Operational temperature of HHO generators

The quality of ‘cool’ HHO is much better and it contains less undesirable components, such as water vapour. This results in better economy gains.

Cool operating generators require less maintenance and have a much longer service life.

When HHO generators become hot, they consume more electricity, which in turn causes the generator to continue getting hotter and conduct even more electricity.

This undesirable condition is called “Thermal Runaway”. It will inevitably boil the water in the system and stop hydrogen production

To prevent this problem, every HHO installation requires a current controller.

A CCPWM – Constant Current Pulse Width Modulator is necessary to provide a fixed, stable supply of current to the hydrogen generator.

A correctly selected generator of proper design, size and rating is also essential for the system to be effective.

Read more:

How to select correct equipment

Hydrogen current controller

PWM hydrogen current controller explained

Amount of hydrogen required per size of the engine

How to convert engines to use hydrogen as primary fuel

What happens when too much hydrogen is supplied to an engine

How to calculate maximum Hydrogen output

Buy current controller

Summary
Operational temperature of HHO generators
Article Name
Operational temperature of HHO generators
Description
When HHO generators become hot, they consume more electricity, which in turn causes the generator to continue getting hotter and conduct even more electricity. This undesirable condition is called “Thermal Runaway”. It will inevitably boil the water in the system and stop HHO production Every HHO installation requires a current controller. A CCPWM (Constant Current Pulse Width Modulator) is necessary to provide a fixed, stable supply of current to the generator. A correctly selected generator of proper design, size and rating is also essential for the system to be effective.
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Better Fuel Technology
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