Product infomation

1. AF-M3000

1-i. What is "AF-M3000"?

AF-M3000 is 3W class multi-power supply for smartphone, cell phome, portable game machine and so on.  It's a palm-sized mobile hydrogen fuel cell.

You can generate electrical power easily with AF-M3000.  You just put a fuel cartridge into it and pour water into filling port.  So AF-M3000 starts to generate electrical power soon.

  

1-ii. Primary specification

appearance diagram of main body	appearance diagram of cartridge and water spply container

1-iii. Product features

AF-M3000 is a fuel cell and portable electricity generator.

1. Generating electric power on demand

When you need electric power, You can generate it by setting a fuel cartridge in AF-M3000.  You don't need to prepare like a chargeable battery before use.

For example, when your smartphone's battery is low and needs to be recharged but you want to continue operating it,  if you have AF-M3000, you only have to set a fuel cartridge .  You can generate electric power and feed it to your smartphone when you need.

2. Palm-sized

We developed the original power generating cell which is very thin and has high output.  Our power generating cells make it possible that AF-M3000 is palm-sized and good for carrying around.

3. Disposal fuel cartridge designed for smallness and lightness

The fuel cartridge of AF-M3000 is small, light and disposal for portability. And the capacity of fuel is design to "charge a cell phone full" or "charge smartphone up to 50%", for it is easy to use it up.

For the on/off control technology, please see "4. Ideas on how to proceed in the future".

4. Long-term storage

Our fuel cartridge is design to prevent the deterioration of fuel.  And it is possible to keep it down to almost 0% in principle.  You can store our fuel cartridge long time, as long as you don't open the package of it.

5. Easy operation

You can use AF-M3000 easily by general 4-step.  Please read manual about the detailed operation method and function

	STEP1  Open the package of a fuel cartridge
	STEP2  Put a fuel cartridge into AF-M3000 body
	STEP3  Pour water into filling port by a water supply container
	STEP4  AF-M3000 starts to generate power

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2. about Standard module of Fuel Cell

You can choose in various combinations of a power generating cell and a hydrogen generation kit as you like.

Both handling a cell and using a kit are very easy.

You can combine our cell and kit with your distributing cables, loading apparatus and converter to make your experiments.  And you can construct a large-scale system of generating electric power by connecting plural cells.

Example:an experiment of LED bulb	Fig:The frame format of our power generating cell

Primary specification

AF-ECEDU-1	To handle by hand is OK.
Performance chart	Thickness is about 5mm only.

appearance diagram of a hydrogen generation kit

Fig:How to generate hydrogen

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3. For Safety

Our fuel cell generates power by using hydrogen from hydrogen-producing agents and oxygen in the air.  There must be some people considering, "hydrogen is dangerous".  However, it has good energy efficiency and is highly clean and safe fuel, if it is used appropriately.  And Hydrogen is the smallest (lightest) molecule so that it diffuses immediately and comes out in the air.

Hydrogen does not have toxicity, smell, flammable and ignitable. If it mixes with oxygen, it causes explosion when it's ignited; however, it causes neither burning nor explosion unless hydrogen concentration is over 4% of volume.

We promise the reliable safety of AF-M3000.

• We don't store hydrogen, but produce it there.

We don't store it under high-pressured conditions like cylinder or hydrogen storing alloy, but produce it there by using water and hydrogen-producing agents.  Since we use the produced hydrogen quickly for power generation, this method is so safety.

• Almost of all the produced hydrogen is used for power generation.

As we developed power generating control circuit, it uses the produced hydrogen; the produced hydrogen is not leaked out without being used when you use our fuel cell.

• Safety Test

We execute safety test considering every usage and supposed danger.  We determine not to happen ignition by doing ignition test,firing test, submerged test, vibration test, and so on.  Our fuel cell passed all stringent safety tests.

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4. Ideas on how to proceed in the future

We are developing new technologies to pursue the possibility of Fuel cells.

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