Renewable Energy

Introducion:

• Photovoltaics Training system provides training on DC Off-Grid Systems with Off-Grid Inverter and AC Load.
• The system covers the various components of a full solar power system from solar panels, storage batteries, Off-Grid Inverter Board to the final consumption of AC load.
• This system can train students to understand the principles and diagrams of the solar energy system and students can also monitor the energy step by step with the monitor screen.

Training Program:

• Key solar cell data
• Linking solar cells and modules
• Bypass diodes, String diodes
• Partial switch-off of cells and modules
• Partial failure of modules
• Solar cell output under different radiation conditions
• Stand-by losses
• Efficiency of inverters
• Start-up behaviour of inverters
• Voltage shape and harmonics
• Load behaviour
• Types of charge controllers
• Discharge protection
• Deep discharge protection
• Energy storage
• Operation of consumers at a rechargeable lead gel battery
• Power adaptation

Technical Specification:

PV sun position simulation

• Light source with dimmer, can be rotated and swivelled, for simulating the position of the sun during the day and during the year
• Operating voltage 230 V

PV Board

• 1 dimmable light source, can be swivelled to simulate the sun's path
• Simulation PV-generator U0 18 V, ISC 2.5 A for connection to real charge controllers

Series Charge Controller Board

• System voltage: 12 V DC
• Maximum load current: 6 A

Off-Grid Charge Controller Board

• PWM-controlled
• System voltage: 12 V DC
• Maximum load current: 10 A

Off-Grid Inverter Board

• Input voltage: 12 V DC
• Output voltage: 230 V AC / 50 Hz, 275 VA, sinus-shape

Bulb Socket Board  for 3 bulbs

Battery 12 V DC with 7.8 Ah

Option :

• 10 W Solar Modules Set
• 50 W Solar Modules Set
• Low-Voltage Consumer Board – Low-voltage consumers

Introducion:

• Wind Power System Training on wind energy systems covers the basic components of a wind renewable system.
• The system uses a motor to simulate wind energy, the motor is variable speed which means that students can change the wind speed at will.
• Students can understand the structural principles of the system, how to convert from wind energy to DC and from DC to AC.

Training Program:

• Installation of a small-scale wind power station
• Installation of isolated systems
• Working out of physical principles
• Installation and start-up of a small-scale wind power generator
• Reservoir operation for variations in wind power
• Energy storage
• Installation of an isolated system for generation of a 230V AC voltage
• Hybrid systems for self-sufficient power supply

Technical Specification:

Wind Power Board

• Controller of wind simulator 1 kW
• LCD display for wind speed display
• Potentiometer for adjusting the wind speed
• USB interface for PC communication
• System plugs for connections of the wind generation system
• Diversion controller of max. 500 W
• Measuring instrument for diversion controller indicating the battery voltage, diversion load, current and power
• Maximum diversion load of 500 W
• Connections for consumer and battery

Wind generator

• Windsimulationsmotor P maximal 1 kW
• Small-scale wind power generator maximum 150 W/12 V
• Support system
• Connecting cables with system plug

Battery 12 V DC

• Low voltage consumer
• Stand-alone inverter
• Lighting technology board

Introducion:

• The system is designed for a comprehensive understanding of solar power generation, it teaches all about the
• Characteristics of solar modules incl maximum power point and how shading, sun angle, module angle, light intensity and module temperature influence the efficiency.
• The tests offer measurements in the DC and AC circuit under different ambient conditions.
• Measuring results can be captured, evaluated and graphically presented by computer due to the 2-channel multimeter with interface and included software package.

