EDIBON Energy Units

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EDIBON Smart Grid Units

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Structure
1) Motivation
2) Structure and Operation of the Trainers
1) Final User Smart Grid (AEL-FUSG)
2) Advanced Power Factor Controller (EECFP)
3) Advanced Digital Synchronization Trainer (EESD)
4) Smart Grid Trainer (SG/ESN, SG/C)
5) Advanced Smart Grid Trainer (ASG3)
3) Visualization
1) SCADA-System
2) SCADA-Net

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1. Motivation
 Smart-Grid solves one of the biggest Problems of the Future: The supply with
fluctuating Electricity from Renewable Energy Sources
 As the grid can’t store Energy, the Electricity Supply should always be as high as the
Consumption
A regulative Connection between both ends of the Electrical Energy System
is necessary: Smart-Grid
 Our Teaching Units demonstrate the functions and necessity of Smart-Grid, specialized
on the whole Electrical Energy System or on each part of it.

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2. Structure and Operation of
the Trainers
2.1. Final User Smart Grid (AEL-FUSG)
2.2. Advanced Power Factor Controller (EECFP)
2.3. Advanced Digital Synchronization Trainer (EESD)
2.4. Smart Grid Trainer (SG/ESN, SG/C)
2.5. Advanced Smart Grid Trainer (ASG3)
EESD AEL-T-P-01 AEL-FUSG
Smart Grid Trainer
Advanced Smart Grid Trainer

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2.1 Final User Smart Grid AEL-FUSG
• Visualizes the use of a Home Energy System at different power
supplies
• Consists of three different modules:
- AEL-FUSG-M Final User Smart Grid
Smart Meter Trainer
- AEL-FUSG-E. Final User Smart Grid
Smart Energy Trainer
- AEL-FUSG-N Final User Smart Grid
Net Metering Trainer

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Dynamic LoadsStatic Loads
AEL-FUSG-LO. Smart Grid Loads
Configuration
and
Control
Software
AEL-FUSG-E. Final User Smart Grid – Smart Energy
Trainer
Managing real Smart Grid devices used by prestigious
utilities.
The final customer can carry out an optimal
consumption at home. Learning how to
use an actual Home Energy Management System.
Scheduling switching schemes, visualizing and comparing
the consumption with different loads.
Configuring virtual scenes with different sensors and
actuators to achieve the
optimal consumption and other possibilities to automate
the consumption.
Remote controlling of smart devices from programming
software.
Simulating electric heating and programming optimal
consumption.
This Trainer may be expanded with: AEL-FUSG-M. Final
User Smart-Grid - Smart Meter Trainer and/or AEL-
FUSG-N. Final User Smart-Grid - Net Metering Trainer.

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Configuration
and
Control
Software
AEL-FUSG-N Final User Smart Grid - Net Metering
Trainer
utilities.
Control of a real wind turbine.
Control of Active Power Generation.
Simulation of different wind speeds.
Isolating grid work mode.
Coupling the generation to the grid: Net-Metering.
Auto consumption.
Simulation of selling electricity to the grid.
Measuring the input and output power flows generated
by the wind turbine
(generator-motor group).
Network Analyzer Unit with oscilloscope display to
perform an advanced Net Metering.
This Trainer may be expanded with: AEL-FUSG-M.
Final User Smart Grid - Smart Meter Trainer and/or
AEL-FUSG-E. Final User Smart Grid - Smart Energy
Trainer.

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AEL-FUSG Final User Smart Grid
utilities.
Learning about what are the operations between the
utilities and the final user.
Real time monitoring, remote management and
verification of the network quality.
Bidirectional communication between the Utility (the
student) and the Smart Meter.
The final customer can carry out an optimal
consumption at home. Learning how to use an actual
Home Energy Management System.
Scheduling switching schemes, visualizing and comparing
the consumption with different loads.
Configuring virtual scenes with different sensors and
actuators to achieve the optimal consumption and other
possibilities to automate the consumption.
Remote controlling of smart devices from programming
software.
Simulation of selling electricity to the grid.
Measuring the input and output power flows generated
by the wind turbine (generator-motor group).
Possibility to use additional smart meters and optional
accessories.

