12v 100ah Lithium Ion Battery Deep Cycle Lifepo4 Battery For Lithium Battery Manufactures
|Internal Resistance||≤20 mOhm|
|Cycle Life||>2200 cycles @1C 100%DOD|
|Charge Current/Max||50A /(100A)|
|Charge Cut-off Voltage||15.6V±0.2V|
|Continuous Discharge Current||100A|
|Discharge Cut-off Voltage||8V|
But the concept offers great potential, according to Gallant. Carbon capture is widely considered essential to meeting worldwide goals for reducing greenhouse gas emissions, but there are not yet proven, long-term ways of disposing of or using all the resulting carbon dioxide. Underground geological disposal is still the leading contender, but this approach remains somewhat unproven and may be limited in how much it can accommodate. It also requires extra energy for drilling and pumping.
The researchers are also investigating the possibility of developing a continuous-operation version of the process, which would use a steady stream of carbon dioxide under pressure with the amine material, rather than a preloaded supply the material, thus allowing it to deliver a steady power output as long as the battery is supplied with carbon dioxide. Ultimately, they hope to make this into an integrated system that will carry out both the capture of carbon dioxide from a power plant’s emissions stream, and its conversion into an electrochemical material that could then be used in batteries. “It’s one way to sequester it as a useful product,” Gallant says.