challenges Cooling towers offer the vibration analyst many challenges in sensor selection, mounting and environmental.
Dynamic Transmission Response of a Hydrostatic Transmission Results measured on a Test Bench J. Schmitz, N. Diepeveen, N. Vatheuer
EE535: Renewable Energy: Systems, Technology & Economics Energy Storage.
Lesson 33 AC Generators.
POWER. Engines –During the industrial revolution, steam engines were used to run machines in a factory, to move trains and boats –In a factory, the flywheel.
Three-Phase ac Voltage Generation
 Turbodiesel engine with unprecedented specific output › Displacing 1.5 liters on three cylinders, the engine.
Chemical, Biological and Environmental Engineering Generating Electricity.
Our Drive is your Performance. Marathon Wide product range High torque / weight ratio Direct drive, no gearbox or foundation Full torque throughout speed.
ELECTRICAL MACHINES- DC MOTOR BY- PRASAD A. PAWASKAR SPN NO DETE 2 SEMSESTER.
In the spring of 2006 a team of Rutgers engineering students launched a project that would transform their lives for the rest of the semester.
Rob Bearman Global Energy and Utility Alliances June, 2010 Better Place Presentation to the National Town Meeting on DR and Smart Grid.
ACTION PROPOSAL FOR FLYWHEEL ENERGY TECHNOLOGY Enhance future grid reliability, interoperability, & extreme event protection In 20 years, the flywheel.
THE TRES AMIGAS SUPERSTATION Southwest Renewable Energy Conference Santa Fe, NMSeptember 16 th 2010 UNITING THE NATION’S ELECTRIC POWER GRID.
Energy and Power at Oakland University Author(s): Venkata Krishna Chaitanya Arumalla / Madhur Bhattacharya Date:
Power off the Grid 4. The Net Zero Energy Home Produces as much electricity (energy) as it uses. Net metering is needed to monitor energy generated by.
Chapter 7 An Introduction to Power. Objectives Identify the difference between work and power. Define horse power (hp). Recognize various power components.
Mechanical Energy Storage Guided by: - Presented by: - Mr.S.K. Choudhary DINESH SAHU Lecturer B.E. (VI semester) 0133ME
Toyota Prius Study case.
Small Wind Electric Systems Wind Turbine Electrical Output – Electricity from a spinning shaft Balance of Systems – Types – Components.
Energy conversion and storage Some energy sources have storage ‘built in’ Fossil fuels Biofuels Hydro power (to some extent) Others are available on demand.
1 PRESENTEDBY :- vinod rawat Me(b)  INTRODUCTION  HISTORY OF ENERGY  REQUIREMENT OF ENERGY STORAGE  DIFFERENT TYPES OF ENERGY STORAGE.
Energy Storage and Renewable Integration. 2 Dynapower Dynapower Corporation Dynapower Corporation is the world’s leading Independent manufacturer of standard.
Reciprocating Saw Dissection: Motor Description Thomas Snowdon.
1 Institute of Mechatronics and Information Systems Control and Driving Systems.
Jig Saw Dissection By: Shayne Welsh. Jig Saw Objective –How the saw operates from battery to motor This type is also known as a reciprocating saw.
SRMs in HEV applications Comparison of electrical machines for HEVs.
Page 1 May 2010 © Siemens AG 2010 Industry / Drive Technologies Innovative Hybrid Drive Systems for Commercial Vehicles Industry – Drive Technologies Innovative.
By Heather Sykes and Don Fox. The product Custom print shirts. Selling for about 15 to 20 dollars a shirt.
Renewable Energy Research Laboratory University of Massachusetts Wind Energy: State-of-the Art and Future Trends Southwest Renewable Energy Conference.
CESI Barcelona May 2003 BUONAROTA IT Session 4 – Block 1 – Question 2 1 Energy Storage and Distributed Generation CESI BUONAROTA Antonio Senior Scientist.
PRINCIPLES OF OPERATION
Motors and Generators.
ELECTRIC DRIVES INTRODUCTION TO ELECTRIC DRIVES. Electrical Drives Drives are systems employed for motion control Require prime movers Drives that employ.
Understanding Small Wind David Ryan PE NCAT 3040 Continental Drive Butte, MT
ELEC 3105 Basic EM and Power Engineering Rotating DC Motor PART 2 Electrical.
Restricted © Siemens AG 2014 All rights reserved.siemens.com/answers Passion for Offshore - Frank Zimmermann, Head of Sales - 5 th British Chamber Conference.
INTRODUCTION TO ROBOTICS Part 3: Propulsion System Robotics and Automation Copyright © Texas Education Agency, All rights reserved. 1.
Regenerative braking system
Accelerating the Deployment of Clean Renewable Generation.
Overall Main Components [Electric Power Path] : AC : DC
HOW TO SELECT A SERVO SYSTEM
Introduction Very new and innovative concept Non –Conventional Energy Source. This Makes Use Of WASTED OF ENERGY TO generate ELECTRCAL ENERGY.
Miscellaneous Hydraulic Machine
CNC FEED DRIVES Akhil Krishnan G M.Tech 1. CONTENTS 1.Introduction 2.Requirements of CNC feed drives 3.Servo motor 3.1 Servo drive control 3.2 Components.
PPT of topic § Electric Cars and Hybrid vehicles - Electric Cars
Hybrid Electric Vehicles
CNC FEED DRIVES.
Energy Efficient Motors and Variable Speed Drives
Mechanical Measurements and Metrology
Design, Evaluation and Application of a Fuel Cell Vehicle
Inverter Assembly.
Modular Power Conversion Cabinet for Future Warships
Today we are going to discuss about,
Introduction to Electrical Drive
An OVERVIEW ON AUTOMOBILE ENGINEERING
Hybrid Transaxle.
FLYWHEEL BATTERIES Presented by 14X41A X41A X41A0315
The Transition to a High DER Future
Motor Drive Prof. Ali Keyhani. Modern Variable Speed System A modern variable speed system has four components: 1. Electric Motor 2. Power Converter -
Opportunities in the Changing Energy System
Robicon Perfect Harmony.
Pre-Trip Responsibilities
Direct Current (DC) Data Center
REGENERATIVE BRAKING IN MASS TRANSIT By Ch. Sai Ram, Assoc.Professor,
Paul Atherton Key Account Manager
Presentation transcript:

