Chinese name: Introduction of hydrogen-assisted power saving device, device function, supporting principle, device principle, device advantages, installation method, energy utilization and industry application. Hydrogen-assisted power saving device is the physical principle of generating brown gas (hydrogen and oxygen) by electrolysis of pure water, and is suitable for internal combustion engines such as cars, buses, trucks, construction machinery and ships that use gasoline or diesel as fuel. The mixed combustion of gasoline and diesel with hydrogen and oxygen forms hybrid power, thus reducing the consumption of automobile gasoline and diesel, improving automobile power, increasing fuel economy and reducing the emission of automobile exhaust pollutants. Based on the principle of 1789, Jan-Rudolf-DeMan and Adrian-Pais-Van Serusvik used electrostatic devices to generate electricity, and gold electrodes electrolyzed the water in the Leyden bottle into gas. /kloc-in 0/800, alessandro volta invented the voltaic cell, and a few weeks later, William Nixon and Anthony Carlisle used it to electrolyze water. After Gram invented DC generator in 1869, electrolyzed water gradually attracted people's attention and became a cheap hydrogen production method. At the beginning of 1970, Professor Yule Brown invented the explosion-proof mixed gas of hydrogen and oxygen produced by water electrolysis, which is called Brown gas today. Finally, a safe and environment-friendly Brown gas generator was successfully developed, and the first generation of Brown gas generator was developed. The principle of Brown gas is to generate hydrogen-oxygen mixture by electrolysis of water under the action of alkaline catalyst. Electrolytic equation: 2H 2 O= (electrification) 2H 2 ↑+O 2 ↑ There is an urgent need to develop new energy sources in today's world, because the energy used, such as oil, natural gas, coal, liquefied petroleum gas, etc., are non-renewable resources, and the earth's stock is limited, so human survival can not be separated from energy sources at any time, so we must find new energy sources. Hydrogen is such a new type of secondary energy that people expect when there is a crisis of non-renewable energy, and it is also recognized as a clean energy in the world. It is pollution-free and can be recycled after burning. In the 20th century, China, the United States, Japan, Canada and the European Union all made plans for the development of hydrogen energy, which strongly supported all aspects of the development of hydrogen energy. At present, hydrogen fuel cells, hydrogen-powered vehicles and hydrogen-powered auxiliary energy-saving devices are all adaptations of hydrogen energy technology in the automotive field. Hydrogen is at the top of the periodic table, and its atomic number is 1. It is gaseous at normal temperature and pressure, and liquid at ultra-low temperature and high pressure. The following are the characteristics of hydrogen energy: light weight: in the standard state, the density is 0.0899g/l, and it can become liquid at -252.7℃. If the pressure increases to several hundred atmospheres, liquid hydrogen can become metallic hydrogen. Good thermal conductivity: it is 10 times higher than most gases. Recyclable: The only waste discharged by cars using hydrogen energy is water, so hydrogen can be decomposed and recycled again. High calorific value: except nuclear fuel, the calorific value of hydrogen is the highest among all fossil fuels, chemical fuels and biofuels, which are 142 and 35 1kJ/kg respectively, which is three times that of gasoline. Good combustion performance: fast ignition, wide combustible range when mixed with air, high ignition point, fast combustion speed and no toxicity; Compared with other fuels, hydrogen is the cleanest when burned, and will not produce pollutants harmful to the environment, such as carbon monoxide, carbon dioxide, hydrocarbons, lead compounds, dust particles and radiation. The water produced by combustion can continue to produce hydrogen and be recycled. The product water is non-corrosive and has no damage to the equipment. Convenient transportation: hydrogen can reduce the self-weight of fuel, increase the effective load of vehicles and reduce the transportation cost. Considering the overall benefit, the total social benefit is superior to other energy sources. Reduce the greenhouse effect: replacing fossil fuels with hydrogen can minimize the greenhouse effect. The principle of hydrogen-assisted power economizer is a new generation of automobile energy-saving and environmental protection products independently developed by Yuan Bo Hengsheng Company. Obtained many patents of inventions and utility models in China National Intellectual Property Administration, and it is the only fuel-saving and emission-reduction product with hydrogen energy as auxiliary power. And passed the testing and certification of provincial national authoritative testing institutions. Hydrogen-assisted power saving device is to electrolyze the water in the product into hydrogen and oxygen by using the power supply of the automobile, which are introduced into the air inlet of the engine through the gas pipeline after filtration and collection, and then enter the combustion chamber together with air to burn with gasoline and diesel oil, so as to achieve the purposes of saving fuel, removing carbon deposits, improving power and reducing the emission of harmful pollutants in tail gas. Consumers can add purified water as needed during use, which is convenient and simple. Advantages of the device: fuel saving: measured, fuel saving 10%-25%, improved fuel economy, reduced emissions: CO, HC, NO decreased by more than 50%, green travel, low carbon and environmental protection, improved engine power11%-kloc-0/8%. Protective equipment: prolong the service life of oxygen sensor, three-way catalyst and engine. It is widely used: it is suitable for all kinds of engines that use gasoline or diesel as fuel. Safe and reliable: oxyhydrogen gas can be used with production, without storage, without pressure, safe and easy to use; No modification is needed, the installation is simple, and the automation work is economical: only "water" is consumed, and the installation method is 1. To ensure the safety of you and your vehicle, please reinstall this product. 