EN Applied Sciences: Renewable Energy

TESS advanced — complete experiment sets for students Set 1 – Fundamental principles of the conversion of energy and of regenerative energy sources TESS Renewable Energy EN 1, 31 experiments concerning the conversion and storage of energy

Set 2 – Quantitative experiments for advanced learners

13287-88

(incl. wind-hydrogen/solar-hydrogen technology)

TESS Renewable Energy EN 2, 22 advanced experiments incl. wind-hydrogen and solar-hydrogen systems

13288-88

Demo advanced — complete sets for demonstration purposes Set 1 — Demo advanced Renewable Energy ENT 1, 17 demonstration experiments

09492-88

Set 2 — Demo advanced Renewable Energy ENT 2, 17 demonstration experiments

09493-88

Renewable energy – for education, for our future!

PHYWE Renewable energy –

for your classes PHYWE offers a wide range of products and solution systems covering the topic of renewable energy and you can rely on “quality made in Germany”.

Convince yourself!

Mobile Demo Lab Mobile platform for the execution of demonstration experiments during science classes Mobile laboratory for demonstration experiments with a magnetic board

02190-93

Cobra4 wireless — extension set for data acquisition

As a special feature for the year of sustainable energy, PHYWE offers the attractive

Set for the “International Year of Sustainable Energy”

Extension set for experiments on the magnetic board: electrical characteristics, power, work, force, temperature, pressure; in aluminium case Cobra4 wireless extension set

12608-88

ntage ual to the individ

15% price adva

compared components

The set comprises: TESS Renewable Energy Set 1 and Set 2, Cobra 4 wireless extension set for data acquisition, and interTESS DVD Renewable Energy TESS Set International Year of Sustainable Energy

Fundamental principles Thermal and electrical conductivity of metals

P2350200

Thermal conductivity of gases

P3010701

Heat capacity of metals

P2330111

Heat capacity of gases

P2320201

Equation of state for ideal gases

P2320115

Characteristic curves of semiconductors

P2410915

Temperature dependence of different resistors and diodes

P2410401

Hall effect in p- and n-germanium

P2530111

Transformer

P2440100

Determination of the heating value of fuel oil and of the calorific value of olive oil

P3021701

Determination of the enthalpy of combustion with a bomb calorimeter

P3021401

Nernst equation

P3060901

Temperature dependence of the electromotive force

P3061201

13288-66

Order online now at www.phywe.com

Heat Heat insulation/heat conduction

P2360300

Electric compression heat pump

P2360200

Peltier heat pump

P2410800

Semiconductor thermogenerator

P2410700

Stirling motor

P2360415

Solar energy Stefan-Boltzmann’s law of radiation

P2350101

Solar ray collector

P2360100

Characteristic curves of a solar cell

P2410901

Information, supply, and service – everything from a single source.

Do you have questions regarding our products or do you need advice? Our team would be glad to be of assistance. Call us free of charge on Tel. +49 551 604 - 0

or send us an e-mail to info@phywe.de

Faraday’s law

P2411200

Determination of the heat of formation of water

P3021501

Characteristic curve and efficiency of a PEM fuel cell and of a PEM electrolyser

P2411100

PHYWE Systeme GmbH & Co. KG Robert-Bosch-Breite 10 37079 Göttingen / Germany

Applied Sciences

Topics Conversion of energy Storage of energy Solar thermal energy Photovoltaics Thermal energy Wind energy Hydro power Ambient heat Hydrogen technology

00270-02

Hydrogen technology

© 01/2012 - Copyright by PHYWE Systeme GmbH & Co. KG. Subject to change without notice. Errors and omissions excepted

TESS expert — higher-level experiments

P. +49 (0) 551 604 - 0 F. +49 (0) 551 604 - 107 info@phywe.com www.phywe.com

www.phywe.com

Applied S ­ ciences

Renewable energy in the classroom – learning and teaching made easy

Early practice – experiments for schools

In these times of a global increase in energy demand, growing scarcity of fossil and nuclear fuels, and hazards for humans and the environment that are caused by the utilisation of these fuels, the sustainable use of renewable sources of energy is becoming increasingly important, in research as well as in everyday life.

