Li-ion maker Amprius raises $30M to accelerate commercialization of high-energy, high-capacity batteries
NVIDIA unveils Tegra K1 192-core mobile processor; ADAS applications on the way to autonomous driving

A123 Energy Solutions announces first commercially operating Li-ion grid energy storage installation in China

A123 Energy Solutions announced today that a new 2-megawatt Grid Storage Solution for Ray Power Systems Co. Ltd., a Beijing-based energy services company, is now in commercial operation providing frequency regulation services.

Located in Beijing, this is A123 Energy Solutions’ first deployment in China in commercial operation. The containerized 53-foot long battery is one of A123’s widely deployed High Rate (HR) Grid Storage Solutions and stabilizes the grid to ensure power quality.

The 2MW HR Grid Storage Solution, a high-power battery based on A123’s proprietary Nanophosphate chemistry, is suited for the rapidly changing power profiles of frequency regulation service, and able to serve dual duty as both a controllable 2MW load as well as a 2MW generator—in essence providing 4MW of ramping capability.

Deployed worldwide in revenue service since 2009, the HR Grid Storage Solution forms the bulk of the grid energy storage product line that A123 Energy Solutions has delivered to date.

This 2MW Ray Power installation is our first in China, but with our experience installing grid energy storage systems successfully all around the world, working with Ray Power we were able to commission the unit in just under four weeks from site readiness. The HR is one of our most mature products and we look forward to installing additional systems with Ray Power to perform frequency regulation, frequency response, or other rapidly ramping high power applications.

—Bud Collins, President of A123 Energy Solutions

A123 Energy Solutions, a division of A123 Systems LLC and a part of Wanxiang Group, develops and manufactures advanced batteries for electric grid, backup power and lead-acid replacement applications based on A123 Systems Nanophosphate technology.



I don't know why they can't tell us how many kwh the thing is.
That is pretty important.


Davemart, the article does say it is 2MW HR, by which I believe they mean 2 mWh, which is 2,000 kWh. They can apparently make a single container up to 4 mWh:


No I was wrong... the 2 MW HR system is 700 kWh, per the link above. HR stands for "High Rate".

The comments to this entry are closed.