The entire process of producing biofuel is demonstrated with Solar-Biofuel Ready-to-go in the form of student experiments. 
The suitcase contains all necessary parts and components and can be used from any location. 
The first step is resource selection and fermentation. 
The resulting mash is then distilled with the custom-built Solar-condensor and the resulting ethanol will be characterized. 
Solar-BioFuel Ready-to-go does not only cover bio ethanol production but also the generation of biodiesel through transesterification of fats.
Lastly, the produced bio fuel needs to be converted into usable energy - for example into electricity with the provided ethanol fuel cell. 

Experiments :
Part 1: Biodiesel production Transesterification from fat to Biodiesel (FAME) Determination of fat parameters Extraction of fats from foods and oil plants
Part 2: Alcohol fermentation Production of a mash/ alcoholic fermentation Fermentation of different sugar types (including catalytic splitting of starch) Proof of fermentation gases
Part 3: Distillation and production of Bioethanol Distillation of mash Characteristics of the produced Ethanol
Part 4: Ethanol fuels Introduction Ethanol fuel cell I-V curve of Ethanol fuel cells Dependency of Ethanol fuel cells on concentration and temperature Energy balance of the whole process.

Technical Specifications :
Components :
1x Potentiometer module
1x Motor module without gear
1x Solar ethanol fuel cell module
1x Plug with hose
1x Yeast
1x Chain clamp
2x Digital multimeter
1x Propeller
1x Laboratory thermometer
1x Distilling head, 2 cores 75°, NS 19/26
1x Condenser
1x Alcoholmeter
1x Erlenmeyer flask 1000 ml
1x Airlock
1x Rubber stopper
3x Test lead black 25 cm
2x Test lead red 25 cm
4x Bumpon transparent 5,0 mm height X 11,1mm diameter
1x Areometer
1x Beaker 250 ml
3x Test tubes
1x Grip stopper
3x Pasteuer pipette
1x Measuring cylinder 100ml
1x Syringe 2ml
1x Silicone ring
1x Info sheet initial startup
1x Insert Bio Fuel
1x Universal stand clamp
1x Stand rod 60cm
2x Double clamp
1x Stand base plate
1x Aluminium case Bio Fuel
1x Einräumplan Bio Fuel Ready-to-go

Extras needed :
1x Supplementary BioFuel
1x Bunsen burner

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Extension box with accessories for Bio Fuel Large. 
Airshipments without Bunsen Burner.
No chemicals including.

Technical Specifications
Components:
1 x Chain clamp
1 x Universal stand clamp
1 x Stand base plate
1 x Bunsen burner
1 x Stand rod 60cm
1 x AV-Module
2 x Double clamp
2 x Test lead black 25 cm
2 x Test lead red 25 cm

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With Solar-EMobility Basic the students experience electric mobility close to the action.
The electric model car can rush through the classroom with the supercapacitor or can be powered by the solar module directly from the sun.
Based on illustrative experiments the kit imparts the basic knowledge about those topics.
Combined with Solar-H2 Basic a fuel cell car can be built. 
Thus, Solar-EMobility Basic combines storage technologies and an electric vehicle in one experimental kit.
For using this product you additionally need the Solar-Mini kit Basic in primary school and the Solar-Kit Basic in Junior High School, each of which contains all necessary accessories. 

Technical Specifications :
List of components :
1 x Solar module 2.5 V, 420 mA
1 x Insert EMobility basic
1 x Layout diagram EMobility Basic
1 x Info sheet initial startup
1 x Capacitor module 5.0F/5.4V
1 x Electric model car
1 x Carton

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

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This product teaches students the physical and technical foundations and applications of different battery technologies.
The highly-topical issue of electric mobility is explored with an electric model car.
Dimensioning and application of different battery types are just as much a topic as life expectancy or charging methods.
The characteristics of various battery types are analyzed with qualitative and quantitative experiments. 
Considering the storage problems with renewable energies, these topical issues should find their way into the curriculum.
The product is expandable with a Lithium-Polymer and a lead battery module.

