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Thane C. Heins
President and CEO
Potential +/- Difference inc.
Pioneering Electric Vehicle Regenerative Acceleration and Charging Ahead...
“You never change things by fighting the existing reality.
To change something, build a new model that makes the existing model obsolete.”
― Buckminster Fuller
ReGenX Generator and Bi-Toroid Transformer 3rd Party Independent Test Data and Systems Efficiency Performance Analysis prepared for Siemens March 2018 showing the ReGenX Generator and Bi-Toroid Transformer operating at infinite efficiency.
What does INFINITE EFFICIENCY mean?
Infinite efficiency generator performance means that; a zero Watt mechanical drive shaft input power increase is required when the generator is placed on-load from idle rotational equilibrium.
Final 2018 Report for SIEMENS ReGenX, BiTT and Conventional Generator, Transf...Thane Heins
This document presents test data from three generator prototypes: 1) A ReGenX generator that aims to reverse conventional generator armature reaction through load current delay, 2) A bi-toroid transformer that also aims to reverse armature reaction, and 3) An electric vehicle regenerative acceleration generator integrating the ReGenX innovation to provide battery charging with vehicle acceleration. Prototype 1 test data shows the ReGenX generator delivering more output power while reducing prime mover input power compared to a conventional generator, demonstrating armature reaction reversal. Prototype 2 similarly shows the bi-toroid transformer providing higher output with lower input power than a conventional transformer. Prototype 3 integrates the ReGenX generator into an electric bike to provide regener
A PFC Fed Asynchronous Generator For Advanced Wind Power Generation Excited B...IOSR Journals
This document describes a proposed system for wind power generation using an asynchronous generator excited by a voltage source inverter. The system aims to reduce costs compared to using an expensive synchronous generator. It consists of a power factor correction converter (PFCC) combining a diode rectifier and boost chopper, and a voltage source converter (VSC). In the system, the VSC supplies reactive power to excite the induction generator, while the PFCC controls the duty cycle to regulate real power from the generator. Simulation results in MATLAB/Simulink show that this configuration can efficiently generate power from the induction generator at variable speeds below synchronous speed by controlling the VSC and PFCC.
ReGenX Generator and ReGenX Quantum Motor Test and Performance ProtocolThane Heins
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President and CEO
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ReGenX Generator and Bi-Toroid Transformer 3rd Party Independent Test Data and Systems Efficiency Performance Analysis prepared for Siemens March 2018 showing the ReGenX Generator and Bi-Toroid Transformer operating at infinite efficiency.
What does INFINITE EFFICIENCY mean?
Infinite efficiency generator performance means that; a zero Watt mechanical drive shaft input power increase is required when the generator is placed on-load from idle rotational equilibrium.
Final 2018 Report for SIEMENS ReGenX, BiTT and Conventional Generator, Transf...Thane Heins
This document presents test data from three generator prototypes: 1) A ReGenX generator that aims to reverse conventional generator armature reaction through load current delay, 2) A bi-toroid transformer that also aims to reverse armature reaction, and 3) An electric vehicle regenerative acceleration generator integrating the ReGenX innovation to provide battery charging with vehicle acceleration. Prototype 1 test data shows the ReGenX generator delivering more output power while reducing prime mover input power compared to a conventional generator, demonstrating armature reaction reversal. Prototype 2 similarly shows the bi-toroid transformer providing higher output with lower input power than a conventional transformer. Prototype 3 integrates the ReGenX generator into an electric bike to provide regener
A PFC Fed Asynchronous Generator For Advanced Wind Power Generation Excited B...IOSR Journals
This document describes a proposed system for wind power generation using an asynchronous generator excited by a voltage source inverter. The system aims to reduce costs compared to using an expensive synchronous generator. It consists of a power factor correction converter (PFCC) combining a diode rectifier and boost chopper, and a voltage source converter (VSC). In the system, the VSC supplies reactive power to excite the induction generator, while the PFCC controls the duty cycle to regulate real power from the generator. Simulation results in MATLAB/Simulink show that this configuration can efficiently generate power from the induction generator at variable speeds below synchronous speed by controlling the VSC and PFCC.
The document provides an overview of PRAN Power Stations' 16MW power generation system. It discusses the company overview of PRAN Group, the power generation process using gas generators, the distribution system from generator to customer sites, recommendations for improving efficiency including incorporating renewable energy sources, and concludes with noting the learning experience for the presenter.
