Air CooLED and Self Humidification Hydrogen Fuel Cell System

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Unit unit

Supply Capability:: 500 Units Per Year unit/month

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EOS series PEM fuel cells offer you a practical solution on zero emission power generation. It is a upgraded version of PhyX series fuel cells. The unique technology can ensure fuel cells' more stable operation in atrocious weather and working environment.

EOS-5000 fuel cell system is a highly integrated fuel cell system with compact design, who includes: fuel cell stack, fans, IC board and electromagnetive valve. 3000W is a suitable power for the mobile applications, for instance PC, motorcycle and backup power system.

Products characters:

1. Light weight and compact design: more than 50% weight saved against conventional fuel cells;

2. Low noise: 60dB.

3. Simple system and high reliability: more than 70% accessories are saved against conventional fuel cells.

4. Quick startup, good dynamic performance: 90% time is saved to start a fuel cell.

5. Excellent environment adaptability: It could be operated and stored in sub zero degree without any external power to warm.

6. Simple control and communication policy

Q: 1949 1965 1956 1986: 1964, they held 22 gallons and were built by Firestone.

Q: by this fuel cell? (use Emc^2): E mc^2 1.10x10^-11kg*(3.00x10^8m/s)^2 9.9x10^5J

Q: I got bored and decided to make a fuel cell(lol). i do not have the finances to purchase platinum and i do not know where i can purchase PEM.: overall performance isn't rather plenty the variety of vehicle used. A van will for particular carry greater effective products than a bike and the activity ought to be achieved precise and immediately. determining to purchase an workers time is a ingredient in overall performance and the money needs to be generated from someplace. The carbon footprint extends to how the income is generated to pay the fees. i does not adventure happy working for a company that presented me with a bicycle to furnish guard heavy products in a busy city centre. that's 2010 now not 1910.

Q: i need to answer this question for a project and cant find it on the internet just like the other question about fuel cells i posted. please help me out. thank you :-D: Energy density. Imagine that you have a fuel cell that can put out 5 kilowatts of energy. This is enough to make a really fast car, or to power a small house. If your 5 kilowatt fuel cell is as large as a house, well -- it's not going to be used in any cars, right? If your 5 kilowatt fuel cell is the size of a microwave oven, then it will be practical to use them for all sorts of things. Also, fuel. Many fuel cells use hydrogen and oxygen. These are pretty bad choices, since we can't just get liquid hydrogen and liquid oxygen delivered to our door. The chemicals are very hazardous. You probably know that oxygen helps things burn. With enough oxygen, you can set steel on fire. I've done this: it's pretty cool. But if every house has liquid oxygen, then suddenly small, routine house fires will become terrible disasters. If someone could figure out how to make fuel cells run on better fuels (safer fuels, fuels that are easier for people to buy), that would also help out a lot.

Q: I understand that the lower grille is usually used to increase aerodynamics, but, on a car that has a hydrogen fuel cell, would an upper grille (like the main grille) be necessary like it is on petrol-powered vehicles?: Petrol engines get very hot. They are air cooled through a heat exchanger that we commonly call a radiator. A hydrogen fuel cell car is essentially an electric car that gets its electricity through a hydrogen fuel cell. Fuel cells can run warm and could use some climate control. They typically also use some oxygen from the air but both of these situations could be handled in a number of alternative ways. So not necessarily.

Q: If fuel cell cars started using natural gas what would happen?: The price of natural gas would increase.

Q: I was wondering if Honda has made public the cost of their fuel cells for their FCX? There has been a lot of chatter about the cost of these cells ranging from about that of a gasoline to 10x the cost. Anyone have a link that says for sure? I know they are just leasing the cars now, but I wonder if there is a cost estimate for what they would cost if there were selling them.: We can only go by what similar cars were projected to cost. One rumor mill had a hollywood star buying one for over $100,000. Honda won't say either, why should they? Toyota has a Fuel Cell car for lease in Japan, see below. I can't believe the cost, it says $7,684 / month. I have to believe that may be per year. As for the fuel, Honda will sell or lease a Hydrogen generator for your house. It will be connected to your natural gas supply. So your car will not pollute going down the road, it will pollute while being filled at your house. The cost per mile will be about the same as with a Toyota Corolla or Honda Civic, so there is no savings.

Q: how do they work? Can you compact them to fit and run a mid-sized to large SUV or bus?would it be efficient?Are hydrogen cell cars more effective than an iodine fuel cell car would be?what does Iodine run off of, and is it self sustaining? Please, no stupid answers: How do they work, not very well. Compact, not at present and not efficient. A metallic hydride fueled car is considerably more effective than an iodine car. Iodine fuel runs off of oxidation which presents considerable environmental problems. Self-sustaining, no; there is no large source of free iodine available.

Q: If I were to take 1kilowatt of electrical energyuse it to produce hydrogen from water through electrolysisthen run the hydrogen through a fuel cell to get electricity, how many watts of electricity would I get at the end?If I burned the hydrogen, would I get an equivalent amount of heat as if I had used the electricity in a resistive heater?if you burn hydrogen, what is the waste product? co2?if you run it through a fuel cell, is the waste product pure water? (hydrogen combined with oxygen from the air)thank you: H2O is a greenhouse gasoline, however the ambience can in basic terms carry lots. there is no shrink to how lots CO2 or CH4 the ambience can carry. nicely of course the gasoline cellular desires gasoline. however the with gasoline cellular it extremely is theoretically extra powerful by using fact electrical energy is being generated on the instant, fairly of coming up warmth and being converted to electrical energy. Who says H2 production for organic gasoline is messy? basically run the organic gasoline by extremely warm water and it extremely is extraordinarily lots computerized. Who says the H2 distribution has to have great expenditures? Why no longer in basic terms use organic gasoline, such as you already stated? Who says those expenditures ought to be paid for via the federal government? it will be as much as the utility businesses to run their businesses. actual, the best thought I ever observed grow to be to generate the hydrogen at powerplants at nighttime (while electrical energy call for is decrease) and deliver it by vacuum insulated pipes as a cryogenic liquid. interior this liquid our capability grid ought to be superconducting cables. So we might circulate to a hydrogen economic equipment and we might very much advance the performance of the capability grid. i might love for a capability utility to attempt that someplace and notice if it extremely is nicely unquestionably worth the hardship or no longer.

Q: how does a hydrogen fuel cell work more specifically, how does the anode difuse the hydrogen atom into protons and electronsplz don't use wikipedia i found something there, but it isn't any use: okorder

To impact our industry, our society and our planet with our greatest effort to develop green technology, PEARL commits efforts to being a low-cost solution expert in the hydrogen energy industry. PEARL hopes to cooperate with men of insight to promote the development of hydrogen energy economy and to bring you a zero-emission environment and a bright future.

1. Manufacturer Overview

Location	Shanghai,China (Mainland)
Year Established	2006
Annual Output Value	US$1 Million - US$2.5 Million
Main Markets	North America; Southeast Asia; Western Europe
Company Certifications	CE Certificate; ISO9001:2008

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Export Percentage	61% - 70%
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