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The DC energy monitor was needed to measure the output of two wind turbines I helped build over the last two years: The North Wales wind turbine built on a week long workshop organised by myself, V3 Power and [https://web.archive.org/web/20160305215348/http://dyfodol.org/ Dyfodol] (formerly the WYFSD), and the [https://cardiffwind.blogspot.com/ wind turbine] built as a training project with the Cardiff branch of Engineers Without Borders. Both wind turbine are [http://scoraigwind.com/ Hugh Piggott] designed 12V DC machines. They can produce up to around 500W of power. | The DC energy monitor was needed to measure the output of two wind turbines I helped build over the last two years: The North Wales wind turbine built on a week long workshop organised by myself, V3 Power and [https://web.archive.org/web/20160305215348/http://dyfodol.org/ Dyfodol] (formerly the WYFSD), and the [https://cardiffwind.blogspot.com/ wind turbine] built as a training project with the Cardiff branch of Engineers Without Borders. Both wind turbine are [http://scoraigwind.com/ Hugh Piggott] designed 12V DC machines. They can produce up to around 500W of power. | ||
The DC energy monitor was connected up between the wind turbine and the battery, the wind blew, and the results can be seen in the graph of output power. | The DC energy monitor was connected up between the wind turbine and the battery, the wind blew, and the results can be seen in the graph of output power. Hiting 500W was very exiting! | ||
== Contact == | == Contact == |