Do HHO Generator Car Kit Really Work?

Fuel consumption is maximized under low torque engine conditions up to 3000 RPM. Cars use much more fuel when they are on city roads because they start too often. At this stage, gasoline combustion is insufficient, engine response is delayed, and power is lacking.(Extended reading: The relationship between the displacement, horsepower, power and torque of a car)

Engine Fuel Economy Analysis
Engine Fuel Economy Analysis

If the right amount of hydrogen is introduced at this stage, efficient and complete combustion of fuel can be promoted in a short period of time to improve the efficiency of fuel combustion, thus the above problems can be solved.

For gasoline engine and Diesel engine, the ideal air-fuel ratio is difficult to achieve, because the working conditions are always changing, so the hydrogen is used to improve the fuel combustion efficiency.

Hydrogen is 12 times more diffuse than gasoline, and flames travel eight times faster. If the right amount of hydrogen is introduced into the intake of the engine, it makes a great contribution to the complete combustion of the fuel injected into the engine in a very short combustion time.

It can not only effectively solve the problem of low fuel combustion efficiency when the car starts and accelerates, improve the fuel combustion efficiency, but also reduce the harmful exhaust emissions.

High-precision computer background algorithms have been used in the SENZA on-board hydrogen equipment. According to the high-precision computer control data, it can accurately read the injection time, ignition time and shift time of the engine, and can control the ignition of trace hydrogen in the engine power at the most accurate time, so as to fully burn the fuel in the engine as much as possible. It can use the lowest power to produce hydrogen, can make the engine thermal efficiency to get the biggest improvement, so as to save fuel consumption, improve the starting power and reduce the role of tail gas emissions.

Effect of hydroxy (HHO) gas addition on performance and exhaust emissions in compression ignition engines

The method of the immediate hydrogen production and immediate use has been adopted, which can achieve no storage, no modification of the engine’s original vehicle system to ensure that the product does not cause any harm to the vehicle and personnel. Water is the source of hydrogen, and clean hydrogen and oxygen can be obtained by electrolysis of pure water.

The product can realize the function of pure water electrolysis to produce hydrogen, and eliminate any additives and chemical reagents, the only consumption is pure water. The hydrogen enters with the air from the engine intake without any modifications to the vehicle system.

An appropriate amount of hydrogen and air are introduced into the engine to assist combustion, and the high-precision computer background algorithm is matched. After the hydrogen amount is combined with the driving habits of the driver, the optimal timing of fuel injection ignition and transmission shift is identified, so that the fuel combustion efficiency of the engine can be maximized, so as to achieve energy saving and emission reduction at the same time let fuel cars have the effect of electric car driving experience.

At present, there are three main ways to produce hydrogen by electrolysis of water: alkaline hydrolysation, solid oxide hydrolysation and PEM(proton exchange membrane) hydrolysation.

Advantages and Disadvantages

Alkaline hydrogen generator

Advantages

  • 1.Low cost of materials: Alkaline electrolyzers use inexpensive and readily available materials, reducing the overall cost of the generator.
  • 2.High tolerance for impurities: Alkaline electrolyzers can operate effectively even in the presence of impurities in the feedstock, such as sulfur and carbon dioxide.
  • 3.High hydrogen production capacity: Alkaline electrolyzers can produce large amounts of hydrogen gas, making them suitable for industrial applications.

Disadvantages

  • 1.Low efficiency: Alkaline electrolyzers have lower efficiency compared to PEM electrolyzers.
  • 2.High corrosion potential: The alkaline solution used can cause corrosion of the generator components, leading to reduced lifespan and increased maintenance costs.
  • 3.Limited operating temperature range: Alkaline electrolyzers have a limited operating temperature range, which can affect their performance in extreme temperatures.

PEM hydrogen generator

Advantages

  • 1.High efficiency: PEM electrolyzers have a high efficiency rate, typically between 70-80%.
  • 2.Fast response time: PEM electrolyzers have a fast response time, allowing them to quickly adjust to changes in demand for hydrogen.
  • 3.Compact size: PEM electrolyzers are relatively small and compact, making them suitable for use in confined spaces or where space is at a premium.
  • 4.Low operating temperature: PEM electrolyzers operate at relatively low temperatures compared to other electrolysis technologies, typically between 5-80°C, leading to lower operating costs.

Disadvantages

  • 1.High capital costs: PEM electrolyzers can be expensive to purchase and install.
  • 2.Limited hydrogen production capacity: PEM electrolyzers have a limited hydrogen production capacity, making them unsuitable for large-scale hydrogen production applications.
  • 3.Dependence on platinum: PEM electrolyzers require a platinum-based catalyst to function, which can be expensive and can lead to a loss of efficiency over time.