Biến tần trung thế ứng dụng trong công nghiệp cho các ngành như: Xi măng, nước, khai thác mỏ, sắt thép, nhà máy điện hóa chất, … Thiết bị giảm đáng kể dòng hài trên nguồn điện, độ tin cậy cao và dễ dàng bảo trì.
CÔNG TY CỔ PHẦN HẠO PHƯƠNG
Trụ sở chính:
Địa chỉ: Số 88 đường Vĩnh Phú 40, Kp. Hòa Long, P. Vĩnh Phú, Thuận An, Bình Dương.
Văn phòng Hà Nội:
Địa chỉ: Số 95 TT4 – KĐT Mỹ Đình Sông Đà – Phường Mỹ Đình – Q. Nam Từ Liêm – Hà Nội
Chi nhánh Cambodia:
Địa chỉ: The Park Land SenSok, Borey Chip Mong, House Number 22, P11.Sangkat Phnom Penh Thmey, Khan San Sok, Phnom Penh.
Email: cs@haophuong.com – Website: haophuong.com
Facebook: https://www.facebook.com/haophuongcompany/
HOTLINE: 1800 6547
This document describes an experiment conducted on a three-phase induction motor using a squirrel cage rotor. The objectives are to demonstrate the operating characteristics of the motor and record its load characteristics under star and delta connections. The procedures involve connecting the motor in star and delta configurations and measuring voltage, current, speed, power factor, efficiency and slip at various torque loads. The results are recorded in tables and graphs are plotted showing the relationships between the various parameters. The aim is to examine the motor's performance characteristics under different connections and loads.
Vocation Training Program 50MW solar PPT By Hari Singh RathoreHari Singh Rathore
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Undergone Training as a vocation trainee Today Green Solar Energy Pokaran- Jaisalmer
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The document discusses different types of wind turbine generators used in wind energy technology. It covers the fundamentals of wind power generation and describes various generator and motor types used - including induction motors, permanent magnet synchronous generators, squirrel cage induction generators, wound rotor induction generators, and doubly fed induction generators. The document also discusses high temperature superconducting wind turbine generators and provides comparisons of advantages and disadvantages of different generator types.
This document discusses direct current (DC) motors. It describes the construction and operating principles of different types of DC motors including series, shunt, compound and permanent magnet motors. It also discusses speed control methods for shunt and separately excited DC motors. The main methods of speed control are armature voltage control, field control and armature resistance control. Armature resistance control is simple but less efficient while field control provides better speed regulation.
ReGenX Generator & Motor Prototypes 1, 2, & 3 for Performance ConfirmationThane Heins
Thane C. Heins
President and CEO
Potential +/- Difference inc.
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“You never change things by fighting the existing reality.
To change something, build a new model that makes the existing model obsolete.”
― Buckminster Fuller
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This document proposes and describes a system to generate electricity from human power generated while cycling. The system involves connecting a generator to the rear wheel of a bicycle so that pedaling provides mechanical input to the generator. The generated AC power is rectified and stored in a battery. An inverter converts the stored DC power back to AC to power equipment like lights while exercising. The system allows electricity to be generated even without sunlight and reduces environmental impacts by lowering emissions.
Design Calculation of Three Phase Self Excited Induction Generator Driven by ...ijtsrd
This document discusses the design calculation of a three-phase self-excited induction generator driven by a wind turbine. It presents the dq-modeling approach for transient state analysis of the induction generator and includes calculations of total impedance regulation, required capacitance for excitation, efficiency, and torque required to drive a 3.6 kW induction generator. The calculations are based on parameters of the 3.6 kW generator including stator and rotor resistances and inductances. Equivalent circuits are presented and curves of total impedance, capacitance, and efficiency versus slip are shown based on simulations in Matlab. The generator is most efficient when operating between slip values of -0.055 and -0.1, corresponding to rotor speeds of
An electrical generator converts mechanical energy into electrical energy using electromagnetic induction. It has two main parts - a rotor that turns within a stationary stator, generating a magnetic field. As the rotor turns, the magnetic field changes and induces electricity in coils within the stator. Generators can be powered by steam, combustion engines, or renewable sources like wind turbines. They provide power for electric grids and a variety of applications including vehicles, bicycles, and sailboats.
This document provides information about experiments conducted in an electrical machines lab at Mehran University of Engineering and Technology. It includes an index listing 12 experiments conducted between August and October on topics like DC generators, motors, and control systems. Practical 1 provides an introduction to electrical machine equipment like DC motors, generators, transformers, and control panels. It describes the components and operating principles. The document also includes circuit diagrams, readings tables and conclusions from experiments verifying open circuit characteristics of separately excited DC generators and self-excited series DC generators.
