For quantitative experiments with the Solar-Basics in Junior High School you need the Solar-Kit Basic. 
The power module is the most compact power supply for experiments on the market and the AV module makes voltage and current measurements as simple as possible. 
With the enclosed Smart Control components, an innovative measuring and control system is available.
A potentiometer, the basic unit and cables complete the product.

Experiments:
Mainly quantitative experiments with the leXsolar-Basics

Technical Specifications :
Components:
1x Power Modul
1x Carton
1x Test lead black 25 cm
1x Test lead red 25 cm
1x Test lead black 50 cm
1x Test lead red 50 cm
1x Insert Kit Basic 
1x Solar-Base unit Large
1x Potentiometer Module
1x AV-Modul
1x Layout diagram Kit Basic 
1x Info sheet initial startup

Contact Science Lab for your Educational School Science Lab Equipments. We are best physics lab equipment supplier, physics lab equipment suppliers in ambala, physics lab equipments manufacturers, physics lab equipments suppliers, physics labware, school educational equipments.

For experimenting with the Solar basics in elementary school you need the Solar-Minkit Basic. 
Mainly qualitative experiments with the Solar-Basics
It contains a small base unit, cables and short circuit plugs to connect the modules. 
With a hand crank generator the students produce electrical energy for the experiments themselves. 
Thus, no extra electrical connection or voltage source is needed.

Technical Specifications :
Components:
1x Base unit small
1x Test lead red 50 cm
1x Insert Minikit Basic
1x Hand generator
1x Carton
1x Test lead black 50 cm
1x Layout diagram Minikit Basic
1x Info sheet initial startup
2x Short-circuit plug

Contact Science Lab for your Educational School Science Lab Equipments. We are best physics lab equipment supplier, physics lab equipment suppliers in ambala, physics lab equipments manufacturers, physics lab equipments suppliers, physics labware, school educational equipments.

The Solar-New Energy Kit is specifically adapted for young students in Junior High School and provides by qualitative and quantitative experiments an understanding of the topics photovoltaic, wind power, hydro power, electric mobility and fuel cells. 
With the enclosed Smart Control components, an innovative measuring and control system is available and all necessary accessories like power supply, cables and measuring devices are already included.

Technical Specifications :
List of components:
1 x Solar module 0.5 V, 840 mA
1 x Buzzer module
1 x Light bulb module
1 x Motor module without gear
1 x Color discs - Set 1
1 x Solar module 1.5 V, 280 mA
1 x Solar-Base unit Large
1 x Lighting module
1 x Potentiometer module
1 x Solar cell cover set (4 pieces)
1 x Solar module 2.5 V, 420 mA
1 x Capacitor module 5.0F/5.4V
1 x LED-module 2mA, red
1 x Solar-Wind rotor set
1 x Wind machine
1 x Wind rotor set (assemblied)
1 x Wind turbine module
1 x Distilled water (100 ml)
1 x Electric model car
1 x Water wheel module
1 x Box
1 x AV-Module
1 x Power Module
1 x Silicone tube 12 mm
1 x Test lead black 25 cm
1 x Test lead red 25 cm
1 x Test lead black 50 cm
1 x Test lead red 50 cm
1 x Reversible Fuel cell
1 x Padding universal wind
1 x Insert NewEnergy Kit
1 x Layout diagram New Energy Kit
1 x Instruction for use of finger protector
1 x Info sheet initial startup
2 x Lid for tray

Contact Science Lab for your Educational School Science Lab Equipments. We are best school educational lab equipments manufacturers, school lab equipment export, school lab equipment exporter, school lab equipment manufacturer, school lab equipment manufacturers, school lab equipment manufacturers in india.

Solar-New Energy Minikit is the optimal beginner package for the topic of renewable energies.
The experimental system is specifically adapted for young students in Elementary School and playfully provides an understanding of the topics photovoltaic, wind power, hydro power, electric mobility and fuel cells.

Technical Specifications :
List of components :
1 x Solar module 0.5 V, 840 mA
1 x Solar module 1.5 V, 280 mA
1 x Motor module without gear
1 x Color discs - Set 1
1 x Solar cell cover set (4 pieces)
1 x Solar module 2.5 V, 420 mA
1 x Lighting module
1 x Buzzer module
1 x Light bulb module
1 x Capacitor module 5.0F/5.4V
1 x LED-module 2mA, red
1 x Solar-Wind rotor set
1 x Wind machine
1 x Wind rotor set (assemblied)
1 x Wind turbine module
1 x Base unit small
1 x Hand generator
1 x Distilled water (100 ml)
1 x Electric model car
1 x Water wheel module
1 x Box
1 x Silicone tube 12 mm
1 x Test lead black 50 cm
1 x Test lead red 50 cm
1 x Reversible Fuel cell
1 x Padding universal wind
1 x Insert NewEnergy Kit
1 x Layout diagram New Energy Minikit
1 x Instruction for use of finger protector
1 x Info sheet initial startup
2 x Short-circuit plug
2 x Lid for tray

The Solar-New Energy Ready-to-go is specifically adapted for young students in Primary and Junior High School and provides by qualitative and quantitative experiments an understanding of the topics photovoltaic, wind power, hydro power, electric mobility and fuel cells. 
Like the other products of the Ready-to-go line, the Solar-New Energy Ready-to-go amazes with its flexible and location-independent usability that doesn’t require any additional equipment.
With the enclosed Smart Control components, an innovative measuring and control system is available and all necessary accessories like power supply, cables and measuring devices are already included.