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2.2 Advanced Power Factor Controller
(EECFP)
 Measuring the maximum and minimum reactive power
levels of the grid
 Studying the reactive power consumption for static loads
 Studying the reactive power consumption for dynamic
loads: induction motor coupled to eddy currents brake
 Measuring the coil inductance
 Measuring the reactive power consumed by a reactive
receptor
 Comparison of the reactive energy before and after of
power factor compensation
 Optimum configuration of the reactive power controller
 Checking the Compensation control unit applying different
reactive power levels
 Checking the compensation control unit alarms
 Practical case in which the user carries out manually the
reactive energy compensation
 Real practical exercise with static and dynamic loads.
Verification of the automatic compensation
Advanced Power Factor Controller Module
Ansynchronous Three-phase Motor Eddy Current Brake
Resistive, Inductive and Capacitive Loads Module

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2.3 Advanced Digital Synchronization Trainer
(EESD)
 Main applications of synchronization units in
electrical grids
 Coupling operations between the generator and
the electrical grid
 Supervision of voltages and phase angles for a
correct coupling
 Main connections for the synchronization module
to carry out the appropriate readings of the phase
angles
 Monitoring of the generator’s power flux before
and after the synchronization
 Control of the generator frequency for a correct
coupling of the electrical grid
 Control of the generator voltage module for its
coupling to the electrical grid
EMSD Advanced Digital Synchronouscope Module
Asynchronous three phase motorSynchronous three phase motor
Three phase Variable Resistance Module

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2.4 Smart Grid Trainer (SG/ESN, SG/C)
 Visualization of the whole electric circuit from the
generation to the consumption
 Variable generator speed with DC and AC
 Automatic voltage regulation
 Visualization of the Transport of the electricity, with
different electric parameters
 Upscale and downscale Transformation
 Possibility of mounting different failure modes
 Visualization of the transmission signals on a display
 Simulation of different consumptions like differential or
constant consumption
 Communication of the whole cycle via a Smart Meter,
that implies the principle of Smart Grid
Generation
Transportation
ConsumptionTransformationSmart-Meter

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2.5 Advanced Smart Grid Trainer (ASG3)
 Is based on the APS12-Unit and allows the control of a
complete power plant with 12 different types of power
generation
 Simulation of the whole electric Power System with
different types of supply and consumption
 Flexible power monitoring possibilities.
 Add of different elements, like intelligent protection relays,
SCADA- System, or smart meters, create a Smart Grid
System
 Power management software allowing : comprehensive
measured value detection, processing and control of the
power distribution system, load management, consumption,
etc
 Capacity to take decisions such as make alternative
connections to other parts of the grid
 Possibility to teach 30 Students at the same time
 We can offer as we described A COMPLETE ELECTRICAL
SYSTEM WITH SMART GRID, but as the EDIBON APS12 is
modular, other smaller SMART GRID options are available
Advanced Electrical Power System
Simulator
Advanced Mechanical Power Plants and
Energy Simulator
Generator with Complete CabinetTransmission and Distribution CabinetSmart-Meter
Grid and Distribution
Transformer

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3. Visualization and Control
3.1 SCADA-System
3.2 SCADA-Net

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3.1 SCADA-System
 SCADA is an industry-standard supervisory control
and data acquisition system for realistic experience of
power system control.
 SCADA allows the control and supervision of the
operations related to the generation, transformation,
transmission and distribution of the electrical energy
made by the MPSS Simulator
 Communication with programmable logic controller,
protection relays, automatic voltage regulator and
prime-mover simulation device of the Power System
Simulator to control and collect information from the
power system.
 Monitoring and controlling of a lot of events and
alarms through a human-machine interface
 Analyzing, display and control of the information
acquired from all programmable logic controller,
automatic voltage regulator, protection relays and
prime mover simulation device
 Configuration of the topology of the Simulator by the
students by means of a selectable touchscreen

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3.2 SCADA-Net
 ESN. EDIBON SADA-Net System allows 30 students to work with
Teaching Units in any laboratory, simultaneously
 This system allows to view/control the units remotely, from any computer
integrated in the local net (in the classroom), through the main computer
connected to the unit.
 Continuous communication between the manager and all the
users/students on any unit at the same time
 Thanks to a computer, the Manager/Instructor Computer located
"between" the units and the local net, the manager can manage the access
to the different units, and the permissions to control/view all the units.
The user/student can visualize the unit in his own PC during the
experiment
 Allows easier and quicker understanding
 This system allows you to safe time and cost
Manager Software Main Screen
Multimessage FunctionStudents Manager

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Summary
Unit
Focus of the teching
unit
SCADA-System SCADA-Net
AEL FUSG Final User Smart Grid
AEL FUSG-M
Final User Smart Grid
AEL FUSG-E
AEL FUSG-N
EECFP
Smart Grid Electricity
Transport
EESD Smart Grid Electricity Supply
SG/ESN
Complete Smart Grid Electric
Power System with one Power
Source Type
+ +
SG/C
Power System with one Power
Source Type
+
ASG3
Power System with
severalPower Source Type
+ +

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