Panasonic’s new home battery could store a week’s-worth of electricity

500x_panasonic_batteryPanasonic is charging into the green space headlong — first with deals to supply batteries for electric and hybrid vehicles — and now announcing that it will launch a massive lithium-ion storage battery capable of powering an average home for up to a week, the company says.

This is significant for two reasons. First, if home batteries like this one become commonplace, renewable sources of energy like rooftop solar and residential turbines could finally take off. The biggest roadblock to their adoption is that they are intermittent; reliable storage is needed to make them effective. Second, if affordable storage is achieved on the home-level, there might be less need for grid-scale storage, which is pricier and harder to accomplish.

The announcement is hastened by Panasonic’s acquisition of a more than 50 percent stake in Sanyo, making the company a battery manufacturing powerhouse that could trounce almost everyone else in the market, including A123Systems, Johnson Controls-Saft, Valence Technologies, and others. Becoming the earliest entrant into the home storage space would solidify its dominance.

Panasonic, which says it has already thoroughly tested this technology, plans to bundle its storage device with a home energy monitoring system that would allow users to view how much power they are using and how much it is costing them right on their television displays. This could make the company a major player in the smart grid arena as well.

Depending on how successful Panasonic is at marketing its household battery (and bringing down the cost), it could become a formidable competitor for fuel-cell makers like Clear Edge Power. Fuel cells also allow for low-emission operations, converting natural gas into electricity and recycled heat. But they don’t store electricity for use later, which is a major need for alternative energies to gain traction.

Panasonic, which scored a deal to supply batteries to Tesla Motors in October, has already successfully pushed automotive battery makers out of the market, like Imara, which shuttered earlier this month. Valence, being kept afloat by a new contract with Smith Electric Vehicles, could be next if it doesn’t move fast. In any case, it will have a head start, with Panasonic’s storage system not hitting stores until 2011.

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About the Author, Camille Ricketts

Camille is the lead writer for GreenBeat. She came to VentureBeat from Google where she worked on its traditional platforms team, particularly in TV. Before that, she was a reporter for the Wall Street Journal in New York and London. Follow her on Twitter at @camillericketts, and follow VentureBeat on Twitter at @venturebeat.

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  • Jimbo_KW
    " use the cheaper power in the battery during the expensive times"

    this is what I have been waiting for....with utilities switching to smart meters my off peak electricity costs 53% less than the peak rate........depending on the life expectancy and cost of the battery it should pay for itself in quickly
  • naillianissar
    yah.... thats a good news to all panasonic users, because panasonic launched a new battery, and i think, this, is very good battery,

  • This is exciting news, if it is not "vaporware". However, these batteries are very expensive! Here in Denmark, the "battery problem" has slowed down the introduction of electric cars, as they only can travel about 160 km on a charge. One solution we are considering is that you own the el-car, but not the battery, which you lease from "a better place"..you just change batteries when you need to! Another solution might be not owning either the car or the battery, you lease the entire package!
  • someguy01
    If your electricity price fluctuates during the week, it wouldn't take much software to schedule battery charges during off peak cheaper times. Then you could either use the cheaper power in the battery during the expensive times. I wonder if you get all of the power out that you put in.
  • Broy
    Another piece of technology that could further help mankind, but we will never see it because of corporate and political greed.
  • Bilbawbaggins
    To all those who are sceptical of this, remember that this is a first generation device which is probably not competitive in today's marketplace. That does not mean that this won't be a big sector in the years to come. Wait until we have grid parity for PV cells and EVERYONE will want something like this. Why would you buy electricity from the utilities if you can make and store your own for less? Even climate change sceptics will follow their wallets.
  • MarkR
    Aww such a shame that this technology is once again Li+ ...where's the ZnO & nanotech?
  • stromm
    Boy, that first lightening strike surge is gonna hurt the wallet!

    What I think is funny is all these people who think electricity is going to be cheap in even 15 years. As more and more people switch over to cars and other things which only use electric, the electric "powers" will raise prices. Simple fact is they already know how much "per mile" we are willing to pay and when there's no other option, they know we'll pay more.
  • Thanks for sharing your precious views. It is striking for pet owner. You have an incredible post.
  • newmanestanleype
    What is also needed are residential structures that will withstand 250 mph winds that are light with high shear strength for seismic resistance, fire proof, energy efficiency 50% better than currently used, eliminate the need for pesticides to protect the structure, 50 year life roof that is fire proof. These also need fabrication and erection processes that can allow a house be built in three to six weeks for 80% of current architectural designs from design to turn key with less that 5% material waste that must be 100% recyclable. It should also be adaptable to worldwide application for housing needs at low cost in all areas. It must have site erection in one day (turn key) for all units 1200 sq ft and less. There is a U S based engineering firm that has already spent over four years designing and testing such a design and can have this ready to be certified in less than six months with dual P E certification.
  • cameron greer
    Who is this engineering firm?Except for some of your construction time conditions I'd say that sort of housing already exists look at Swiss architect Peter Vetsch's Erdhaus designs strictly in the sense of energy efficiency.
    www.erdhaus.ch
  • Do not expect this, liked it!
  • niaranirra
    this is such a great to me and all panasonic users, looked the battery point. looking so powerfully, and i want to purchase this and use this,