Training Program:

• Maximum power point (MPP) , maximum power point tracking (MPPT) incl. data capturing and graphical presentation
• Fill level of solar cells
• String connection, parallel and series
• Effects of temperature change in solar cells
• Effects of shading, change of incidence angle and light intensity
• Configuration and measurements in grid feeding circuits
• Configuration and measurements in grid-independent circuits
• Ratio of DC and AC circuit

Technical Specification:

• Mobile base with training system frame and shelf
• Adjustable lighting unit with 8x 400W dimmable halogen lamps
• 2x monocrystalline modules 100Wp (18,5Vmpp) with selector switch for series and parallel operation
• Grid-feeding inverter and 230V converter (300W)
• 2-CH multimeter with touch display and USB interface
• Lux meter and energy meter
• 230V lamp, 12VDC Lamp
• Variable Resistors
• Software for evaluation and graphical display
• Manual and set of cables
• Power Consumption (full illumination): 3.200W.

Introducion:

• The Photovoltaics Kit „Isolated Technology“ is a set of diactic boxes and the 230V converter panel for a comprehesive understanding of the photovoltaics off-grid circuits according to our manual.

Training Program:

• Basics to photovoltaics, getting familiar with the basic terms and basic components
• Open circuit voltage and short circuit current with varying illumination
• Alternating angle of illumination
• Influence of module temperature
• Maximum power point
• Shading / partial shading
• Charging an accumulator

Technical Specification:

• DP Power Inverter 300W 12VDC/230VAC
• DB Generator Connector & Voltmeter 15 / 150V
• DB Overvoltage Protection 12V and Discharge Protection (Schottky-Diode)
• DB Charge Controller 12V, 4A and DB Deep Discharge Protection 12V, 15A
• DB Safety Light 12V, 5W Contin. Mode (Festoon)
• DB Lead-Gel-Accumulator and Charging Unit for Lead-Gel-Accumulator
• DB Safety Light, Stand-By Mode
• DB Lamp 230V
• DB Resistor 10Ω and 2kΩ, adjustable
• DB Load 12V with Standard Vehicle Socket (10A) and Lamp Socket E27
• DB Circuit Breaker B6A, 3poles
• DB Relay 230V, 3x NOC 1x NCC, 10A
• DB Mains Monitoring Relay 230 / 400V
• DB Residual Current Device 4poles., 30mA
• Multimeter and Digital Lux Meter, 4½ -digits

Option:

• Additional modules for the system Photovoltaics Kit „Isolated Technology“ to expand and develop the system

Introducion:

• The Photovoltaics Mobile is an ideal base for photovoltaics training either grid-feeding, off-grid or a combination of both.
• For a flexible acceptance of either PV panels or PV boxes, the Photovoltaics Mobile is equipped with 2x installation panels for boxes and one 1-level training system frame

Training Program:

• Basics to photovoltaics, getting familiar with the basic terms and basic components
• Base for photovoltaics training either grid-feeding, off-grid or a combination of both.
• Maximum power point
• String connection, parallel and series
• Configuration and measurements in grid-feeding circuits
• Configuration and measurements in grid-independent circuits
• Charging an accumulator

Technical Specification:

• Base Unit 970x700x1730mm (WxDxH) with Casters
• Lockable Container with 1x Door and 2x Drawer
• Training System Frame (1 level for Panels, 2 levels for boxes)
• Foldable Unit with 4 Solar Modules, 10Wp each, usable in parallel or series connection
• 4x 400W Halogen Lamps. dimmable
• Set of Cables
• Multimeter
• Lux Meter
• Grid-Feeding Technology: Feeding Inverter 350W /50Hz, DC Isolator, Energy Meter
• Off-Grid Technology: Power Inverter 12VDC/230VAC, Overvoltage Protection, Lead-Gel Accumulator, Charger for Accumulator, Resistor, adjustable, Load 12VDC Vehicle Socket and Lamp, Lamp 230V

Introducion:

• The Amatrol Alternative Energy Learning System – Wind and Solar includes a mobile workstation with solar PV components, small wind components, multimedia student curriculum, and teacher’s assessment guide.
• The mobile workstation is equipped with pre-mounted components for easy inventory. Wind turbine and solar panels also allow for outside use with expansion capability for teaching grid-tie and data acquisition.
• We also offers alternate workstation configurations for either small wind or solar individually.
• The Learning System’s wind and solar circuits can be used indoors with sun and wind simulators, or outdoors via the detachable solar panel array or client-supplied external wind and solar sources.
• The solar array easily disconnects from the workstation and sets up outdoors.
• The Learning System can also be connected to client-supplied roof-top solar panels or wind turbines with the addition of optional interface connections.