Solar inverter with autosynchronization using microcontrollerDhaval Brahmbhatt
Main concept of our Presentation is to synchronization of solar inverter with AC mains to provide uninterrupted power supply to home appliances in power cut off situation and to provide power directly from solar power system where electricity is not present.
This document discusses the functions and components of excitation systems for synchronous generators. It provides definitions and examples of different types of excitation systems including DC, AC, static, and brushless systems. DC excitation systems used early DC generators as a power source but were large in size. AC excitation systems use alternators as the power source and rectifiers to convert AC to DC for the field windings. Static and brushless systems provide excitation through feedback without external DC sources. The document also includes diagrams of components like alternators, rectifiers, and regulators in excitation systems and mathematical models of the exciter field. It concludes that seminars on these topics help provide practical knowledge to understand generator operation.
International Journal of Engineering Research and Development (IJERD)IJERD Editor
journal publishing, how to publish research paper, Call For research paper, international journal, publishing a paper, IJERD, journal of science and technology, how to get a research paper published, publishing a paper, publishing of journal, publishing of research paper, reserach and review articles, IJERD Journal, How to publish your research paper, publish research paper, open access engineering journal, Engineering journal, Mathemetics journal, Physics journal, Chemistry journal, Computer Engineering, Computer Science journal, how to submit your paper, peer reviw journal, indexed journal, reserach and review articles, engineering journal, www.ijerd.com, research journals,
yahoo journals, bing journals, International Journal of Engineering Research and Development, google journals, hard copy of journal
The document provides an overview of PRAN Power Stations' 16MW power generation system. It discusses the company overview of PRAN Group, the power generation process using gas generators, the distribution system from generator to customer sites, recommendations for improving efficiency including incorporating renewable energy sources, and concludes with noting the learning experience for the presenter.
Biến tần trung thế ứng dụng trong công nghiệp cho các ngành như: Xi măng, nước, khai thác mỏ, sắt thép, nhà máy điện hóa chất, … Thiết bị giảm đáng kể dòng hài trên nguồn điện, độ tin cậy cao và dễ dàng bảo trì.
CÔNG TY CỔ PHẦN HẠO PHƯƠNG
Trụ sở chính:
Địa chỉ: Số 88 đường Vĩnh Phú 40, Kp. Hòa Long, P. Vĩnh Phú, Thuận An, Bình Dương.
Văn phòng Hà Nội:
Địa chỉ: Số 95 TT4 – KĐT Mỹ Đình Sông Đà – Phường Mỹ Đình – Q. Nam Từ Liêm – Hà Nội
Chi nhánh Cambodia:
Địa chỉ: The Park Land SenSok, Borey Chip Mong, House Number 22, P11.Sangkat Phnom Penh Thmey, Khan San Sok, Phnom Penh.
Email: cs@haophuong.com – Website: haophuong.com
Facebook: https://www.facebook.com/haophuongcompany/
HOTLINE: 1800 6547
This document describes an experiment conducted on a three-phase induction motor using a squirrel cage rotor. The objectives are to demonstrate the operating characteristics of the motor and record its load characteristics under star and delta connections. The procedures involve connecting the motor in star and delta configurations and measuring voltage, current, speed, power factor, efficiency and slip at various torque loads. The results are recorded in tables and graphs are plotted showing the relationships between the various parameters. The aim is to examine the motor's performance characteristics under different connections and loads.
Vocation Training Program 50MW solar PPT By Hari Singh RathoreHari Singh Rathore
A PRESENTATION ON 50 MW TGE SOLAR POWER PLANT PPT SUBMITTED BY HARI SINGH (13ESREE013) IN SBNITM, JAIPUR
Undergone Training as a vocation trainee Today Green Solar Energy Pokaran- Jaisalmer
Matlab Based Analysis of 3-Ø Self-Excited Induction Generator with Nonlinear ...IOSR Journals
This document presents a MATLAB simulation of a 3-phase self-excited induction generator (SEIG) supplying nonlinear loads. It describes the steady-state analysis and modeling of the SEIG using MATLAB/Simulink. Tests including no-load, blocked rotor, and DC tests are modeled to determine the generator's equivalent circuit parameters. Nonlinear loads including uncontrolled and controlled rectifiers are also modeled. Harmonic analysis is performed on the generator voltages and currents using FFT to determine the harmonic distortion from the nonlinear loads. The simulations show that the developed models can accurately analyze the SEIG's performance when supplying nonlinear loads.
