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: How do fuel cells work. What are the costs. What are location reqirments and limitation. What are the amounts of energy that it can greate and what are the general advantages and disadvantages: Fuel cells are basically chemical compounds in a container that carry the potential to give electricity. Once they are triggered, eg a circuit is completed, they give off or provide electricity for as long as the fuel or chemical compound lasts. An example is a car battery. Advantages 1) they are portable 2) do not give emmissions 3) Are silent. Disadvantages 1) expensive 2) heavy 3) give limited electricity 4) may be hazardous so disposal of exhausted fuel cell can be enviromental issue.

Q: What are the main types of fuel cells?: (AFC, operating temperature of 100 ℃), solid polymer type proton membrane fuel cell (PEMFC, also known as proton membrane fuel cell, operating temperature of 100 ℃ or less) and phosphoric acid Type fuel cell (PAFC, operating temperature of 200 ℃) known as low-temperature fuel cell.

Q: 4How much electricity (in kWh) would be needed to produce the hydrogen to power a hydrogen-fuel cell car for the same total vehicle km as one litre of petrol can power a typical conventional car? Assume:a.39 kWh of electricity are required to generate 1 kg of hydrogen in an electrolyserb.The energy content of hydrogen is 143 MJ/kgc.The energy efficiency of the fuel cells used is 55%, and that of the electric motors 85%d.The energy content of unleaded petrol is 34.2 MJ/litree.The conventional petrol car has an energy efficiency of 28%.: man are you way off. a 1 Kg of H2 contains exactly 33.1789 Kw-hr lower heating value of energy (from webBook.nist ). To make 1 Kg of H2 you will input 85 Kw-hr of electricity. Look up lower heating value and upper heating value, I don't have time to teach you everything. B, that is the upper heating value, why are you switching energy units, to confuse us and produce magic? lower heating value is 119.444 MJ/kg C the conversion rate of 55% is based on upper or lower heating value. Since a fuel cell CANNOT recover the upper heating value, your 55% is on lower heating value. D another slight of hand. The 34.2 in the lower heating value for gasoline. Lets keep it simple. The highest efficency H2 production units built require 1 BTU of natural gas to get .5 BTU of H2, thats 50% efficency. Multiply by .5 * .55 * .85 23.375% you A assumption is wrong, but lets go with that 39 kWh 140 MJ and you say in b, there are 143 MJ, wow, a 102% efficient system, that alone will save the world. Any way, 1.02 * .55 * .85 is a 48 % efficient system So you need 28/48 of the energy as a gasoline car would need. or 34.2 * 28/48 or 20.08 MJ which is 5.556 kW-hr. In real world, it will take about 12.5 kw-hr to replace 1 liter. In the US, 12.5 Kw-hr costs about $1.85 and a liter of gasoline costs about $.50, I'd rather use gasoline.

Q: Fuel cell technology being developed by several automakers, namely Honda and Chevy, is a non-combustion form of energy unlike liquid hydrogen which essentially uses the same engine structure as conventional cars. This require liquid hydrogen to be kept in the vehicle at 420 degrees below zero which is costly. In fuel cells, hydrogen based cells are kept on stacks. A hydrogen - oxygen reaction creates electricity that powers the car. The fuel cells are refilled with the hydrogen chemical.: hydrogen fuel cells operate more efficiently than hydrogen internal combustion engines, and you don't have to store the hydrogen at liquid temperature. you can get a good range without using liquid hydrogen (at least in 10 years you can).

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?: A regular gasoline will not be benefited by using hydrogen. The engine has to be designed and the computer has to be tuned for it. Hydrogen that cars run from comes from water. Since water is 2 parts hydrogen and 1 part oxygen, a process called electrolysis extracts the hydrogen from the water.

Q: Im doing a project in science and i need to answer some questions on hydrogen fuel cells and i cant find the answers for themthe questions are-where it comes from?-is this a cost effective resource?-is it environmentally friendly?and thats allanswer if u know any of these plz!! thanks: 1. Hydrogen comes from either from steam reforming natural gas (this is used most) or the electrolysis of water. 2. Steam reforming is far more cost effective than electrolysing water. 3. Steam reforming isn't too good because it uses methane which is a fossil fuel and water is only if you get a clean source of electricity

Q: hey ppl i need 2 kno wat happns after da hydrogen n water r separated.???plz plz help.very urgent.: hydrogen oxygen gas is formed

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: help pls.: hydrogen gas cells may might want for use to get the overall public of our transportation power from because we desire to get faraway from carbon depending fuels altogether. Even recycling carbon to make it impartial isn't adequate. There are hurdles to triumph over yet John W is somewhat faulty or no longer properly adequate recommended. vehicles and vans that run on hydrogen gas cells have tanks that bypass from 5000 to 10 thousand bar and honda has made tremendous strides in generating a sedan that receives three hundred miles to the fill up. Even the fee of manufacturing hydrogen is way low-priced at this element despite the indisputable fact that the fee of manufacturing the vehicle remains previous maximum peoples capacity. yet as with something else, as call for rises, production will advance and expenditures of production are decreased.

Q: Basically I know you can get a small current by making a hydrogen fuel cell with a glass jar filled with water, and some coils of wire. Of course its a tiny bit more complex then that, but you get the idea. I was wondering if you could create enough electricity to light a single LED light bulb with one of these tiny fuel cells?: A proper made hydrogen fuel cell has 0.7V . One single cell could not light up a WHITE LED that requires at least 3V.

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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