Technical Specifications :
List of components:
1 x Potentiometer module 110 Ohm Pro
1 x Battery module NiMH 3xAAA Pro
1 x Capacitor module Pro
1 x Box
1 x Distilled water (100 ml)
1 x Resistor plug element 100 Ohm
1 x NiZn-battery AAA
1 x Reversible Fuel cell
1 x Info sheet initial startup
1 x Solar-Base unit EMobility
1 x Resistor module (triple) Pro
1 x Resistor plug element 1 Ohm
2 x Resistor plug element 10 Ohm
1 x Battery module holder 1xAAA Pro
1 x Electric model car
1 x LiFePo-battery AAA
1 x Lid for tray
1 x Insert 4E Energiespeicherbox
1 x Einräumplan EMobility Large
1 x NiMH battery AAA

Extras needed:
1 x AV-Module
1 x Test lead red 50 cm
1 x Test lead black 25 cm
1 x Test lead red 25 cm
1 x Test lead black 50 cm
1 x Charger Module
1 x Digital multimete

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This product teaches the physical and technical foundations and applications of different battery technologies. 
Eight different battery types like lithium-polymer battery, capacitor or fuel cell allow for the study of characteristics like lifespan and charging methods. 
Qualitative and quantitative experiments are used to explore the properties of various battery types. 
The electric car can be run with all included storage types.
With the integreted Charger Module batteries are always ready to use and battery charging methods can be addressed in experiments. 
Like the other products of the Ready-to-go line, the Solar-EMobility Ready-to-go amazes with its flexible and location-independent usability that doesn’t require any additional equipment.

Experiments :
Ohm's law
Series connection of ohmic resistances
Parallel connection of ohmic resistances
Temperature-dependent behavior of the lithium-polymer cell
The charging process of a capacitor
The discharge process of a capacitor
I-V characteristics of the single NiMH battery module
I-V characteristics of the NiZn battery module
I-V characteristics of the LiFePo battery module
I-V characteristics of the lead battery module
I-V charachteristics of the lithium-polymer battery module
I-V characteristics of the triple NiMH battery module
The charging process of the NiMH battery
The charging process of the NiZn battery
The charging process of the LiFePo battery
The charging process of the lead battery
The charging process of the lithium-polymer battery
The discharging process of a battery module
Nominal voltage and capacity of voltage sources
Four-terminal sensing Internal resistance of voltage sources
Series connection of voltage sources
The capacitance of a battery module
The energy density of battery modules
The Ri efficiency of a battery module
The total efficiency of a battery module
Hydrogen production in the reversible hydrogen fuel cell
Characteristic curve of the electrolyzer
Hydrogen consumption of a fuel cell Characteristic curve of the fuel cell
The efficiency of the hydrogen fuel cell
Operation of the electric car with several battery modules
Operation of the electric car with the reversible fuel cell

Technical Specifications :
Components:
1x Battery module NiMH 3xAAA Pro
1x Capacitor module Pro
1x Resistor module (triple) Pro
1x Resistor plug element 1 Ohm
1x Resistor plug element 100 Ohm
2x Resistor plug element 10 Ohm
1x Lithium-polymer (LiPo)-battery module
1x Battery module holder 1xAAA Pro
1x Lead (Pb) -battery module Pro
1x Electric model car
1x LiFePo-battery AAA
1x NiZn-battery AAA
2x Test lead black 25 cm
2x Test lead red 25 cm
1x Solar-Base unit EMobility
1x Koffer
1x Potentiometer module 110 Ohm Pro
1x Distilled water (100 ml)
1x Charger Module
1x AV-Module
1x Insert EMobility
1x Info sheet initial startup
1x Reversible Fuel cell
1x Einräumplan EMobility Ready-to-go
1x NiMH battery AAA
1x Deckelschaum mit Noppen