The document discusses different types of wind turbine generators used in wind energy technology. It covers the fundamentals of wind power generation and describes various generator and motor types used - including induction motors, permanent magnet synchronous generators, squirrel cage induction generators, wound rotor induction generators, and doubly fed induction generators. The document also discusses high temperature superconducting wind turbine generators and provides comparisons of advantages and disadvantages of different generator types.
This document discusses direct current (DC) motors. It describes the construction and operating principles of different types of DC motors including series, shunt, compound and permanent magnet motors. It also discusses speed control methods for shunt and separately excited DC motors. The main methods of speed control are armature voltage control, field control and armature resistance control. Armature resistance control is simple but less efficient while field control provides better speed regulation.
ReGenX Generator & Motor Prototypes 1, 2, & 3 for Performance ConfirmationThane Heins
Thane C. Heins
President and CEO
Potential +/- Difference inc.
Pioneering Electric Vehicle Regenerative Acceleration and Charging Ahead...
“You never change things by fighting the existing reality.
To change something, build a new model that makes the existing model obsolete.”
― Buckminster Fuller
INNOVATIVE EXERCISE EQUIPMENT FOR ELECTRICAL ENERGY GENERATIONSangeeth Soman
This document proposes and describes a system to generate electricity from human power generated while cycling. The system involves connecting a generator to the rear wheel of a bicycle so that pedaling provides mechanical input to the generator. The generated AC power is rectified and stored in a battery. An inverter converts the stored DC power back to AC to power equipment like lights while exercising. The system allows electricity to be generated even without sunlight and reduces environmental impacts by lowering emissions.
Design Calculation of Three Phase Self Excited Induction Generator Driven by ...ijtsrd
This document discusses the design calculation of a three-phase self-excited induction generator driven by a wind turbine. It presents the dq-modeling approach for transient state analysis of the induction generator and includes calculations of total impedance regulation, required capacitance for excitation, efficiency, and torque required to drive a 3.6 kW induction generator. The calculations are based on parameters of the 3.6 kW generator including stator and rotor resistances and inductances. Equivalent circuits are presented and curves of total impedance, capacitance, and efficiency versus slip are shown based on simulations in Matlab. The generator is most efficient when operating between slip values of -0.055 and -0.1, corresponding to rotor speeds of
An electrical generator converts mechanical energy into electrical energy using electromagnetic induction. It has two main parts - a rotor that turns within a stationary stator, generating a magnetic field. As the rotor turns, the magnetic field changes and induces electricity in coils within the stator. Generators can be powered by steam, combustion engines, or renewable sources like wind turbines. They provide power for electric grids and a variety of applications including vehicles, bicycles, and sailboats.
This document provides information about experiments conducted in an electrical machines lab at Mehran University of Engineering and Technology. It includes an index listing 12 experiments conducted between August and October on topics like DC generators, motors, and control systems. Practical 1 provides an introduction to electrical machine equipment like DC motors, generators, transformers, and control panels. It describes the components and operating principles. The document also includes circuit diagrams, readings tables and conclusions from experiments verifying open circuit characteristics of separately excited DC generators and self-excited series DC generators.
Solar inverter with autosynchronization using microcontrollerDhaval Brahmbhatt
Main concept of our Presentation is to synchronization of solar inverter with AC mains to provide uninterrupted power supply to home appliances in power cut off situation and to provide power directly from solar power system where electricity is not present.
This document discusses the functions and components of excitation systems for synchronous generators. It provides definitions and examples of different types of excitation systems including DC, AC, static, and brushless systems. DC excitation systems used early DC generators as a power source but were large in size. AC excitation systems use alternators as the power source and rectifiers to convert AC to DC for the field windings. Static and brushless systems provide excitation through feedback without external DC sources. The document also includes diagrams of components like alternators, rectifiers, and regulators in excitation systems and mathematical models of the exciter field. It concludes that seminars on these topics help provide practical knowledge to understand generator operation.
International Journal of Engineering Research and Development (IJERD)IJERD Editor
journal publishing, how to publish research paper, Call For research paper, international journal, publishing a paper, IJERD, journal of science and technology, how to get a research paper published, publishing a paper, publishing of journal, publishing of research paper, reserach and review articles, IJERD Journal, How to publish your research paper, publish research paper, open access engineering journal, Engineering journal, Mathemetics journal, Physics journal, Chemistry journal, Computer Engineering, Computer Science journal, how to submit your paper, peer reviw journal, indexed journal, reserach and review articles, engineering journal, www.ijerd.com, research journals,
yahoo journals, bing journals, International Journal of Engineering Research and Development, google journals, hard copy of journal
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2. et332bInd.ppt
Learning Objectives
2
After this presentation you will be able to:
Explain how an induction generator operates
List application for induction generators in the use
renewable resources
Discuss the limitations of induction generators
Compute the power developed from an induction
generator using the per phase circuit model
3. et332bInd.ppt 3
Induction Generators
Driving an induction motor faster than synchronous speed
when connected to the grid results in active power
generation
Induction generators (asynchronous generators) designed
with lower rotor R to reduce losses and machine slip.