Training Program:

• PV Module OperaƟon
• PV Module Performance
• Photovoltaic Arrays
• Solar BaƩeries
• Solar BaƩery Charging
• Solar PV Systems
• Small Wind Turbine Generators
• Wind Turbine BaƩeries
• DC Wind Turbine Systems
• AC Wind Turbine Systems

Technical Specification:

• Mobile Technology Workstation
• Component Panel Set
• Wind Turbine
• Wind Turbine Simulator
• PV Array Connector
• Instrumentaotin Set
• Component Set
• DC and AC Load Set
• Regular Banana Lead Set
• Interactive Multimedia
• Instructor’s Guide and Installation Guide
• Student Reference Guide
• Solar PV Array Station or customersupplied equivalent input power range:
• minimum 43 W, maximum 200W
• Solar PV Sun Simulator

Option:

• Grid-Tie Learning System – Solar
• Data Acquisition Learning System - Alternative Energy
• Solar PV Interface
• Wind Turbine Interface
• Solar Concepts Learning System
• Wind Concepts Learning System

Introducion:

• The Solar Photovoltaic Installation Learning System teaches students the installation and commissioning of grid interactive and stand-alone photovoltaic systems for commercial and residential applications.
• Students will learn how to develop and implement a site layout; calculate PV circuit voltage and currents; select and install wiring; and install real world components in PV systems, just as they would do on the job.
• The Solar Photovoltaic Installation Learning System includes a mobile workstation with solar photovoltaic components, PC-based interactive, multimedia student curriculum; installation manual, and teacher’s guide.
• The mobile workstation is equipped with silkscreened labels for component identification; storage/inventory of clamp meter; digital meter; and storage for consumables, including wire and conduit, directly at the workstation.

Training Program:

• Mechanical Installation
• Electrical Installation
• Stand-alone PV Systems
• Grid Interactive PV Systems
• Site Assessment and Permitting
• Array Site Analysis
• Circuit Voltage and Current
• Wire Selection and Sizing
• Electrical Connectors
• Conduit and Enclosures
• Inverters and Converters
• Charge Controllers
• Combiner Boxes
• Power Meters
• Surge Arrestors

Technical Specification:

Workstation

• Welded and braced steel tube frame Designed to mount component panels vertically
• Battery bank
• Dimensions: 72in (183 cm) L x 72in(183 cm) H x 28in (71 cm) W

Component Panels

• AC, DC and Battery bank  disconnect switch with fuse
• AC safety switch between wall receptacle and components, lockable
• Stand-alone inverter
• Remote display for stand-alone inverter and charge controller
• Grid interactive inverter (w/o battery) plus power/energy display
• Charge controller
• AC & DC distribution panel with breakers
• AC distribution panel with main and branch breakers
• Utility power meter, 3 phase digital
• AC lamps (3) and DC lamps (3)
• Manual switches (2)
• Battery bank interface connection panel and Batteries, AGM sealed type, 12 volt (2)

Option:

• Solar PV Installation Multimedia
• Solar Concepts Learning System

Introducion:

• Solar Photovoltaic Troubleshooting Learning System allows students to develop the specialized skills and knowledge needed for working with the common types of PV systems.
• The system teaches students connection, operation, programming, and troubleshooting of AC/DC and grid-connected systems.
• The curriculum is highly interactive, PC-based multimedia that allows students to use the learning style best for them – reading, listening, visual.
• The Systems  supports the NABCEP (North American Board of Certified Energy Practitioners) test for Certified Solar Photovoltaic System Installer.
• The Systems  includes all components needed to develop hands-on, job-ready skills: all solar specific components as well as balance of system items.
• The solar photovoltaic PV learning system contains a mobile workstation, component panels with breakers, combiner box, MPPT charge controller, lamps, batteries, meters, grid-connected inverter, a fault insertion system, PC-based multimedia student curriculum, and instructor’s assessment guide.