Student experiments

Understanding the concept of renewable energy The topic of renewable energy has found its way into classrooms all over the world. Topics such as the conversion, storage, and sustainable use of clean sources of energy have become an integral part of teaching at schools, vocational education institutions, and universities.

This year, the United Nations also put their focus on this topic by declaring the year 2012 as the “International Year of Sustainable Energy for All”.

PHYWE offers numerous products and clear and true-to-reality experiments on the highest didactic level concerning the topic of renewable energy. Complete experiment sets with detailed experiment descriptions are supplemented by computer-based data acquisition and the e-learning software interTESS – for fascinating and diversified lessons.

The topics are adapted to the relevant framework curricula and syllabi: n Conversion n Storage

of energy

TESS advanced

The TESS advanced experiments “Renewable Energy” enables students to perform more than 50 experiments on their own. Set 1 offers an introduction into the topic with experiments concerning the conversion and storage of wind, water, solar, and thermal energy. In addition, set 2 covers wind-hydrogen and solar-hydrogen systems.

Experiments for experts –

university level

Demonstration experiments

Demo advanced

Adapted to the TESS student sets, experiments concerning the same topics can also be performed on the magnetic board in a clearly visible way for all students. 34 experiments are covered in two extensive demonstration sets.

energy

n Ambient

heat

Stirling engine, computer-based Learning objective: first and second law of thermodynamics ▪ reversible cycles ▪ isochoric and isothermal change of state ▪ efficiency ▪ Stirling engine ▪ conversion of heat ▪ heat pump Tasks: determination of thermal efficiency ▪ determination of work and mechanical power ▪ calibration of a sensor

n Photovoltaics n Solar

thermal energy

n Wind

energy

n Hydro

power

TESS expert - your advantages

n Hydrogen

technology

▪ sophisticated experiments

interTESS

▪ components suitable for universal use ▪ clearly structured documentation with learning objectives and tasks

interTESS software for the intuitive and autonomous performance of experiments with state-ofthe-art media!

▪ step-by-step set-up instructions Characteristic curve and efficiency of a PEM electrolyser

Hydrogen technology

Cobra4 wireless

Conversion of wind energy into electric energy

Modern and up to date – the majority of the demonstration experiments are performed with the Cobra4 measurement data recording system for reasons of simplification and better visibility for the students.

▪ presentation of the theoretical background ▪ reproducible results ▪ computer-based data acquisition for numerous experiments

Computer-based measurement data recording

Applied Sciences

expert

We can offer you more than 25 higher-level TESS expert experiments covering the field of renewable energy for advanced courses on secondary school level, laboratory courses, and university courses – from the fundamental principles up to applications in science and technology. The detailed and requirement-based experiment descriptions include all necessary informations and, thereby, guide the students safely through the execution and evaluation of the experiments.

of energy

n Thermal

TESS

Cobra4 Sensor-Unit Energy – specially designed for experiments in the field of renewable energy

iment d of the exper Free downloa e.com at www.phyw descriptions

www.phywe.com

Renewable energy in the classroom – learning and teaching made easy

Early practice – experiments for schools

In these times of a global increase in energy demand, growing scarcity of fossil and nuclear fuels, and hazards for humans and the environment that are caused by the utilisation of these fuels, the sustainable use of renewable sources of energy is becoming increasingly important, in research as well as in everyday life.

Student experiments

Understanding the concept of renewable energy The topic of renewable energy has found its way into classrooms all over the world. Topics such as the conversion, storage, and sustainable use of clean sources of energy have become an integral part of teaching at schools, vocational education institutions, and universities.

This year, the United Nations also put their focus on this topic by declaring the year 2012 as the “International Year of Sustainable Energy for All”.

PHYWE offers numerous products and clear and true-to-reality experiments on the highest didactic level concerning the topic of renewable energy. Complete experiment sets with detailed experiment descriptions are supplemented by computer-based data acquisition and the e-learning software interTESS – for fascinating and diversified lessons.

The topics are adapted to the relevant framework curricula and syllabi: n Conversion n Storage

of energy

TESS advanced

The TESS advanced experiments “Renewable Energy” enables students to perform more than 50 experiments on their own. Set 1 offers an introduction into the topic with experiments concerning the conversion and storage of wind, water, solar, and thermal energy. In addition, set 2 covers wind-hydrogen and solar-hydrogen systems.

