Lol ...
Just a question, you seem to say that the oil is not at all suitable for non-compression burners? Or is it the annex system of oil stoves that did not like your treatment ... Because better combustion of the product, with heat recovery on a small stirling (unfortunately very expensive for the moment, not less than 10000 XNUMX € due to low productions ...), me it tries to assemble well !? But considering the price, if you tell me more that it works badly ...: [
Otherwise for the idea of resuming the car engine, you go on the idea of heating hot water and electricity with accumulation for the day, right?
On the one hand, the insulation of the balloon makes accumulation, on the other it is the batteries.
If the hot water is no longer sufficient, the engine is restarted and the batteries are recharged incidentally.
If the batteries are no longer sufficient, we also relaunch and incidentally recharge the accumulation tank.
The problem is that when the batteries are fully charged, if there is still need of water, it is necessary to dissipate the additional electric energy ... The opposite problem does not arise because we can allow ourselves to exceed a temperature set point of 65 ° C to reach up to 90 ° safely in many balloons ...
To use the additional electrical energy, there are some devices at home which can do it without flinching and with a more or less good interest:
- the fridge and freezer, which can drop slightly below their low set temperature, and thus allow the electricity used to be "stored" in the form of frigories.
- the water levers sometimes installed, for a well (in isolated site I hear), or for rainwater.
- swimming pool pumps.
- an additional resistance hot water tank !?
Otherwise, to avoid the batteries, there are flywheels, but I still don't know what the real purchase price is, and how much autonomy it really has:
https://www.econologie.com/forums/futur-du-s ... t5838.html