Fuel Cell

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Pieces pc

Supply Capability:: 30 Pieces Per Month pc/month

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Specifications

*fuel cells are upgraded version fuel cell of PhyX series with better perfromance in stability and durability.

*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

2. Low noise

3. Simple system and high reliability

4. Quick startup, good dynamic performance

5. Excellent environment adaptability;

6.Simple control and communication policy.

Packaging & Delivery

Delivery Detail:within 10 days

Q: What is the difference between a generator and a fuel cell?: With advances in technology, batteries refer to small devices that generate electricity. From here, the battery has two main characteristics: 1. rely on their own to provide electricity; 2. to produce electricity by chemical means.

Q: Eventually, you will be able to receive a 1 month hydrogen supply for your HFCV in the mailbox. Eventually, all electric cars will get their energy from solar panels.: Highly unlikely. Unless you live in a 365 day sunlight environment, the solar panel car is (literally) a non starter. It would need backup systems - either batteries (charged from high CO2 sources), or a petrol motor. The fuel cell is the only way forward. Solar cell / battery technology in my view are technological dead ends for powering vehicles.

Q: I have a project on hydrogen fuel cells and read that they use them in american space crafts. But i was wondering where does the water go and what happens to it?: Liquid water makes excellent radiation shielding for spacecraft, as well as being drinkable. Depending on the fuel cell, the exhaust may emerge hot, and can therefore be used to heat the spacecraft, or vented to aid in cooling.

Q: Help pleaseSomeday, cars may be powered by clean H2/O2 fuel cells and electric motors. Under standard conditions, such a fuel cell can develop 1.229 volts. If the oxygen is obtained from air (at P0.21 bar), what pressure of H2 would be required to develop 1.214 volts from the cell at 25 C?: This is actually electrochemistry, and is a pretty weird question. First use the Nernst equation. EcellE*cell-0.0592/n*logQ; after plugging in the numbers you have listed above and using 4 as n (the number of electrons), you get: 1.2141.229-0.0148*log(1/x^2*0.21); you may want to check your numbers and reverse the Ecell values to get a positive result. From this point, just solve for x.

Q: What are the disadvantages of fuel cells?: Due to the strict sealing requirements, making the fuel cell engine manufacturing process is very complex, and to use and maintain a lot of difficulties.

Q: How are these cars operated also how can I tell if it is hydrogen operated in terms of design and how to fill up?: the most efficient way to use hydrogen as fuel in an automobile is to use a hydrogen fuel cell the hydrogen and oxygen are passed through a cell where there is a PEM (proton exchange membrane) the hydrogen loses an electron and combines with the oxygen to produce water. The electron travels down a wire to drive an electric motor, charge a capacitor or charge an electric battery. The car is essentially an electric car beyond this point. The real expense comes with the PEM; Currently the only catalyst effective in hydrogen fuel cells is Platinum. As you can imagine even a thin layer of platinum on the multiple membranes required to make a fuel cell big enough to power an automobile add up to a BIG chunk of change. The cheapest way is to just burn it like you would gasoline. Hydrogen is flammable, so you can burn it in much the same way you would burn gasoline, the biggest pitfall here is storage, and the fact that you will still have carbon monoxide, carbon dioxide and other exhaust gasses that you have now. Another major pitfall for hydrogen vehicles is storage, and refill of hydrogen. Since it is a compressed gas, you cannot just drop a spout in and refill a container like you can with a liquid fuel. The gas would atomize and evaporate way too fast.

Q: I went offroading the other day and had the sunglasses in my jacket chest inside pocket, I guess the side arm broke off and got lost going over bumps. I'm just wondering if I can send them in and pay a fee for them to replace them? Thanks: Unfortunately not. They'll ask you to purchase another frame. Sorry to be the bearer of bad news. Fuel cells have been around for a bit, so you can pick up used/discontinued pairs for cheap. HTH D

Q: Hello. I have to make an essay about this topic for tomorrow. I have tried to find the answer on the internet but it's far too complicated for me. I'm 13. Could anyone please explain it to me in a simply? I'm kind of stressing out a little. I'll give 5 stars to the best answer. Oh, and if you could also please define the main characteristics o each one. Thank you very much!: Fuel cells are used in hydrogen cars and hybrids run of of two energy sources. Like Gas and Electricity.

Q: I need a definition about fuel cell it's operation.Also explain about installing fuel cell in vehicle.: Most hydrogen cars use proton exchange membrane (PEM) fuel cells arranged in fuel cell stacks. These fuel cells take in compressed hydrogen and oxygen from the air and create electricity to drive the electric motors of a hydrogen car. Hydrogen is channeled through the anode side of the fuel cell, while oxygen is channel through the cathode side. At the anode side, the catalyst, which is usually platinum, causes the hydrogen to split into protons and electrons. The PEM membrane only allows the protons (positively charged ions) to pass through to the cathode. The electrons (negatively charged ions) pass along an external route to the cathode, which creates an electrical current. At the cathode, the hydrogen protons, electrons and oxygen unite to form water, which flows out the fuel cell as the only byproduct. A fuel cell in some hydrogen cars is installed underneath the hood while in other cars it’s underneath the floor panel in a “sandwich” design. Since the hydrogen is already compressed no compressor is needed for this, but most cars have a compressor to blow air (oxygen) through the fuel cell. Electricity from the fuel cell goes to one of the electric driver motors which may be one, two or four for all-wheel drive depending upon how the vehicle is configured.

Q: I just don't get this guy. The whole idea behind fuel cell vehicles was a zero emission vehicle with the range of a gasoline car. Yet Obama in another one of his grand schemes killed the federal funding for it. Honda and BMW build fuel cell cars. They don't pollute, and they have great range on hydrogen fuel. Most hydrogen produced today is used to remove sulfer from oil so it is not so hard on the environment.What doesn't Obama get?: Energy Secretary Steven Chu said the government prefers to target more immediate energy-saving solutions. The probability of deploying hydrogen fuel cell vehicles in the next 10 to 20 years is low, Energy Department spokesman Tom Welch said in an interview.

The company has the intellectual property rights and key technology on several projects such as: hydrogen scale producing, photo catalysis environmental cleaning, solar cell of new generation, low-cost proton exchange membrane fuel cell (PEMFC), low-cost and high efficiency LED white light illuminator. .

1. Manufacturer Overview

Location	Jiangsu,China (Mainland)
Year Established	2011
Annual Output Value	US$5 Million - US$10 Million
Main Markets	30.00% South America 20.00% Western Europe 20.00% Eastern Europe 10.00% North America 10.00% Southeast Asia 10.00% Africa
Company Certifications	ISO 9001:2000

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3. Manufacturer Capability

a) Trade Capacity
Nearest Port	Shanghai
Export Percentage	71% - 80%
No.of Employees in Trade Department	3-5 People
Language Spoken:	English, Chinese, Japanese, Arabic, French, Russian
b) Factory Information
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