IPC Regenerated Braking Unit ( RBU ) www.elevatorenergysaving.com.

Slides:



Advertisements
Similar presentations
Stator Voltage Control
Advertisements

VFDs Energy Savings A Case Study on Boilers National Grid Solutions & Opportunities Upstate New York Energy Efficiency Conference & Expo April 7, 2011.
AC DRIVES There are two type of AC motor Drives :
MEDIUM VOLTAGE VFD MOTOR CONTROLLER Liquid Cooled Components Active Front End - No Transformer 3300 – 6900 VAC 700 – 2500 HP Contact:
ABB standard drive Enhanced ACS550
ME 2205 ELECTRICAL DRIVES AND CONTROL UNIT I INTRODUCTION BY B.DURAI BABU A.P/EEE.
POWER ELECTRONICS Multi-Step VSI vs GTO CSI. Power Electronics España S.L. © reserves the right to modify the content without prior notice 01 GTO CSI.
Traction Control of Electric Locomotives
Variable Frequency Drives VFD Basics
APPLICATION OF MOTORS TO ADJUSTABLE FREQUENCY DRIVES PART 1 Alan Lowe, Senior Electrical Consultant.
Enabling Objective 1.3 Describe the Design of the Magnetek Impulse VG+ series 3 Variable Frequency Drive Controller.
Vacon was found on the 9th of November 1993 by a group of 13 key employers at the Vaasa factories of ABB industry Oy. They started making a race towards.
Elevator Modernization Delivers Dependable Energy Savings for 735 N
SPEED CONTROL OF THREE PHASE INDUCTION MOTOR WITH ENERGY SAVING
7154/7156 Variable Speed Drives
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
Elevator Drives Past, Present and Future As Presented at NAVTP Annual Forum Atlanta, Georgia May 3, 2007.
© ABB AB/Mining, 3BSE August 13, 2015 | Slide 1 Introducing Underground Mining CoE Underground Mining 2009.
因技术 得品质 以服务 RU Series AFE Unit & Regeneration Unit JiaWei Yang 08/2014.
VECTOR DRIVES EASA June 2005 “REACHING NEW HEIGHTS” Dave Ruehle and Bill Colton.
InnovationValueTeamwork SHENZHEN INVT ELECTRIC CO., LTD.
DC Machines.
AC vs. DC The production of and use of electricity is an expensive business.Therefore the most efficient use of the resource is required. The most efficient.
Speed Control of AC motors (AC Drives). Dynamics of Motor Load Systems J moment of inertia kg-m2 instantaneous angular velocity rad/sec T developed torque.
Chapter 5. Electric Machines.
EM330D A Special Inverter for construction lift.
Santerno Products & Markets Scenario, Campodarsego - Nov 7th Inverters An inverter is a device transforming AC current into DC current If properly.
PFC basics EPCOS Power Quality Solutions. PFC basics FK PC PM PFC – Lukas Motta – Jan PFC Basics Ohmic loads Lighting bulbs Iron Resistive heating.
M.E.F. Mechanical Energy Factory Mechanical Power Converter & Re-Generator System.
Motors and Generators.
PHSAUTOMOTIVESALSPHSAUTOMOTIVESALS Tune-up Procedure.
Air Conditioner Efficiency. Air Conditioner Problem Suppose an older home in San Antonio is equipped with a central air-conditioning unit with SEER rating.
Technical presentation ECF50-90
Mechanical design of elevator. Our elevator :Gen2 elevator :
1 Injection Moulding Energy-saving SHENZHEN INVT ELECTRIC CO.,LTD.
On-Board Electrical Use D.C. Systems Alaska Fisheries Development Foundation University of Alaska Sea Grant Marine Advisory Program Alaska Longline Fishermen’s.
SHENZHEN INVT ELECTRIC CO.,LTD.
© Copyright year ABB. All rights reserved /6/2016 Insert image here ACS800 regenerative drives Product presentation.
India’s First Super Efficient Ceiling Fan from Versa Drives.
Different cable reel has a different role. Hysteresis type cable reel working principle and scope The working principle of A. Power control system is.
Industrial Automation Mitsubishi Electric – Inverter basics /// INVERTER /// INVERTER /// INVERTER /// INVERTER /// INVERTER /// INVERTER /// INVERTER.
LD COLLEGE OF ENGINEERING AHMEDABAD
Wholesale Medium Voltage Drives
ENERGY CONSERVATION IN MOTOR SYSTEMS. Introduction 2.
ELECTRICAL DEPARTMENT ELEMENT OF ELECTRIC DESIGN
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
From Lecture1 vi , ii vo , io Power Processor Controller Source Load
Increase your efficiency with Schneider Electric
Inverter Assembly.
Effects of Harmonics on Capacitors Electrical System
Controlled-Rectifier Fed Drive
Speed control of three phase induction motor
Today we are going to discuss about,
Introduction to Electrical Drive
Yaskawa Electric America on Variable Torque Loads
Three-Phase AC machines
ELECTRIC TRACTION SYSTEM
Variable Frequency Drive Savings Calculator Tools
CYCLOCONVETERS BY:- Dr.S.NARASIMHA.
High Voltage Coil with Extra Insulation on initial turns
ELECTRIC DRIVES.
DC and AC Motor Drives.
Elevator Overvoltage Solutions
Electric braking Powerpoint presentation by:- Poonam sharma
Energy Saving Concepts with Variable Speed Drives
From Lecture1 vi , ii vo , io Power Processor Controller Source Load
HEP-2150 Machine Concept Demonstration Applications
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
AC Drives Dr. Adel A. El-Samahy Department of Electrical Engineering University of Helwan.
FPGA Based Single Phase Motor Control Using Multistep Sine PWM Author Name1, Author Name2., Author Name3, (BE-Stream Name) Under the Guidance Of Guide.
Presentation transcript:

