a ramp up phase through power quality applications like UPS, then in full scale with the transport and industrial sector. This means they are realistic about the development time for their product to be accepted in the transport sector for example.
The company seems to know well, where high power supercapacitor applications can be drive growth.
On Mr. Madiberk words:"Although the market is growing at a 30% rate, additional growth has been stalled by the lack of high energy and power densities needed by high-performance applications"
The company recently procured funding for an additional investment round.
EV lessons from Energy Harvesting and Supercapacitors event
The key enabling technologies of electric vehicles, whether by land, water or air and whether hybrid or pure electric are now at least six in number.
Can Sony Li-ion batteries recover market share?
Sony was once the leader in the lithium-ion "Li-ion" battery market. In 1991, it was the first in the world to commercialize them. It has focused mainly on compact batteries for PCs and mobile phones. The lithium-ion battery market continues to expand, driven by strong demand for mobile phones, PCs and now electric vehicles. For example, such batteries are seen in an increasing minority of pure electric forklift trucks and boats, in most off-road electric vehicles and in virtually all Autonomous Underwater Vehicles AUVs, electric aircraft and electric airships, not just in on-road electric vehicles from buses to trucks, cars and some e-bikes. Sony is noticeably absent from all this vehicle activity, despite Sony CEO Howard Stringer announced plans, in 2009, to enter the automotive battery business.
Students develop alternative energy storage
Students at Stevens Institute of Technology are working on a supercapacitor that will allow us to harness more renewable energy through biochar electrodes for supercapacitors.
Two devices will replace lead acid traction batteries
It is like waiting for a bus. You wait and wait then two come at the same time. Alternatives to short lived, toxic lead acid traction batteries, with their indifferent performance, have been sought for over 100 years. Now both lithium-ion batteries and supercapacitors are near to replacing lead acid traction batteries in the many traction applications where they are still used.
Greatly enhanced supercapacitor
Researchers at The University of Texas at Austin's Cockrell School of Engineering have created a new porous, three-dimensional carbon that can be used as a greatly enhanced supercapacitor, holding promise for energy storage in everything from energy grids and electric cars to consumer electronics.
Electromobility has a new key enabling technology
Foreign manufacturers of electric cars in China can own only minority shares and they must surrender intellectual property on at least one of what the government considers to be the three key enabling technologies for e-mobility. These are batteries, motors and control electronics. In exchange, foreigners gain access to a market they hope will be large enough to create cash flow that can be repatriated if the dominant partner approves.
Towards more effective energy harvesting
Energy harvesting calls for collecting light energy from solar or photovoltaic cells, piezoelectric from pressure, kinetic energy from movement, or inductive energy from rotation or motion. This is what generates the low levels of current that make wireless sensors operational, and capturing and storing sufficient power for these applications is a challenge.