2. In order to ensure the normal operation of this product, please horizontally place this product in a suitable position in the car and fix it. 3. Lead the wires (red power cord, blue power cord and green control cord) and gas pipes of this product into the engine compartment from the equipment placement position through the bottom of the vehicle or inside the vehicle. 4. Please connect the red wire to the positive electrode (+) of the automobile battery, the blue wire to the negative electrode (-) of the automobile battery or the nearest ground wire, connect the green control wire to the automobile starting circuit, and insert the air pipe into the air filter. 5. After confirming the above installation steps, please connect and tighten the wire quick connector with the equipment docking interface. The flashing of the equipment indicator light indicates normal operation. 6. After the installation is completed, start the vehicle normally. It is recommended to keep the engine running at 3000-4000 rpm for 5-8 minutes to remove the original carbon deposit of the engine. Energy Utilization Hydrogen Energy Vehicle: It is a vehicle driven by hydrogen fuel as the main energy. Ordinary internal combustion engines usually use gasoline or diesel, while hydrogen-powered vehicles use gaseous hydrogen. Hydrogen fuel cell: when hydrogen is input into the fuel cell, the fuel cell and the motor will replace the general automobile engine, that is, the electrons of hydrogen atoms are blocked by the proton exchange membrane and conducted from the negative electrode to the positive electrode through the external circuit, becoming an electric energy-driven motor; Protons can be discharged through proton exchange membrane and oxidized into pure water mist. Hydrogen auxiliary power energy-saving device: it is a necessary connecting product for the development of existing ordinary gasoline and diesel vehicles to hydrogen energy vehicles. Mixing hydrogen and oxygen gas with gasoline and diesel oil is a new generation of revolutionary products, which can improve the combustion efficiency of automobile internal combustion engine, make fuel burn fully, reduce the emission of exhaust pollutants, alleviate the crisis of non-renewable energy, and conform to the call of national environmental protection and energy saving. H2+O2+ gasoline and diesel = The mechanical efficiency of the new generation hybrid power industry directly determines the fuel consumption of automobiles. Generally speaking, the mechanical efficiency of automobile engines is 25%-40%, and more than 60% of heat energy is taken away by cooling water and exhaust gas, which wastes energy and pollutes the environment. Therefore, improving mechanical efficiency, that is, improving fuel combustion efficiency and reducing internal energy loss in the form of heat, is an important method to reduce fuel consumption. The reactivity of hydrogen in Brown gas is much lower than that of gasoline. Under the same working conditions, the mixing reaction speed of Brown gas and air is much faster than that of gasoline and air. For example, at 20℃, a container contains 507.6mol of hydrogen-gasoline-air mixture (14.72kg), in which hydrogen accounts for 0.5mol( 1g) and gasoline vapor. At this time, the molar concentration of hydrogen is about three times that of gasoline, and the diffusion speed of hydrogen is about 1 1.8 times that of gasoline vapor. It shows that after adding a small amount of Brown gas (hydrogen and oxygen) to gasoline, the spark plug is likely to meet the hydrogen group in Brown gas, which shortens the ignition delay, broadens the ignition limit, improves the combustion speed and improves the stability of the engine. If you want to improve fuel combustion efficiency and save fuel, the most direct method is oxygen-enriched combustion (turbocharging technology). Under the condition of oxygen-enriched combustion, additional available fuel (hydrogen fuel) is added. Due to the disadvantages of hydrogen and oxygen carried by automobiles, such as increasing weight, occupying space, being flammable and explosive, needing to replenish hydrogen frequently, and increasing the use cost of oxygen, the advent of hydrogen-assisted power energy-saving device broke through the bottleneck, filled the gap in the industry, optimized and upgraded the traditional Brownian generator principle, and realized a simple, portable and long-life design, so that hydrogen and oxygen (Brownian gas) were produced with the start and stop of automobile engines. Pressure-free operation, safety and reliability, and a number of safety protection measures have achieved the purpose of improving automobile fuel combustion efficiency, saving fuel and reducing emissions.