One of our components is the Fuel Cassette®, compared to all other energy storage solutions, our fuel cassette® technology is better; here is why:  

HYDROGEN PACKS VS. BATTERIES  

Batteries catch on fire quite a bit and have been the result of many more fires and explosions than hydrogen. AT&T 's U-verse TV service now has an exploding battery problem, making it necessary for the firm to replace 17,000 backup batteries in its nationwide network. The Federal Government has OUTLAWED Lithium Batteries on airplanes because they explode unexpectedly so often.

Batteries blow up when they want to. Hydrogen blows up when you tell it to.

Limnia technology does not provide an explosive source like batteries do. 

Limnia power systems run many, many times longer and provide massively greater range per charge than batteries. 

The run time of batteries constantly shortens while Limnia technology does not. 

Batteries have a problematic “Memory Effect” while Limnia technology does not. 

Limnia technology is instant charge via hot-swap while battery packs require hours to recharge. 

Charge life- Limnia systems have an extensive charge life while batteries have a much shorter end-of-life metric. T

he cost per 300 mile range for a Limnia technology car system is far lower than a battery system.

 A Limnia powered car TODAY that will drive 300 miles without a refill is 50% or less of the price of a battery car that will drive 300 miles without a refill. 

A Limnia system can be charged from a completely clean home energy system but batteries need to be charged from a “sour-grid”. 

Limnia technology can make energy at home. Batteries cannot. Limnia technology has a far higher storage density than batteries. Limnia systems are far less bulky than batteries. 

The weight of batteries is so great that it reduces the range of travel of a vehicle which causes the use of wasteful energy just to haul the batteries along with the car. 

Limnia energy systems weigh far less. 

The disposal of batteries, after use, presents a deadly environmental issue while Limnia technology does not. Limnia technology does not self discharge like batteries. 

Batteries cause a greater carbon footprint than Limnia technology Batteries require coal be burned to charge them.

One pound of coal has roughly 14,000 Btu of chemical energy in it. When everything operates well, all that turns out to be generally around 30% efficient, meaning that 30% of the chemical energy that started out in the coal has become actual electricity. New H2 production systems are up to 93% efficient. 

HYDROGEN TANKS VS. HYDROGEN SOLID STATE CASSETTES

 Infrastructure cost per cubic foot of H2 is far more expensive with pressurized and liquefied hydrogen. In an accident, the pressure tanks could shoot, like a rocket, through hundreds of innocent bystanders killing or maiming most of them.

In an accident, the pressure wave from pressure tanks expels the organs of nearby people out of their bodies. 

In an accident, the pressure wave from pressure tanks crushes the lungs of nearby people. In an accident, the pressure wave from pressure tanks shoots shrapnel through the neighborhood like a hand grenade. 

Ability to ship via UPS/FEDEX/US MAIL does not exist for pressurized and liquefied hydrogen but does for H2 cassettes. 

Percentage of existing infrastructure that can be used for H2 cassettes is far, far greater than that which can be used for pressurized and liquefied hydrogen. Insurance costs are far less for H2 cassettes. 

Ability of tank to crush the foot of workers, thus increasing insurances costs, does not exist with H2 cassettes. 

Time to refuel vehicle is only seconds for an H2 cassette while it is many times longer for pressurized and liquefied hydrogen. 

Only the Limnia products have the ability to be hand carried. 

Only the Limnia products are H2-on-Demand where H2 is not present unless needed.

Limnia products have less bulkiness. Limnia products are fully scalable while tanks are not very scalable.

Limnia products have better hydrogen-source-to-consumption efficiency metrics.

Limnia products require no special delivery vehicles and can use any common carrier while tanks cannot. Tanks require special pipelines while Limnia technology requires no pipelines.

High pressure is required for tanks while no pressure is required for Limnia technology.

Skin cutting on refueling or refilling occurs with tanks but not with Limnia technology.

Your finger could freeze and snap off using liquid hydrogen but not with Limnia technology. Limnia fuel is intelligent and monitors itself but tanks do not have this ability. Limnia fuel notifies you when you need more but tanks do not.

Limnia fuel advises you of its health and purity but tanks do not.

The overall transport safety of Limnia beats tanks by at least a magnitude.

Limnia technology uses off-the-shelf, domestically available scalable components but tanks require special service safety parts.

Limnia technology has fully rechargeable, recyclable, pressure variable output but tanks do not.

Limnia technology use may improve insurance premiums but tanks will always increase premiums.

Factory man-power productivity increases using Limnia at the plant-level over tanks

All stored H2 is live and explosive with tanks but not with Limnia.

Limnia increases balance-of-plant metric but tanks reduce the metrics.

Limnia’s source compound agnostic but tanks are fixed to source compound.

Limnia is fully patent protected and tanks are not.

Limnia base hardware investment is future-protected while tanks are only partially protected.

Limnia technology is fully systemically modular while tanks are fixed.

Limnia technology fits the box-like form factor of car while tanks dictate their location.

Tanks require an extensive safety compound required around customer storage area while Limnia does not.

Tanks need an annual X-Ray and material audit while Limnia technology does not.

Limnia technology does not flow across the ground and surfaces in a fire like napalm like liquid hydrogen.  

GASOLINE VS. HYDROGEN SOLID STATE CASSETTES 

Limnia technology does not flow across the ground and surfaces in a fire like napalm like gasoline.

Gasoline service stations are one of the primary sources and causes of cancer. Limnia eliminates the need to go to a service station.

The gasoline and associated vapors in a vehicle while you drive cause cancer, brain damage and numerous health issues and Limnia technology does not.

The residue after use of gasoline causes numerous environmental damage issues and Limnia technology does not.

The residue after use of gasoline causes numerous environmental damage issues and Limnia technology does not.

Gasoline is increasing in cost and hydrogen sources and end product are decreasing in cost.