Training Program:

• Module Operation
• PV Module Performance
• PV Array Connection & Inverters
• Solar Batteries
• DC Solar PV Systems
• Charge Controllers
• AC Solar PV Systems
• Grid-Connected Systems
• Energy Conservation & Demand
• Solar PV System & Component Sizing
• Solar PV System Performance
• Troubleshooting Components
• System Troubleshooting
• PV Maintenance

Technical Specification:

• Mobile Technology Workstation
• Component Panel
• DC & AC Disconnect
• Battery Bank
• Grid-Tie Inverter
• Combiner Box
• MPPT Charge Controller
• PV Array Connector
• Meter Set
• Fault Insertion System
• Regular Lead Set
• DC and AC Load Set
• Multimedia Curriculum , Teacher’s Assessment Guide,  Installation Guide and Student Reference Guide
• Solar PV Array Station
• Electricity (208 VAC/60 Hz/3 phase)

Option:

• Solar PV Troubleshooting Multimedia
• Solar Concepts Learning System

Introducion:

• The Solar Thermal Installation training system teaches students the installation and commissioning of closed loop and open loop solar thermal systems for commercial and residential applications.
• Students will learn how to install systems by selecting, preparing, mounting and connecting solar thermal components using copper tubing, PVC piping, and electrical wiring.
• Students will create and commission complete working systems, just as they would do on the job.
• The Solar Thermal Installation training system includes a mobile workstation with solar thermal components; solar thermal collectors; PC-based interactive, multimedia student curriculum; and teacher’s guide.
• The mobile workstation is equipped with shadow boards for component storage, a benchtop worksurface and vise for tubing preparation, and mounting surface for assembly of solar thermal systems.

Training Program:

• Mechanical Installation
• Fluid System Installation
• Electrical Installation
• Copper Tubing
• PVC Piping
• Soldering
• Solar Collectors
• Differential Controllers
• Centrifugal Pumps
• Heat Exchangers
• Solar Storage Tanks
• Expansion Tanks
• Control Valves
• Pressure/Temperature Valves
• Instrumentation

Technical Specification:

• Mobile Technology Workstation
• Amatrol recommends Component Circuit Panel
• Centrifugal Pumps (2)
• Heat Exchanger
• Differential Controller
• Temperature Probe
• Solar Storage Tank
• Drainback Tank and Expansion Tank
• Valve Package
• Instrumentation Set
• Solar Collectors (2)
• Fault Insertion System
• Multimedia Curriculum, Teacher’s Assessment Guide, Installation Guide  and Student Reference Guide
• Solar Thermal Sun Simulator
• Solar Thermal Charging Station

Option:

• Solar Thermal Cold Water Supply Station
• Solar Concepts for basic concept preparation.
• Solar Thermal Installation Multimedia

Introducion:

• Amatrol’s Solar Thermal Troubleshooting — Open-Loop/ Closed-Loop Learning System teaches learners how to connect, operate, program, and troubleshoot open-loop / Closed-Loop solar thermal systems.
• The combination of in-depth, multimedia curriculum with real-world equipment gives learners hands-on experience with both drainback and pressurized open-loop / Closed-Loop solar thermal systems.
• Solar Thermal Troubleshooting supports the NABCEP (North American Board of Certified Energy Practitioners) test for Certified Solar Thermal System Installer.