Actual Test Results

Customer test results

Below are the test results from our customer, who tested a 2010 Toyota Land Cruiser equipped with a 4.5L twin-turbo diesel V8 engine. Three tests were conducted.

1.With a trailer attached, fuel consumption decreased from 11.05 L/h to 8.5 L/h;

first test
test

2.Fuel consumption for a 100 km trip back home with the trailer was 7.2 L;

second test
test

3.On the highway without towing anything and maintaining a speed of 110 km/h for two hours, average fuel consumption was 5.3 L/h.

test
test

These results demonstrate the product’s effectiveness in reducing fuel consumption. With a 23% reduction in fuel consumption while towing, the product lived up to its claims and met my expectations.

Own test results

Below are our own test results, conducted with a FAW Jiefang heavy-duty semi-trailer truck, with a displacement of 11.05 liters and 460 horsepower. We performed the test over the same distance, on the same route, and with the same driver for a 150KM journey. We also conducted three tests.

Firts test

We don’t install anything. Let the truck run 150.9KM
Average MPG : 33.5L/100KM
Consumption : 50.9L
Mileage : 150.9KM

truck first test
truck first test

Second test

We installed the senza hydrogen truck kit. and then ran the truck for the same distance.
Average MPG : 27.8L/100KM
Consumption : 42.0L
Mileage : 150.6KM

second test
second test

Test results

Average MPG :

First : 33.5L/100KM
Second : 27.8L/100KM

Consumption :

First : 50.9L
Second : 42L

Fuel economy improved by 17.1%
After our many tests, we found that the trucks using the hydrogen truck kit can improve the fuel economy by 10%-18%.

Hydrogen truck kit being installed
Hydrogen truck kit being installed

FAQ

With this hho generator kit in the car, you can get 15% fuel save and 20% power increase.

With this kit in the vehicle, The amount of hydrogen production is fixed, according to the change of the engine intake air amount, we have the microchip to adjust the ECU data like fuel injection timing and spark timing, this make the hydrogen most efficient.

This kit generate the water into hydrogen and oxygen, hydrogen is very helpful to make the fuel burn completely in the engine, so it can save fuel and increase the engine power.

We don’t use catalyst, we use PEM technology, so we use distilled water only, no chemical catalyst.Most of the HHO car kits on the market now use NaOH or KOH as a catalyst,and that is corrosive to the engine.And their efficiency is very low.What is pem and how is it different from traditional electrolyzers.

What we do is to inject the hydrogen into the air intake with the air, to make fuel burn completely, so it can make 15% fuel save and 20% power increase on the vehicle.

But other manufactures said that can make fuel savings 50% and increase power to 35%.

You can buy it and test it , so you can find if it really work. That is impossible to make 50% fuel save, i just telling the truth, sir.There is a limit to the improved performance. The 25% fuel saving and 25% power improvement are close to the limit. If you want to improve the performance, the price is too high and it is not worth it.

No the price exceeds a lot to the selling there here in my country, ONE like that me ofreces me what sold in 480 usd.

The hydrogen kit need a microchip to adjust the ECU data, only with that the hydrogen can work efficiently. So our kit is constitute by the generator and the microchip.

Do the kit that 480 usd also have the microchip?

A lot of videos at YouTube show that is useless for the hho only on the vehicle, because when adding hydrogen to the engine, the ECU need to be adjusted, but most of the sellers on the internet do not have the microchip to adjust the ECU, so the price of their kit is lower.

We don’t use catalyst, we use PEM technology, so we use distilled water only, no chemical catalyst.

Our kit always be good working, because of the PEM generator and the microchip program. I am just telling the truth, sir.

I just know that the power taken from alternator normally doesn’t make the set up efficient, so was looking at a mix of your parts and mine.

Our kits using the 3.5V and 13A electric power taken from alternator, less than 50W, so it will not increase the alternator’s load line. the hydrogen will make the fuel burn completely, and we also have the microchip program to control the engine parameter. So it can make 15% fuel save and 20% power increase.

The kit from other manufacturers is using 12V and 15A electric power, and have no microchip program, so it will increase the alternator’s load line.

Is it possible to inject hydrogen into the combustion chamber instead of the air intake system.

If inject hydrogen into the combustion chamber, it will be dangerous to the engine. We inject the hydrogen into the air intake, and have the microchip program to adjust the ECU data, that will be more effective.

How can I get this  HHO generator car kit?

Contact us and tell us the information of your car. Like: 2015 BMW X5 gas 3.0 turbo V6. We will custom the HHO generator car kit and microchip program for you.

HHO Generator Car Kit

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