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Solar-H2 Ready-to-go offers the entire spectrum of current fuel cell technology for the classroom. 
This product was completely reworked and now contains the newest fuel cells for educational purposes. 
Solar module, electrolyzer, and fuel cell permit the assembling and examination of a solar-hydrogen cycle. 
Beside the PEM-fuel cell, it also contains an ethanol-fuel cell in order to compare the different technologies. 
H2 Charger and H2 Storage allow for the easy generation and storage of hydrogen. 
Working principles, efficiency and characteristics curves of electrolyzer and fuel cell are just some of the topics covered. 
True to the traditions of the Ready-to-go series all ancillary equipment is already included in the robust aluminum suitcase.

Experiments :
What does an electrolyzer do?
Characteristics of an electrolyzer
Characteristics of a PEM-Fuel cell
Characteristics of an Ethanol-Fuel cell
Faraday and energy efficiency of the electrolyser
Faraday and energy efficiency of the PEM-fuel cell
Hydrogen production with the H2 Charger
Hydrogen storage with the H2 Storage technology
Parallel- and series connection of PEM-fuel cells
Set up of an electrolyzer and the different fuel cells

Technical Specifications :
Components:
1x Solar-Base unit Large
1x Potentiometer module
1x Motor module without gear
1x Solar module 2.5 V, 420 mA
1x H2 Charger
1x H2 Storage
1x Gas storage module
1x Electrolyzer module 2.0
1x Solar ethanol fuel cell module
1x Koffer
1x Test lead black 50 cm
1x Test lead red 50 cm
1x Valve for H2 Storage
1x Insert H2 Ready-to-go
1x Info sheet initial startup
1x  Layout diagram H2 Ready-to-go 2.0
0,15x L2-02-048 Silicone tube 2 mm
1x Propeller
1x Lamp with table clamp
2x Digital multimeter
2x Test lead black 25 cm
2x Test lead red 25 cm
3x PEM-Fuel cell module

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Solar-Hydropower Basic is the optimal beginner package for the topic of hydroelectricpower.
With the Pelton turbine and the attached hose qualitative and quantitative experiments can be carried out in the classroom but also outdoors. 
By playful experiments, students learn the basic characteristics of a hydropower plant.
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.

Technical Specifications :
List of components :
1 x Layout diagram Hydropower Basic
1 x Silicone tube 12 mm
1 x Info sheet initial startup
1 x Buzzer module
1 x Water wheel module
1 x Carton
1 x Insert Hydropower Basic

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

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A foundation in reality enjoys, as with all Solar products, a high priority. 
Besides qualitative experiments as introduction into the topic hydropower usage for junior high school students,
this experimenting kit offers fundamental quantitative experiments on the physics of water turbines. 
Solar-Hydropower Ready-to-go is therefore equipped with different types of turbines - from a simple water wheel to a modern, highly efficient Pelton turbine.

Technical Specifications :
List of components:
1 x Water turbine casing
1 x Turbines set
1 x Manometer set 2 bar
1 x Manometer set 4 bar
1 x Intake connector
1 x Flow set 4 mm
1 x Flow set 8 mm
1 x Flow set 12 mm
1 x Aluminium case
1 x Induction generator 12 fold
1 x Wassermengenzähler
2 x Schlauchschelle
1 x Info sheet initial startup
1 x Einräumplan Hydropower Ready-to-go
0,2 x Gewebeschlauch 12/18mm
1 x Test lead black 50 cm
1 x Test lead red 50 cm
1 x Test lead black 25 cm
1 x Test lead red 25 cm
1 x AV-Module
1 x Light bulb module
1 x LED-module 2mA, red
1 x Buzzer module
1 x Motor module without gear
1 x Solar-Base unit Large
1 x Resistor module
1 x Flow box
1 x Color discs - Set 1
1 x Connection set
1 x Schlauchschelle mit Drehkopf und Sechskantschraube, Edelstahl
1 x Auffang-Box 6 L
1 x Einlage HydroPower

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