Training Program:

• Solar Collectors
• Pumps
• Solar Storage Tanks
• Air Vent and Vacuum Valves
• Check and Ball Valves
• PV-Powered Solar Thermal Systems
• Freeze Protection
• Draindown System Operation
• System Troubleshooting
• Balance of System Components
• Digital Differential Controllers
• Pressurized Closed-Loop Solar Thermal Systems
• Drainback Solar Thermal Systems
• System Programming
• Heat Exchanger

Technical Specification:

• Mobile Technology Workstation
• Component Circuit Panel
• Centrifugal Pumps (2)
• Heat Exchanger
• Differential Controller
• Temperature Probe
• Solar Storage Tank
• Drainback Tank and Expansion Tank
• Valve Package
• Solar Collectors (2)
• Fault Insertion System
• Multimedia Curriculum , Teacher’s, Assessment Guide , Installation Guide and Student Reference Guide
• Solar Thermal Sun Simulator
• Solar Thermal Charging Station
• Electric (120 VAC/60 Hz/1 phase)

Option:

• Solar Thermal Closed-Loop Troubleshooting Multimedia
• Solar Thermal Cold Water Supply Station
• Solar Concepts Learning System
• Solar Instruments Package

Introducion:

• Amatrol’s Turbine Nacelle Troubleshooting Learning System teaches learners the unique skills required to operate, adjust, troubleshoot, and maintain wind turbine nacelle systems.
• The system replicates a fully-functional, utility-scale nacelle, allowing learners to develop and practice component-, subsystem-, and system-level skills.
• The Wind Turbine Nacelle training and troubleshooting system also features FaultPro, Amatrol’s exclusive computer-based fault insertion system.
• FaultPro allows an instructor to electronically insert realistic nacelle problems into the system and then track a learner’s progress in troubleshooting and solving the problems.

Training Program:

• Turbine Control Systems
• Turbine Safety
• Yaw Brakes
• Parking Brakes
• Rotor Lock
• Yaw Drive
• Twist Box
• Meteorological System
• Turbine Communications
• Hydraulic Power Troubleshooting
• Yaw Troubleshooting
• Turbine Control Troubleshooting

Technical Specification:

• Mobile Workstation
• Turbine Control Unit
• Nacelle Tower Module
• Wind Simulator Unit
• Hydraulic System
• Gearbox Lubrication System
• Nacelle Monitor Software
• FaultPro Computer-Based Fault Insertion Software
• Pressure Gauge Assembly
• Lockout/Tagout Kit
• Cables (USB & Cat 5E)
• Hydraulic Oil (5 gal.)
• Multimedia Curriculum , Instructor’s Guide , Installation Guide and Student Reference Guide
• Engineering Services Start-Up and Installation – Wind Turbine Technology
• Electric (208 VAC/60 Hz/3 phase)

Option:

• Turbine Electric Hub Troubleshooting Learning System
• Wind Turbine Generator Control Troubleshooting Learning System

Introducion:

• Training on central solar system with bluetooth connection and monitoring via mobile phone application.
• The system includes 1 Electrical cabinet, 2 Photovoltaic panels and 1 link cable.
• In the cabinet a DC/AC inverter converts the DC from the photovoltaic panels to AC 220VAC 50Hz, and injects its power in synchronism into the electrical grid.
• This inverter is protected against any polarity reversal and any overload on the DC or AC side. When the panels are not lit, the inverter consumes no current.

Training Program:

• Understanding the different elements of a photovoltaic system.
• Understanding the safety components involved in the system.
• Electrical measurements of different parameters.
• Analyzing and interpreting results.
• Studying the efficiency and impacts related to the positioning of the solar panels.
• Studying of the chain of solar energy (production, storage, consumption, resale, energetic behavior).
• Wiring of a photovoltaic system

Technical Specification:

• ELECTRICAL CABINET: Dimensions: 810 x 600 x 1890mm
• 2 disconnectors
• 1 500mA -30A differential and 1 30mA differential
• 1 lightning arrester + fuses
• 1 Mushroom head emergency stop
• 1 source inverter
• 1 charging controller 12/24VDC-20A
• 2 batteries 12V-12Ah
• and other components
• LINK CABLE 30 m for connecting the solar panels to any type of solar system.
• PHOTOVOLTAIC SOLAR PANEL 200WC ON TILTING FRAME
• Optimum operating voltage: 47V DC
• Optimum operating current: 4.3A
• Maximum power: 200Wc
• Light and easy to move.

