Reactive Heating And Lighting

Here is a quick solution I offer that could help a small room or even common area with very efficient heat and lighting all at less than 1 amp 12 volts DC input trigger.Show more

Using reactive power. I explain a quick built reactive power supply using a common 300 watt 110 volts AC inverter.

The inverter fan does not even start because the load is so low always below 1 amp. We still need to pay for some traditional losses. No free lunch but we can gain efficiency overall.

You can gain more capacitance if you run your caps in parallel as well. But all I had was polarized capacitors and I needed to convert them to non polarized quick and crudely to gain some decent capacitance value on the line. I was also worried about peak voltage ratings as your supposed to use X rated capacitors to handle the transient peaks you may get with reactive power. This arrangement seems to hold well. So I won't fix it if it ain't broken they say!

I was surprised at the heat this generates and the usage of a Bedini to run as a fan to dissipate the heat is great. It allows us to run the fan action in the low milliwatts range as well. So when I say less than 1 amp. I mean everything with the fan (Bedini) as well blowing the heat.

This might be a solution that some where looking for.

Thanks for watching.

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