Experiments for experts –

university level

Demonstration experiments

Demo advanced

Adapted to the TESS student sets, experiments concerning the same topics can also be performed on the magnetic board in a clearly visible way for all students. 34 experiments are covered in two extensive demonstration sets.

energy

n Ambient

heat

Stirling engine, computer-based Learning objective: first and second law of thermodynamics ▪ reversible cycles ▪ isochoric and isothermal change of state ▪ efficiency ▪ Stirling engine ▪ conversion of heat ▪ heat pump Tasks: determination of thermal efficiency ▪ determination of work and mechanical power ▪ calibration of a sensor

n Photovoltaics n Solar

thermal energy

n Wind

energy

n Hydro

power

TESS expert - your advantages

n Hydrogen

technology

▪ sophisticated experiments

interTESS

▪ components suitable for universal use ▪ clearly structured documentation with learning objectives and tasks

interTESS software for the intuitive and autonomous performance of experiments with state-ofthe-art media!

▪ step-by-step set-up instructions Characteristic curve and efficiency of a PEM electrolyser

Hydrogen technology

Cobra4 wireless

Conversion of wind energy into electric energy

Modern and up to date – the majority of the demonstration experiments are performed with the Cobra4 measurement data recording system for reasons of simplification and better visibility for the students.

▪ presentation of the theoretical background ▪ reproducible results ▪ computer-based data acquisition for numerous experiments

Computer-based measurement data recording

Applied Sciences

expert

We can offer you more than 25 higher-level TESS expert experiments covering the field of renewable energy for advanced courses on secondary school level, laboratory courses, and university courses – from the fundamental principles up to applications in science and technology. The detailed and requirement-based experiment descriptions include all necessary informations and, thereby, guide the students safely through the execution and evaluation of the experiments.

of energy

n Thermal

TESS

Cobra4 Sensor-Unit Energy – specially designed for experiments in the field of renewable energy

iment d of the exper Free downloa e.com at www.phyw descriptions

www.phywe.com

TESS advanced — complete experiment sets for students Set 1 – Fundamental principles of the conversion of energy and of regenerative energy sources TESS Renewable Energy EN 1, 31 experiments concerning the conversion and storage of energy

Set 2 – Quantitative experiments for advanced learners

13287-88

(incl. wind-hydrogen/solar-hydrogen technology)

TESS Renewable Energy EN 2, 22 advanced experiments incl. wind-hydrogen and solar-hydrogen systems

13288-88

Demo advanced — complete sets for demonstration purposes Set 1 — Demo advanced Renewable Energy ENT 1, 17 demonstration experiments

09492-88

Set 2 — Demo advanced Renewable Energy ENT 2, 17 demonstration experiments

09493-88

Renewable energy – for education, for our future!

PHYWE Renewable energy –

for your classes PHYWE offers a wide range of products and solution systems covering the topic of renewable energy and you can rely on “quality made in Germany”.

Convince yourself!

Mobile Demo Lab Mobile platform for the execution of demonstration experiments during science classes Mobile laboratory for demonstration experiments with a magnetic board

02190-93

Cobra4 wireless — extension set for data acquisition

As a special feature for the year of sustainable energy, PHYWE offers the attractive

Set for the “International Year of Sustainable Energy”

Extension set for experiments on the magnetic board: electrical characteristics, power, work, force, temperature, pressure; in aluminium case Cobra4 wireless extension set

12608-88

ntage ual to the individ

15% price adva

compared components

The set comprises: TESS Renewable Energy Set 1 and Set 2, Cobra 4 wireless extension set for data acquisition, and interTESS DVD Renewable Energy TESS Set International Year of Sustainable Energy

Fundamental principles Thermal and electrical conductivity of metals

P2350200

Thermal conductivity of gases

P3010701

Heat capacity of metals

P2330111

Heat capacity of gases

P2320201

Equation of state for ideal gases

P2320115

Characteristic curves of semiconductors

P2410915

Temperature dependence of different resistors and diodes

P2410401

Hall effect in p- and n-germanium

P2530111

Transformer

P2440100

Determination of the heating value of fuel oil and of the calorific value of olive oil

P3021701

Determination of the enthalpy of combustion with a bomb calorimeter

P3021401

Nernst equation

P3060901

Temperature dependence of the electromotive force

P3061201

13288-66

Order online now at www.phywe.com

Heat Heat insulation/heat conduction

P2360300

Electric compression heat pump

P2360200

Peltier heat pump

P2410800

Semiconductor thermogenerator

P2410700

Stirling motor

P2360415

Solar energy Stefan-Boltzmann’s law of radiation

P2350101

Solar ray collector

P2360100

Characteristic curves of a solar cell

P2410901

Information, supply, and service – everything from a single source.