    http://ezinearticles.com/?Zetaclear-Review---Dont-Buy-Until-You-Read-This-Review&id=2926448
  • niaranirra
    i like this, and when the battery is come to market, then i want to purchase, because battery is looking so original and i think this is more powerfull in other batteries,


  • Don't be silly.
    Nonsense. This doesn't make solar not "intermittent" - rooftop solar power already IS stored in a defacto battery, for most city dwellers.

    That "battery" is the grid. We produce power during the day, use some, and send the rest to the grid, and suck some back at night. Our utility counts it up, the debits and the credits, and bills us the difference.

    That's how you hear of the "meter running backwards". It represents a deposit in your solar account.
  • Cdog
    This is the second Venture Beat article on energy storage that I've read recently that shows a lack of understanding of energy storage.

    First of all - there is no way anyone is going to buy a battery that can store "a weeks" worth of electricity. The average household in the US probably puts away 25kWh a day of electricity. Times 7, that would be almost a 200 kWh battery, which is absolutely enormous and hugely expensive. Li-Ion storage is running about $1000/kWh. Give them the benefit of the doubt, and let's say it's $500/kWh, we are still talking about a $100,000. Who is going to buy this? Where are they going to put it? It will fill a one car garage.

    The other problem in the article, which is a repeat from another recent article, is the claim that "The biggest roadblock to their adoption is that they are intermittent; reliable storage is needed to make them effective." This is just patently not true (right now). Intermittency is a problem, but the biggest thing preventing solar from taking off is the cost. Adding a huge, expensive battery isn't going to help that.

    Intermittency may become a problem in 10 years or so in particular locations as the penetration of solar gets significant. We are seeing that in certain constrained locations with Wind power (e.g. Hawaii).
  • "...if home batteries like this one become commonplace, renewable sources of energy like rooftop solar and residential turbines could finally take off."
    No, quite the opposite. Residential storage is expensive and would hobble any return on your renewable investment. That's why we feed the power back into the grid. Did you know there's a whole industry devoted to that business model?
  • jus7tme
    This is an article which contains no data, and refers to another article which also contains no data. What is the capacity of the battery (kWh, say)? What is the mass? volume? voltage? price?

    Panasonic and Sanyo undoubtedly are better battery designers and manufacturers than some of the fly-by-night operators out there, but both still are limited by the laws of physics and the current state of technology.

    The claims in this article should be taken with more than one grain of bariumtitanate, if you ask me.

    Numbers, please.


  • bowtrolcolon
    I like it And I purchase but when release in india And what’s prise in india, I know this ahead will be very successful.

    Bowtrol
  • long life time for a cool battery, but how much does it cost?
    Alternative at http://mp3dejay.com/Alternative/Genre-id2917/
  • robertmachuta
    A battery like Panasonic's is more complementary than competitive with local co-generation like Clear Edge's fuel cell. Their 5 Kw unit is over-sized for a household. Running 24/7 it will produce about 44k Kwh per year, about 5 to 10 times what a household uses. Coupled with a battery like Panasonic's a 1Kw generator could power a house with no need to connect to local utilities. I think Panasonic is actually selling such a system in Osaka right now.
  • John
    Yeah, and my laptop battery will run for "5.5 hours"...lol. Why do companies still put out claims with things always on minimal usage. I also found in comical that the amount of energy usage will be displayed on the TV, a very large part of energy usage in most American households as it is. Anyways, if this really is true, it will be great, but don't mislead a lot of people with an overhyped and overmarketed product, something Americans clearly have enough of.
  • HSR0601
    Only if we think of energy fix differently, the coming of EV epoch might never be off in the future.
    Under current capacity of electricity generation in America, it is said to accommodate comfortably 2 millions of EVs during nighttime. Although the typical power sources are predictable, certain sources are inefficiently forced to produce juice even at off-peak hours.

    It reflects EVs are not simply able to take full advantage of the excess juice, but can make a considerable contribution to the forthcoming sustainable yet intermittent energy sources as a precious storage.

    As with Nissan and the others, leasing battery pack is capable of making EVs affordable. Similarly, grasping energy industry, we could expedite the roll-out of EVs without hesitation.

    Our energy future might hang on our different approach.

    Thanks A Lot !
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