Dimensions:

• Folded position: 1620 x 1060 x 100mm
• Unfolded to 70° position: 2100 x 1060 x 700mm"

Introducion:

• Three-phase wind turbine units system 400W studying and reading of the electrical features of the wind turbine
• The system includes electrical cabinets and wind turbine 400W
• The system can connect bluetooth with mobile phone to monitor the voltage of pannel and battery and monitor the operating mode of the system.

Training Program:

• Understanding the different parts of a wind turbine.
• Make the measurements of electrical parameters.
• Analyzing and interpreting results.
• Studying the efficiency and impacts related to the wind force.
• Study the chain of wind energy (production, storage, consumption, energetic behavior).
• Wiring of a wind turbine installation.
• Set up a Bluetooth connection

Technical Specification:

• ELECTRICAL CABINET
• Standard technical cabinet on wheeled frame Comprises electrical components
• Dimensions: 810 x 600 x 1890mm base included.
• WIND TURBINE 400W
• Three-phase output 3 x 53V AC - 400W at 370 rpm on safety terminals.
• Direct current output 90V DC - 400W at 370 rpm on safety terminals.
• Selection of these outputs by using an included rectifier or by direct connection.
• Squirrel-cage three-phase asynchronous motor.
• Speed controller simulating wind turbine speed 0-400 rpm.
• Using the supplied SOMOVE software, the PC operations are:
  •  Acceleration of the wind speed.
  •  Deceleration of the wind speed.
• Overall dimensions: 750 x 670 x (h) 1500 mm
• Power supply 2P+N+E 230V AC - 50/60 Hz (5m lead with mains plug)

Introducion:

• Solar and wind turbine hybrid station train combines two popular renewable energy systems in combination, fully simulating the functions of wind and solar as a real system.
• Solar and wind turbine hybrid station can connect bluetooth with mobile phone to monitor the voltage of pannel and battery and monitor the operating mode of the system.
• The system includes 1 Electrical cabinet, 2 Photovoltaic panels , 1 link cable and wind turbine 400W.
• In the cabinet a DC/AC inverter converts the DC from the photovoltaic panels to AC 220VAC 50Hz, and injects its power in synchronism into the electrical grid.

Training Program:

• Discover the different components involved in a wind / solar Hybrid installation.
• Perform electrical measurements of different quantities.
• Analyze & interpret the results.
• Study the efficiency and impacts related to wind strength and sunlight.
• Study the energy chain (production, storage, use, energy behavior).
• Wire a hybrid wind / solar installation

Technical Specification:

• ELECTRICAL CABINET Comprises electrical components: Dimensions: 810 x 600 x 1890mm
• LINK CABLE 30 m for connecting the solar panels to any type of solar system.
• PHOTOVOLTAIC SOLAR PANEL 200WC ON TILTING FRAME
• Optimum operating voltage: 47V DC
• Optimum operating current: 4.3A
• Maximum power: 200Wc
• Light and easy to move.
  • Folded position: 1620 x 1060 x 100mm
  • Unfolded to 70° position: 2100 x 1060 x 700mm"
• WIND TURBINE 400W
• Three-phase output 3 x 53V AC - 400W at 370 rpm on safety terminals.
• Direct current output 90V DC - 400W at 370 rpm on safety terminals.
• Selection of these outputs by using an included rectifier or by direct connection.
• Squirrel-cage three-phase asynchronous motor.
• Speed controller simulating wind turbine speed 0-400 rpm.
• Using the supplied SOMOVE software, the PC operations are:
  • Acceleration of the wind speed.
  • Deceleration of the wind speed.
• Overall dimensions: 750 x 670 x (h) 1500 mm
• Power supply 2P+N+E 230V AC - 50/60 Hz (5m lead with mains plug)