Applications: Wind Turbines, Hydraulic Turbines (small
scale hydro), Gas engines fueled by
natural gas or biogas
cogeneration
4. et332bInd.ppt 4
Induction Generator Starting Sequence
Induction
Generator
Breaker
Prime
Mover
Mechanical
Power In
Generator
Losses
Electric
Power
Out
nr >ns
Existing Three Phase System
1.) Breaker open
2.) Increase prime mover
mechanical power input
until nr >ns.
3.) Close Breaker
4.) Adjust mechanical power
input to match electric
load.
Pmech=Pe+Ploss
Induction generator can
not vary terminal voltage
or frequency. Set by
system.
5. et332bInd.ppt 5
Induction Generator Speed Power Curves
0 500 1000 1500 2000 2500 3000 3500 4000
-100
-50
0
50
100
Induction Machine Speed-Power Curve
Rotor Speed (rpm)
Air
Gap
Power
(kW)
ns
1.1ns
Generator
Operation
Pushover
Power
6. et332bInd.ppt 6
Limitations of Induction Generations
• Require existing power grid for synchronous
operation.
– Can not control frequency or voltage independently
• Can not operate above pushover speed
• Require a source of reactive power to operate
– When connect to grid, system supplies reactive power
to operate generator
• When operating without grid connection
frequency varies with power output.
– Parallel capacitors supply reactive power
7. et332bInd.ppt 7
Induction Generator Example
A three-phase, six-pole, 460 V, 60 Hz induction generator operates on
a 480 V system. The generator its rated power output is 20 kW. It
is driven by a turbine at a speed of 1215 rpm. The generator has
the following electrical parameters:
R1 =0.200 W, R2= 0.150 W, Rfe= 320 W,
X1=1.20 W, X2=1.29 W, XM=42.0 W
Find the active power delivered by the generator and the reactive
power it requires from the system to operate.
12. et332bInd.ppt 12
Isolated Operation of Induction Generators
Induction
Generator
Breaker
Prime
Mover
Mechanical
Power In
Generator
Losses
Electric
Power
Out
nr >ns
Isolated Three Phase System
Reactive
Power from
Capacitors
When nr = ns, no
power delivered
Isolated Induction generator
requires residual flux
to build voltage
Capacitors supply reactive
power to load and
generator when voltage
builds.
Voltage falls rapidly when
load is applied.
13. et332bInd.ppt 13
Voltage Build-up in Isolated Induction Generators
R1
-jXc
R2/s
jX2
jX1
jXm Rfe
Vin
Current
Voltage
Iop
Vop
Xc0
Xc1
Xc0>Xc1
f
V
I
C
I
V
X
op
op
op
op
c
2
1
External Capacitor provides
Reactive power for operation
Operating point set by intersection
between magnetization curve and
Xc
14. et332bInd.ppt 14
Voltage Build-up in Isolated Induction Generators
Lab measurements determine the magnetization curve
Three Phase Induction Motor Magnetization Curve
0
20
40
60
80
100
120
140
0.00 0.25 0.50 0.75 1.00 1.25 1.50
Stator Current (A)
Stator
Voltage
(V)
Lab Data Linearized Magnetization Curve Load Line
F
28.45
or
F
10
845
.
2
C
60
2
1
110
1.18
f
2
1
V
I
C
5
op
op
Inductance
change
due to rotor
motion
15. et332bInd.ppt 15
Voltage Build-up in Isolated Induction Generators
Single phase motor magnetization curve
Magnetization Curve-Single Phase Motor
0.00
20.00
40.00
60.00
80.00
100.00
120.00
140.00
0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00
Current (A)
Voltage
(V)
Lab Measurements Linearized Data Load Line
F
127
or
F
10
27
.
1
C
60
2
1
120
5.74
f
2
1
V
I
C
4
op
op
16. et332bInd.ppt
END LESSON 16: ASYNCHRONOUS
GENERATORS/INDUCTION
GENERATORS
ET 332b
Ac Motors, Generators and Power Systems
16