EnerVault

Global Negotiate Sale followed by Auction May 26th http://svdisposition.com//auction_de/auction_details2.php

How EnerVault technology is used to "bottle sunshine" http://video.cnbc.com/gallery/?video=3000371592

Letter From the CEO: http://enervault.com/seeking-new-owners/

http://www.prweb.com/releases/2015/04/prweb12644827.htm

http://www.prnewswire.com//enervault-selected-to-present-a

https://gigaom.com//29/my-14-favorite-energy-stories-of-2/ #8: An almond farm and a big ass battery show the future of energy in California: I visited the site of this flow battery in the little city of Turlock in the Spring of 2014. It stuck out in my mind because it shows how a really small company like EnerVault can use a tiny grant, and a lot of strategic thinking, to get entirely new energy technology built in very specific places for specific use cases. In this case, the battery is installed on an almond farm, and it bottles up energy from solar panels that help power an irrigation pump that waters about 300 acres of the farm.

http://www.ees-magazine.com/epaper/03_2014/index.html#/30

http://www.prweb.com/releases/2014/11/prweb12323368.htm

http://www.powermag.com/energy-storage-powers-ahead-at-esna/ Enervault has developed a grid-scale iron-chromium redox flow battery that went online in a demonstration pilot project near Turlock, Calif., in July. That 250-kW, 1-MWh facility (Figure 1) is only the first step in what could potentially be 100-MWh-and-up applications, Horne said. The key advantage is that the technology scales very economically: The larger the storage capacity, the cheaper each kWh of capacity gets. That’s a partly function of its inexpensive, non-toxic Fe-Cr electrolyte, and partly a reflection of its modular design.