Do you have questions regarding our products or do you need advice? Our team would be glad to be of assistance. Call us free of charge on Tel. +49 551 604 - 0

or send us an e-mail to info@phywe.de

Faraday’s law

P2411200

Determination of the heat of formation of water

P3021501

Characteristic curve and efficiency of a PEM fuel cell and of a PEM electrolyser

P2411100

PHYWE Systeme GmbH & Co. KG Robert-Bosch-Breite 10 37079 Göttingen / Germany

Applied Sciences

Topics Conversion of energy Storage of energy Solar thermal energy Photovoltaics Thermal energy Wind energy Hydro power Ambient heat Hydrogen technology

00270-02

Hydrogen technology

© 01/2012 - Copyright by PHYWE Systeme GmbH & Co. KG. Subject to change without notice. Errors and omissions excepted

TESS expert — higher-level experiments

P. +49 (0) 551 604 - 0 F. +49 (0) 551 604 - 107 info@phywe.com www.phywe.com

www.phywe.com

Applied S ­ ciences

Renewable energy in the classroom – learning and teaching made easy

Early practice – experiments for schools

In these times of a global increase in energy demand, growing scarcity of fossil and nuclear fuels, and hazards for humans and the environment that are caused by the utilisation of these fuels, the sustainable use of renewable sources of energy is becoming increasingly important, in research as well as in everyday life.

Student experiments

Understanding the concept of renewable energy The topic of renewable energy has found its way into classrooms all over the world. Topics such as the conversion, storage, and sustainable use of clean sources of energy have become an integral part of teaching at schools, vocational education institutions, and universities.

This year, the United Nations also put their focus on this topic by declaring the year 2012 as the “International Year of Sustainable Energy for All”.

PHYWE offers numerous products and clear and true-to-reality experiments on the highest didactic level concerning the topic of renewable energy. Complete experiment sets with detailed experiment descriptions are supplemented by computer-based data acquisition and the e-learning software interTESS – for fascinating and diversified lessons.

The topics are adapted to the relevant framework curricula and syllabi: n Conversion n Storage

of energy

TESS advanced

The TESS advanced experiments “Renewable Energy” enables students to perform more than 50 experiments on their own. Set 1 offers an introduction into the topic with experiments concerning the conversion and storage of wind, water, solar, and thermal energy. In addition, set 2 covers wind-hydrogen and solar-hydrogen systems.

Experiments for experts –

university level

Demonstration experiments

Demo advanced

Adapted to the TESS student sets, experiments concerning the same topics can also be performed on the magnetic board in a clearly visible way for all students. 34 experiments are covered in two extensive demonstration sets.

energy

n Ambient

heat

Stirling engine, computer-based Learning objective: first and second law of thermodynamics ▪ reversible cycles ▪ isochoric and isothermal change of state ▪ efficiency ▪ Stirling engine ▪ conversion of heat ▪ heat pump Tasks: determination of thermal efficiency ▪ determination of work and mechanical power ▪ calibration of a sensor

n Photovoltaics n Solar

thermal energy

n Wind

energy

n Hydro

power

TESS expert - your advantages

n Hydrogen

technology

▪ sophisticated experiments

interTESS

▪ components suitable for universal use ▪ clearly structured documentation with learning objectives and tasks

interTESS software for the intuitive and autonomous performance of experiments with state-ofthe-art media!

▪ step-by-step set-up instructions Characteristic curve and efficiency of a PEM electrolyser

Hydrogen technology

Cobra4 wireless

Conversion of wind energy into electric energy

Modern and up to date – the majority of the demonstration experiments are performed with the Cobra4 measurement data recording system for reasons of simplification and better visibility for the students.

