Honda has already been doing this in Japan, using a FCEV to provide whole house 
power for long periods of times. I saw an article on this from at least a year 
ago.

Whether a battery or fuel cell is better suited, I don't know. 

Either way, it's very exciting for potential use on very hot days - better than 
using a peaking power plant.

Sent from my iPhone

On Dec 31, 2013, at 9:05 AM, Bruce EVangel Parmenter <[email protected]> 
wrote:

> This is why I posted these three topic-related items today:
> 
> http://electric-vehicle-discussion-list.413529.n4.nabble.com/EVLN-V2G-project-pays-plugin-owners-for-eating-their-pack-cycle-life-tp4667015.html
> 
> http://electric-vehicle-discussion-list.413529.n4.nabble.com/EVLN-Nissan-EVs-used-for-AC-Grid-Energy-Storage-tp4667014.html
> 
> http://electric-vehicle-discussion-list.413529.n4.nabble.com/EVLN-CalISO-wants-to-make-EVs-part-of-the-California-power-grid-tp4667012.html
> 
> In previous V2G newswire posts, it was seen that automakers have shown
> they can do V2G, touting it as plugins are a good thing to have around.
> I am going to go out on a limb and think that the EV-hating/pih&fcv
> loving automakers would counter the V2G benefits of EVs with enabling 
> their pih or fcvs to run the ice or fc draining the chemical fuel to
> supply power to the ISO.
> In the third link above, now an electric power provider (ISO) see
> profit$ if V2G is put in place.
> 
> I am going to make some assumptions before I go on:
> -EVSE will need to be changed so that it is V2G compatible. (Who is
> going to pay for that? The ISO?) 
> 
> -drivers 'only' get paid 'if' their pack is used, but drivers will not
> be told how deeply the pack was cycled, and how often
> 
> -a 6kW EVSE can charge and discharge a plugin at the same rate (i.e.: a
> Volt pih with a half-powered on-board charger will only be able to
> charge or be discharged at a 3kW rate, with the kw limitation being the
> vehicle's wiring design
> 
> -Leaf EV ~20kW pack type plugins will be used in ISO's payment
> calculations as there will be more of the lower priced plugins that the
> more expensive and higher capacity pack plugins (same as there are more
> pawns on a chessboard, and less of the more powerful pieces)
> 
> For the benefit of the non-EV driving readership that are likely more
> familiar with their ice, a plugin driver letting their pack be used like
> this, would be like an ice driver letting their car be driven by someone
> else, adding to the vehicle's mileage. We all know an ice with high
> mileage on the odometer brings down its resale value. In a similar way,
> the capacity of a pack tells the knowledgeable plugin driver how
> old/used the pack is (a ~20kWh pack new, now has 15kWh of capacity, that
> pack has seen some use and or abuse: many charges, hot weather, etc.).
> 
> There are companies that arrange for a driver (plugin or not) to get
> paid to let others use their vehicle
> https://www.citycarshare.org/
> http://www.getaround.com/
> http://www.spride.com/
> https://relayrides.com/list-your-car
> https://flightcar.com/
> 
> Compensation for someone using your ice (adding miles) would have to be
> a quantifiable/measurable figure (so many miles = so much $ being paid).
> 
> Perhaps a payment calculation model would be derived from their business
> model that would be applicable to plugin having their packs additionally
> used and prematurely aging the pack.
> 
> How the ISO will pay is unstated, but it should be based on the number
> of times the pack was discharged and how deeply.
> 
> And lastly, a new interface item will be needed to be made available
> from a plugin's infotainment system or accessible via an app:
> -the driver's ability to decide how low the ISO can discharge their
> pack. If a driver only need 25 miles to get home, they could select 30
> miles as the minimum the pack would be discharged. Or if at that moment,
> their day made reactive demands that meant that their plugin 'had-to'
> always be at maximum SOC, then the driver would select "0" miles, which
> would let them opt-out of the V2G program. With the default setting
> 'must-be' set at "0" participation. Ex: if you knew you 'had-to' be at a
> customer's location that day, or your wife was expecting, and you wanted
> to be always available, etc. 
> 
> Other views/ideas/comments on this encouraged.
> 
> 
> {brucedp.150m.com}
> 
> 
> 
> 
> -
> On Tue, Dec 31, 2013, at 07:43 AM, Peri Hartman wrote:
>> There's been a number of times this topic - using EVs to buffer the grid
>> but a fundamental question keeps lurking in my mind.
>> 
>> With our current technology, each charge-discharge cycle takes a nibble
>> of
>> battery life away.  Without some sort of compensation to the EV owner, I
>> don't see him agreeing to helping the grid.  
>> 
>> In the experiments, such as the one in this post, is EV owner being
>> compensated in a way that makes up for battery life losses?  This article
>> does mention paying the customers when drawing power, but I'm making the
>> assumption that they are being billed for the reverse.
> -
> 
> -- 
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