IPC Regenerated Braking Unit ( RBU )

Compare with Dynamic Braking unit (DBU) 100% Replace Resistor Braking Save 60% Installation Space Have the cost back within One year from energy Saving, 10-40% Energy Saving. Reactor Inside, Plug and Play Sine Wave Output, THD<5% , Sine Wave ouput,meet EN55022 Class A Standard High Quality DSP Unit,real-time monitor IGBT, radiator temperature,reduce 60% fault rate. Make your 2 Quadrant AC drive perform like 4 Quadrant ones, 1/3 cost but same performance. Regenerated Power have up to 97.5% efficiency to Power Grid.

You are not buying a energy consume part, but buying a Generator, our RBU not consume electricity but generate electricity for you, making money for you everyday!

PSG Sine Wave output

PSG Output Noise Testing

PSG use the advanced control technology and best raw material

Drawing

EN55022 Standard Plug and Play worldwide Voltage application ( V 3 Phase) Reactor and Filter is build inside. EMC/EMI fir EN55022 Class A Standard Current Harmonic<5% Voltage Harmonic<1%

Harmonic testing

Our Aim Replace brake unit below 75KW,make the resistor energy consumption change for energy Generator, turn the cost money to be making money.

For example Suppose a Pharmaceutical centrifuge, 24 hours working and braking energy is 10%.Use our PSG regenerated braking unit, will save energy per year: 22KWx10%x24(Hour)x360=19000KWH Save up to US$3200 per year.

So two units 22KW PSG can raise one experienced worker cost.

Model Selection Standard Load: Braking Torque 110%, Standard Working Condition(1/4 Duty) Elevator, centrifuge, lathes, textile machines, sugar mills of the honey machine,industrial dewatering machine, packaging machine, kowtow machine, pumping units, rewinding machine, paper machine, spindle, planer

Heavy Load: Braking Torque 150%, Heavy Working Condition(1/2 Duty) Cranes, hoists, lifts, cranes, winches, cable car port door machine, wire drawing machine, coal mining, downstream belt conveyor, ship unloader, winches, rolling mills, driving, crane, cranes, open-book and rolled, brushed machine, wire drawing machine, monkey car, stacker, uncoiler and coiler, cable car, ship unloader, locks, steel rolling.

If you are not sure about the load application, then just choose the heavy load model will ensure it can work properly.

Product Layout

Hoist Lifting energy Saving: Rated Load: 10T Rated lifting Speed: 20m/min Fit Motor:37kw Grade 6, 1150r/min

Operation: 8000H/Year Electricity Cost:$0.12/Kwh Power Consume: (Motor Efficiency 90%,Frequency Inverter Efficiency 95%) Electricity Bill: 3.67x8000x0.12=$ Resistor Braking: Electricity Bill: 8.49x8000x0.12=$8150.4

*Since Resistor braking will have huge heat, so need to select much higher capacity dynamic braking unit with resistors, but for PSG regenerated braking unit, not much heat so no need so big power PSG compare with Braking unit. Each Year Saving: $ $3523.2=$4627.2

Centrifuge Energy Saving Fit Motor: 37KW Grade 4

Operation: 8000H/Year Electricity Cost: $0.12/Kwh Power Consume: (Motor Efficiency 90%,Frequency Inverter Efficiency 95%) Electricity Cost:3.61x8000x0.12=$ Braking Resistor Power consume: Electricity Cost: 7.46x8000x0.12=$7161.6

*Since Resistor braking will have huge heat, so need to select much higher capacity dynamic braking unit with resistors, but for PSG regenerated braking unit, not much heat so no need so big power PSG compare with Braking unit. Each year Saving:$ $3465.6=$3696

IPC Technology Add:7th floor, Jianxing Building, Chaguang Industrial Zone Shenzhen TeL;