Universal Racing Car Fuel Cell /Fuel SurgeTank /Fuel Can 40L

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Loading Port:: China Main Port

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Min Order Qty:: 10 Pieces pc

Supply Capability:: 3000 Pieces Per Month pc/month

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Universal Racing Car Fuel Cell

Specifications

a.10L/20L/30L/40L/50L/60/80L for choice

b.With or without sensor for choice

c.Plastic or Aluminum Caps for choice

d.Mirror Polished with good weld

e.Many other types for choice

Packaging & Delivery

Packaging Details:good cartons with inner foam protect.

Delivery Detail:35days

Q: I'm doing a big science assignment and I need to know the cost per kilowatt hour of different energy sources. I'm trying to find the cost in ?/kilowatt of FEUL CELLS and I've been seeing, 5?, 6?, $30/kilowatt hour and I read that some people are trying to reduce the cost from about $10000 to $1000 okay…I'm hoping you can tell me the cost in ?/kilowatt. I'd actually prefer it written as something like, e.g., (4.0 - 5.7 ?/kilowatt). You didn't have to I only really need a good usually average cost. Sorry to make it complicated, lol.: *Once the fuel cell is paid for* the cost may be something like the difference in efficiency: If it costs $50/MW-hr (no cent on my keyboard) for electricity made from coal in a regular power station (30% efficient), then 3/5 that for electricity from a fuel cell that is 50% efficient. *Paying for the fuel cell* means interest rates and capital cost get involved. If interest rates are low, a fuel cell becomes economical because the difference in fuel costs have a long pay-back period to work. If interest rates are high, then the machine (fuel cell or ordinary power station) that costs least is the choice. Maintenance would also be afactor, with fuel cell probably being more reliable, but can be considered like fuel costs. eia.doe /cneaf/electricity may help with specific prices, which will depend on where you live and what kind of rate schedule you have (it costs less if you use at night, or are willing to accept interruptions of power on short notice) fossil.energy /programs/powers has, Today, the most widely deployed fuel cells cost about $4,500 per kilowatt; by contrast, a diesel generator costs $800 to $1,500 per kilowatt, and a natural gas turbine can be $400 per kilowatt or even less.

Q: I feel like this is a stupid question. I have read oxygen and hydrogen go into it and electrons come out. I know absolutely nothing but bits and pieces about hydrogen and it's works but, the only thing I know that has hydrogen and oxygen is water. So does water go into it?: No, you can't make hydrogen fuel out of water. Water is strongly bound together and would cost more energy than it gives. I'm pretty sure they make it from some ores that have all the oxygen in them,

Q: how do hydrogen fuel cell cars work? what are the fuel possibilities honda has come with?Pros and COns?: sorry but that other answer is wrong, hydrogen fuel cells don't burn the hydrogen they combine it back with oxogen from the air to release electricity when it form water again, the water just drips out the tail pipe and the electricity is used to power the motor is it complicated but basically there are very thin plates that act like filters where the hydrogen and oxogen pass through to each other where they release electrons which then run along the plate to the motor hydrogen is basically used like a very powerful battery to run an electric car the only down side of this technology is the way you choose to make the hydrogen there are three ways to make it, easiest way is to put electrodes in water and collect the hydrogen as it separates from the oxogen but you need to create the electricity to make it separate so if you are using say a coal fired power plant for your electricity then you are kinda counteracting the clean power benefits from using the hydrogen

Q: I need exact numbers , and please i need references as well.: below is one type of alkaline fuel cells, It produces 25V, 100A, 2.5kW and uses 1.4m3 of Hydrogen per hour

Q: I understand that it is because it lacks the calcium, yet as far as I can tell, all that is required in a fuel cell is hydrogen and oxygen.: Water in hydrogen fuel cells do not produce energy. Water is the waste product of the hydrogen fuel cell. It is hydrogen gas itself which stores the energy. If we take the pure water and apply just as much energy as we expect to get from the hydrogen with electrical input, we produce the hydrogen gas. Nothing in fuel cells is producing energy. Energy is always conserved and it must come from some source. Right now, the easiest source of hydrogen gas on this planet is petroleum, which isn't really much different energy wise than burning gasoline, and is in fact less efficient to extract hydrogen gas than it is to extract liquid octane.

Q: A) hydropowerB) biomassC) fuel cellsD) photovoltaic cellsE) OTEC: Yes it is true however the amount of energy required to seperate the oxygen and hydrogen molecules far exceeds the amount of energy that will be recovered in the lifetime of the fuel source

Q: Hey guys, just a few cell questions.Q1. What properties should the metals in dry cells possess?Q2. What problems are associated with Button Cells?Q3. How long can a Lead/Acid battery be used, and what causes it to eventually fail?Q4. What are problems associated with Lead/Acid batteries.Q5. How does a fuel cell vary from a battery?Thankyou in advance.: common disposable alkaline cells are a chemical style, and not many times seen rechargeable. jointly as there are people who say it somewhat is rechargeable, it somewhat is no longer a significant pass attitude because of the fact there are purely some can charge cycles, and the disposable style is possibly to leak and so on. There are additionally authentic rechargeable alkaline cells with somewhat distinctive shape. those are actually not appropriate for deep discharges yet artwork nicely see you later as they're discharged to purely 25% means, that's probable why they have on no account won reliable popularity even with value reward. Rechargeable cells are lead acid, nickel cadmium nickel metallic hydride, and a few styles of lithium cells such because of the fact the lithium ion. those are chemical cells that have a reversible potential. As they discharge the supplies are replaced, yet by way of charging them the supplies are restored. gasoline cells have a gasoline alongside with hydrogen, or maybe a hydrocarbon, organic gasoline, alcohol that's fed on in operations, however the cellular itself is unchanged, so as that they only want gasoline. the unique kinds are a style of opposite of the electrolysis of water into hydrogen and oxygen, the place they use oxygen and hydrogen to produce electric present day and water. Alkaline gasoline cells have been used in the Apollo missions to the moon, and are somewhat hydrogen gasoline cells. The electrolyte makes use of an alkaline answer in water, oftentimes potassium hydroxide, for this reason the call, yet they use hydrogen and oxygen to produce water and electric present day. those are thoroughly distinctive to the alkaline disposable cells all of us comprehend in each and every day existence. call them alkaline gasoline cells.

Q: for battery operated vehicles: I am not aware of any company the commercially markets fuel cells specifically for cars at this time.

Q: fuel cells work as long as their is a constant supply of hydrogen and oxygen but you can't possible store a never ending supply in your car, do they have to put more in? How does this process work? And how does the electrical current used to do work outside the cell and then how does it return to the fuel cell? so confused?: definite you are able to make electrical energy by potential of burning hydrogen. although the present problems in contact are particularly with the storage of hydrogen, somewhat than the honestly combustion of hydrogen in engines.

Q: Are proteins a main fuel for cells?: They are a fuel for cells, but THE main fuel for cells is carbohydrates.

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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