Experiments Primary level :
From muscular strength to current...to light
From muscular strength to current...to motion
From muscular strength to current...to Noise
The solar cell drives a motor
The solar module powers a buzzer
The wind turbine powers a buzzer
The wind turbine powers a LED
Influence of the wind direction
Influence of the rotor blade shape
Influence of the wind speed
The solar module powers a LED
The larger the solar cell, the ...?
The solar module powers a LED
From the solar cell to the solar module
Shading of solar modules
The water wheel powers a buzzer
Influence of the water falling height
Storage of solar energy
Storage of wind energy
What is an Elektrolyzer?
How can water be split?
What is a fuel cell?
The fuel cell drives the motor
The fuel cell powers the buzzer
Energy demand of several consumers
Comparison of light bulb and LED
Storage and output of energy...EMobility

Experiments Secondary level :
Forms of energy and consumers
Basic structure: rotation discs
Color qualities
Mixing colors
Color-deception with the Benham-disk
Characteristic curve of the electrolyzer
Characteristic curve of the fuel cell
Relief-disk
Dependence of power of a solar cell on its area
Dependence of solar cell power on angle of incidence of light (qualitative)
Dependence of solar cell power on angle of incidence of light (quantitative)
Dependence of power of a solar cell on the illumination intensity
Dependence of solar cell power on load
The I-V-characteristics and filling factor of a solar cell
Dependence of I-V-characteristics of a solar cell on illuminance
Influence of changing wind speeds (qualitative)
Influence of wind speed on the wind turbine (quantitative)
Start-up wind speed at a wind turbine
Changing the turbine voltage by connecting several consumers
Characteristic curves of a wind turbine
Influence of the number of rotor blades (qualitative)
Influence of the number of rotor blades (quantitative)
Influence of the wind direction (qualitative)
Influence of the wind direction (quantitative)
Influence of the rotor blade pitch (qualitative)
Influence of the rotor blade pitch (quantitative)
Influence of the blade shape (qualitative)
Influence of the rotor blade shape (quantitative)
Influence of the water falling height (qualitative)
Influence of the water falling height (quantitative)
Water as an energy source (qualitative)
Water as an energy source (quantitative)
What does an electrolyzer?
What does a fuel cell?
Operation of the electric car with the reversible fuel cell

Technical Specifications :
Components:
1x Solar module 0.5 V, 840 mA
1x Solar module 1.5 V, 280 mA
1x Solar-Base unit Large
1x Lighting module
1x Potentiometer module
1x Buzzer module
1x Light bulb module
1x Motor module without gear
1x Color discs - Set 1
1x Solar cell cover set (4 pieces)
1x Wind rotor set (assemblied)
1x Wind turbine module
1x Solar-Base unit small
1x Hand generator
1x Distilled water (100 ml)
1x Electric model car
1x Water wheel module
1x AV-Module
1x Solar module 2.5 V, 420 mA
1x Capacitor module 5.0F/5.4V
1x LED-module 2mA, red
1x Solar-Wind rotor set
1x Wind machine
1x Power Module
1x Silicone tube 12 mm
1x Test lead black 25 cm
1x Test lead red 25 cm
1x Test lead red 50 cm
1x Reversible Fuel cell
1x Insert New Energy
1x Instruction for use of finger protector
1x Case New Energy
1x Info sheet initial startup
1x Layout diagram Solar-New Energy
1x Deckelschaum mit Noppen
2x Test lead black 50 cm
2x Short-circuit plug

What is a solar cell and what is a solar panel? 
What can be powered with a solar cell?
How should you align the solar cell to the sun?
These questions and many more can be answered using Solar-PV Basic.
For using this product you additionally need the Solar-Minikit Basic in primary school and the Solar-Kit Basic in Junior High School, each of which contains all necessary accessories.
All experiments are designed in a qualitative way and are specifically adapted for young students in Elementary School as well as Junior High School.

Technical Specifications :
List of components :
1 x Solar module 0.5 V, 840 mA
1 x Solar module 1.5 V, 280 mA
1 x Lighting module
1 x Solar cell cover set (4 pieces)
1 x Carton
1 x Insert PV Basic
1 x Buzzer module
1 x Motor module without gear
1 x Color discs - Set 1
1 x Layout diagram PV Basic
1 x Info sheet initial startup

Extras needed:
1 x Solar-Minikit Basic
1 x Solar-Kit Basic

Contact Science Lab for your Educational School Science Lab Equipments. We are best school science equipments suppliers, school science kits, school science lab equipment exporter, school science lab equipment manufacturer, school science lab equipment supplier, school science lab equipment suppliers.