▪ presentation of the theoretical background ▪ reproducible results ▪ computer-based data acquisition for numerous experiments

Computer-based measurement data recording

Applied Sciences

expert

We can offer you more than 25 higher-level TESS expert experiments covering the field of renewable energy for advanced courses on secondary school level, laboratory courses, and university courses – from the fundamental principles up to applications in science and technology. The detailed and requirement-based experiment descriptions include all necessary informations and, thereby, guide the students safely through the execution and evaluation of the experiments.

of energy

n Thermal

TESS

Cobra4 Sensor-Unit Energy – specially designed for experiments in the field of renewable energy

iment d of the exper Free downloa e.com at www.phyw descriptions

www.phywe.com

TESS advanced — complete experiment sets for students Set 1 – Fundamental principles of the conversion of energy and of regenerative energy sources TESS Renewable Energy EN 1, 31 experiments concerning the conversion and storage of energy

Set 2 – Quantitative experiments for advanced learners

13287-88

(incl. wind-hydrogen/solar-hydrogen technology)

TESS Renewable Energy EN 2, 22 advanced experiments incl. wind-hydrogen and solar-hydrogen systems

13288-88

Demo advanced — complete sets for demonstration purposes Set 1 — Demo advanced Renewable Energy ENT 1, 17 demonstration experiments

09492-88

Set 2 — Demo advanced Renewable Energy ENT 2, 17 demonstration experiments

09493-88

Renewable energy – for education, for our future!

PHYWE Renewable energy –

for your classes PHYWE offers a wide range of products and solution systems covering the topic of renewable energy and you can rely on “quality made in Germany”.

Convince yourself!

Mobile Demo Lab Mobile platform for the execution of demonstration experiments during science classes Mobile laboratory for demonstration experiments with a magnetic board

02190-93

Cobra4 wireless — extension set for data acquisition

As a special feature for the year of sustainable energy, PHYWE offers the attractive

Set for the “International Year of Sustainable Energy”

Extension set for experiments on the magnetic board: electrical characteristics, power, work, force, temperature, pressure; in aluminium case Cobra4 wireless extension set

12608-88

ntage ual to the individ

15% price adva

compared components

The set comprises: TESS Renewable Energy Set 1 and Set 2, Cobra 4 wireless extension set for data acquisition, and interTESS DVD Renewable Energy TESS Set International Year of Sustainable Energy

Fundamental principles Thermal and electrical conductivity of metals

P2350200

Thermal conductivity of gases

P3010701

Heat capacity of metals

P2330111

Heat capacity of gases

P2320201

Equation of state for ideal gases

P2320115

Characteristic curves of semiconductors

P2410915

Temperature dependence of different resistors and diodes

P2410401

Hall effect in p- and n-germanium

P2530111

Transformer

P2440100

Determination of the heating value of fuel oil and of the calorific value of olive oil

P3021701

Determination of the enthalpy of combustion with a bomb calorimeter

P3021401

Nernst equation

P3060901

Temperature dependence of the electromotive force

P3061201

13288-66

Order online now at www.phywe.com

Heat Heat insulation/heat conduction

P2360300

Electric compression heat pump

P2360200

Peltier heat pump

P2410800

Semiconductor thermogenerator

P2410700

Stirling motor

P2360415

Solar energy Stefan-Boltzmann’s law of radiation

P2350101

Solar ray collector

P2360100

Characteristic curves of a solar cell

P2410901

Information, supply, and service – everything from a single source.

Do you have questions regarding our products or do you need advice? Our team would be glad to be of assistance. Call us free of charge on Tel. +49 551 604 - 0

or send us an e-mail to info@phywe.de

Faraday’s law

P2411200

Determination of the heat of formation of water

P3021501

Characteristic curve and efficiency of a PEM fuel cell and of a PEM electrolyser

P2411100

PHYWE Systeme GmbH & Co. KG Robert-Bosch-Breite 10 37079 Göttingen / Germany

Applied Sciences

Topics Conversion of energy Storage of energy Solar thermal energy Photovoltaics Thermal energy Wind energy Hydro power Ambient heat Hydrogen technology

00270-02

Hydrogen technology

© 01/2012 - Copyright by PHYWE Systeme GmbH & Co. KG. Subject to change without notice. Errors and omissions excepted

TESS expert — higher-level experiments

P. +49 (0) 551 604 - 0 F. +49 (0) 551 604 - 107 info@phywe.com www.phywe.com

www.phywe.com

Applied S ­ ciences