The most abundant element in the known universe. Honda ( FCX Clarity {Honda confused the issue by naming some of their hybrids as Clarity } ) and Hyundai are well down this path. California has mandated Hydrogen filling points. It is an absolute no brainer for mass transit. It's emissions at a vehicular level? H2O and O2.
Hyundai ix35 Fuel Cell Electric Vehicle | Hyundai Australia
JayTee
Nullus Anxietus
Cancer is gender blind.
2000 D2 TD5 Auto: Tins
1994 D1 300TDi Manual: Dave
1980 SIII Petrol Tray: Doris
OKApotamus #74
Nanocom, D2 TD5 only.
Hydrogen has storage issues.
In fact, finding a solution to the hydrogen storage problem is considered by many to be the foremost challenge for the hydrogen economy.
Issues include operating pressure and temperature; the life span of the storage material (stability); the requirements for hydrogen purity imposed by the fuel cell; the reversibility of hydrogen uptake and release; the refueling conditions of rate and time; the hydrogen delivery pressure; overall safety, toxicity, and system-efficiency and cost. No material available today comes close to meeting all the requirements for onboard storage of hydrogen for fueling a fuel cell/electric vehicle.
Hydrogen Basics - Storage
1973 Series III LWB 1983 - 2006
1998 300 Tdi Defender Trayback 2006 - often fitted with a Trayon slide-on camper.
A local story is a bloke in Deniliquin made a Hydrogen car a few years ago , made its own hydrogen from water & drove to Sydney on one Litre . The car & the documentation was confiscated ( Men in black ?)
the only issue was it generated so much static that he had to earth it before getting out !
hmm
You only get one shot at life, Aim well
2004 D2 "S" V8 auto, with a few Mods gone
2007 79 Series Landcruiser V8 Ute, With a few Mods.
4.6m Quintrex boat
20' Jayco Expanda caravan gone
JayTee
Nullus Anxietus
Cancer is gender blind.
2000 D2 TD5 Auto: Tins
1994 D1 300TDi Manual: Dave
1980 SIII Petrol Tray: Doris
OKApotamus #74
Nanocom, D2 TD5 only.
There is certainly a lot of research happening around hydrogen fuelled cars and trucks. The main benefits are that it's clean, quick to refuel and hydrogen packs a lot of energy per unit mass. Except that you need heavy containers to hold a decent amount of the stuff.
The main problem remains the energy used to produce and store the hydrogen in meaningful amounts for long distance travel. Basically you need roughly three times as much energy input compared to a battery system. You just can't get around this, it's due to the fundamental properties of hydrogen. So three times as many nuke plants, three times as many wind turbines and three times as many solar panels. That may raise some eyebrows.
So IMHO hydrogen will be of most use in high value long distance transport such as rockets, trains, interstate trucks and possibly planes. Not so much for short to medium range cars and delivery vehicles which can refuel anywhere there's a decent power connection.
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