Solar Wind Large

This system provides you with all the answers you need concerning the basics of using wind energy. The study of how wind speed, wind direction or rotor type influences the power output are only some examples of possible experiments. Both qualitative experiments for students from age of 11 to 13, and complete quantitative trials for physics lessons until the age of 19 are described in detail. With the help of curriculum-based trials, it discusses different topics which are necessary for understanding the functions of wind power plants.

Specification :

A particular benefit of this system, over other ‘green energy’ teaching tools, is the way that the different modules are interoperable. Between them they can be used to tailor teaching from basic principles for primary school children, right through to training industry technicians.

The excellent module of ‘Measurements without Meters’ not only provides a simple and fun visual reference for younger students but also teaches the physics of light and optics. At the other end of the spectrum students can learn how to design and build professional off-grid systems, using the correct modules, investigating topics such as charge regulators and deep discharge protection.

Although the modules are interoperable with each other, a series of kits has been carefully devised to cover specific topics at key levels, accompanied with relevant worksheets and experimental guides to make teaching easier. These kits are designed to guide students to their own conclusions, through investigation and experimentation. They then apply these conclusions to the wider world, while encouraging students to be conscious of greener ways to use and produce energy.

This system provides you with all the answers you need concerning the basics of using wind energy. The study of how wind speed, wind direction or rotor type influences the power output are only some examples of possible experiments. Both qualitative experiments for students from age of 11 to 13, and complete quantitative trials for physics lessons until the age of 19 are described in detail. With the help of curriculum-based trials, it discusses different topics which are necessary for understanding the functions of wind power plants.

Specification :

A particular benefit of this system, over other ‘green energy’ teaching tools, is the way that the different modules are interoperable. Between them they can be used to tailor teaching from basic principles for primary school children, right through to training industry technicians.

The excellent module of ‘Measurements without Meters’ not only provides a simple and fun visual reference for younger students but also teaches the physics of light and optics. At the other end of the spectrum students can learn how to design and build professional off-grid systems, using the correct modules, investigating topics such as charge regulators and deep discharge protection.

Although the modules are interoperable with each other, a series of kits has been carefully devised to cover specific topics at key levels, accompanied with relevant worksheets and experimental guides to make teaching easier. These kits are designed to guide students to their own conclusions, through investigation and experimentation. They then apply these conclusions to the wider world, while encouraging students to be conscious of greener ways to use and produce energy.

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