Correlating school physics with practical usage of the photovoltaic cells is a specialty of this system.
The Solar lighting module (included) is required only for a few experiments - which can be operated with a student's power supply.
The system has been conceived in such a way that most experiments can be conducted in normal room lighting. 
An external power supply is not necessary for these experiments. 

Technical Specifications :
List of components:
3 x Solar module 0.5 V, 420 mA
1 x Solar module 0.5 V, 840 mA
1 x Solar module 1.5 V, 280 mA
1 x Solar-Base unit Large
1 x Lighting module
1 x Motor module without gear
1 x Color discs - Set 1
1 x Solar cell cover set (4 pieces)
1 x Color filters
1 x Box
1 x Capacitor module 220 mF, 2.5V
1 x Diode module
1 x Resistor module
1 x Potentiometer module
1 x Gear motor module
1 x Buzzer module
1 x Vacuum-padding Solar-experiment top, black
2 x Vacuum-padding Solar-experiment below, black
1 x Lid for tray
1 x Layout diagram PV Large
1 x Info sheet initial startup

Extras needed :
1 x AV-Module
1 x Power Module
2 x Test lead black 25 cm
2 x Test lead red 25 cm
1 x Laboratory thermometer

Nowadays, a comprehensive understanding of photovoltaics is necessary for a variety of professions in the fields of renewable energies. 
For the relevant studies and courses of education, Solar-PV Professional offers the optimal tools for practical courses. 
The spectrum of experiments reaches from the physical fundamentals of photovoltaics, to the analysis of the components of PV-Systems, up to the design of complex PV-Systems on a laboratory scale.
The experiments are designed to be equally employed for training of sales representatives, for apprenticeship, in-service training of technicians and PV-installers, as well as form basic education of engineers. 
Solar-PV Professional offers experiments for both electrical engineering and photovoltaics. 
But the main focus is on laboratory experiments on photovoltaic systems. 
Due to the modular setup, the very detailed specific characteristics of single components can be analyzed, such as the switching threshold of series or shunt regulators. 
Because of the integrated manual mode, the included MPP tracker enables a descriptive understanding of the really important principle of the MPP tracking. 
With the help of the PWM regulator the principle of pulse width modulated charging can be demonstrated. 
A radio, which can be powered to the solar panel, helps to increase the attentiveness of students.
In addition, an inverter displays the generation of alternating current out of a solar panel current. 
The product is completed through a variety of different electrical consumers such as a super bright LED or a light bulb, which can be used to compare their efficiency. 

Electrical engineering basic experiments :
Measurement of voltage current, and power Ohm's law
Parallel connection of resistors (current divider)
Series connection of resistors (voltage divider)

Photovoltaic basic experiments :
Characteristic curve of solar modules
Dark characteristic curve of solar cells
Dependence of the I-V-characteristics of solar cells on level of illumination
Dependence of the I-V-characteristics of solar cells on temperature
Series and parallel connection of solar cells
Power dependence on the surface area of the solar cell
Power dependence on the angle of incidence
Power dependence on level of illumination
Power dependence on level of illumination under load
Internal resistance dependence on level of illumination
Shading effect on solar cells
I-V-characteristics, MPP and fill factor of solar cells
I-V-characteristics of partly shaded solar modules
Temperature coefficient of solar cells

Photovoltaic system experiments :
Components of an off-grid system
Possible operating conditions of off-grid systems
Comparison of PWM- and series regulator
Load characteristic of PWM regulators
Characteristics of a MPP tracker
Working principle of shunt and series regulators
Working principle of deep discharge protection
Working principle of a MPP tracker
Working principle of an inverter
Determination of the output voltage progression at an inverter

Technical Specifications :
Components:
1x Solar module 5.33 V, 370 mA
3x Solar module 0.5 V, 420 mA
1x Diode module Pro
1x Potentiometer module Pro
1x Shunt regulator module Pro
1x Motor module Pro
1x Light bulb module Pro
1x Solar-base unit Professional
1x LED module (high brightness) Pro
1x Deep discharge protection module Pro
1x Series regulator module Pro
1x Capacitor module Pro
1x Radio module Pro
1x DC/ AC-Inverter Pro
1x MPP-Tracker Pro
1x PWM regulator Pro
4x Safety test lead, 25cm, red
3x Safety test lead, 25cm, black
2x Safety test lead, 50cm, red
1x Safety test lead, 50cm, black
3x Safety short-circuit plug, with mid socket
1x Resistor plug element 33 Ohm
3x Resistor plug element 100 Ohm
2x Resistor plug element 10 Ohm
3x Solar module 0.5 V, 840 mA
2x Resistor module (triple) Pro
3x Lighting module (with safety sockets)
1x Base for solar panel
2x AV-Module
1x Power Module
1x Solar cell cover set (4 pieces)
1x Propeller
1x Aluminium case PV Professional
1x Insert PV Professional
1x Lamp housing
1x Illuminant 80W
1x Layout diagram 1118 PV Professional
1x Info sheet initial startup

Contact Science Lab for your Educational School Science Lab Equipments. We are best school science lab equipments suppliers in india, school science lab instruments, school science lab instruments exporter, school science lab instruments manufacturer, school scientific equipments, science educational equipment.