M.E.F. Mechanical Energy Factory Mechanical Power Converter & Re-Generator System

Mechanical Power Converter & Re-Generator System

Amusement Mechanical Rides Concept Mechanical Energy Factory 30 Megawatt Facility From left to right: Operator Center, Warehouse/storage, 5 System steel buildings, 3 Battery Storage, Transformer steel building and grid interconnection with transformers.

TYPE OF CONVERSIONS AC – AC 460 V to 1,140 V, 2MW to 6MW AC – DC460 V to 1,140 V, 2MW to 6MW DC – DC460 V to 1,140 V, 2MW to 6MW DC – AC460 V to 1,140 V, 2MW to 6MW POWER CONVERSIONS

MECHANICAL POWER CONVERTER & RE-GENERATOR SYSTEM (MEF™) Consist of: AC Drives Transformers Steel Frame Motors Driven - Rotor / Flywheel Driver - Lower Wheel Permanent Magnet Generator Gearbox – Speed Reducers Mounted Bearings Radiator (cooling system) Water Tank - Water pump

MEF SYSTEM DIMENSIONS Dimensions: Length 46'-0” ft. x Width 15'-0” ft. x Height 19'-0” ft.

Components

The concept of force is one of the foundations of mechanics and is closely tied to the concept of motion and the principle of inertia.

How it works? By applying: Torque, Lever Arm, Speed and Weight. Uniform Acceleration is accomplished by the Driver Lower Wheel that are driven by two 800 hp motors.

AC Drive provide support for multiple built-in safety functions including: - Safe Stop - Zero speed monitoring - Safe limited speed - Safe maximum speed - Safe direction monitoring - Door monitoring and control - Enabling switch control - Safe Max Accel monitoring - Torque control monitoring - Voltage control monitoring Ethernet port allows to easily configure, control and collect drive data, can be programmed to monitor the run time hours for machine or motor bearings, giving an advanced notification to help prevent unplanned downtime

ELECTRICAL LAYOUT

POWER DUPLICATION Power can be duplicated by adding additional MEF™. Power can be duplicated by adding additional MEF™ units. Re-Generate the electricity necessary to operate your business and help you increase productivity, reduce costs and improve reliability.

Key Points The system is a real Mechanical Energy Factory! Clean Power / No Fossil Fuel, Reduce Emissions Sustainable, Reliable Cost Effective Low Operating Cost Low Maintenance Cost Decouple generation and load Increase asset efficiency and utilization Provide versatile, continuous-use asset that generates revenue Ease transmission constraints Mitigate intermittency "Firming" of renewables Provide greater ramp rate control Supports Renewable Portfolio Standards (RPS) targets Provide ancillary services Improve fast-response frequency regulation and balance load at a lower cost

Mechanical Power Converter & Re-Generator System Battery Storage COMPLETE MECHANICAL ENERGY STORAGE SOLUTION Thank You!