Sorry, this is clutzy. Transfering from a PDF is not simple.

New Future Market Verticals Opened

The most recent performance data opens additional potential markets for EEStor in the super  capacitor space. Expected applications of the polymer-CMBT mix include the grid storage, wind, automotive, aircraft, laptop, camera, power backup, memory, UPS, solid state disc drive and railway wayside market sectors. The demand for smaller, yet higher storage capacity than current capacitors  is expected to drive the super capacitor demand over the next 10 to 15 years. EEStor ‘s polymer – CMBT mix can provide:

Higher energy storage No, they are at less than 1 wh/l. Commercial ceramic are about 5, and Evans electrolytic are about 10. Batteries are pushing 1000.

Smaller footprint No, commercial capacitors are less than half the footprint.

Lower cost

As long has they have copper substrates, their cost will kill them.

 Dennis Zogbi will be actively engaged in this activity.

I doubt DZ will be involved with them, he has a reputation to protect. When last asked, he said he wasn't

Polymer Based Energy Storage Goals

The EEStor team goal, including in-house and outside polymer experts, is to focus on maximizing the performance of its polymer substrates to optimize the energy storage capability of EEStor’s proprietary CMBT powders.Its not a substrate, its a matrix. Countless papers have shown that the dielctric constant can never be higher 3M and Dupont are already making the product, but they are not dreaming of ED. TLC actually has CMBT polymer in production, and have identified failure modes that EEStore has not evaluated. (In general, they seem to ignore competitors, their last couple test results had to have been embarresing when recognized as 20 year old product, that were available at Radio Shack for cents.)

The first goal is to find a highly polar, stable, flexible polymer substrate to achieve energy density greater than 10-15 watt hours/litre, which is the same energy density as a Pb-Acid battery, and to provide base-line data using this polymer. Note that EEStor’s power density would be 1,000x greater than Pb-Acid batteries (Figure 1). The higher power density means the EEStor product could store the same amount of energy as the Pb-Acid battery in a much smaller volume.

The above goal is expected to be achieved in the 2018 timeframe.

Thats not a goal, is delusion, in my opinion. Goal achievement is not guaranteed. (Or else the Panthers would be in the Super Bowl)