Figures & Facts

Figures & Facts
the last MAC-meeting. It has been decided to use the DBA
as the lattice for the TPS, all straight sections have been
increased, the injector shall be a concentric ring sharing
the storage ring tunnel and there will be an overhead
crane. The MAC agreed with these decisions allowing
concentration on more detailed studies.
The MAC is expecting a further discussion during the
next meeting. Specifically, the MAC is now eager to learn
more about the management plans for this project, the
TPS project manager, budget, cost estimates, schedules,
and milestones to the extent that they impact directly the
health of the TPS project.
out that "As the particle shred size down to nano scale
using NanoCocrystallineOlivine technology (LFP-NCOTEC),
the powder coating becomes a problem". To solve the
coating problem, Aleees tried to make the secondary
particle to 15 µm in dimension, which included the primary
particle about 100 nm ~ 200 nm. This morphology not
only has better conductivity but also stores more power in
the same volume.
Following the workshop, there was a brief ceremony
for signing of the MOU. The CEO of Aleees, Mr. Jack
Wang, re-stated the philosophy behind Aleees battery,
Human Safe and Eco Friendly, as the driving force for
their innovation and a dream for turning the polluted
environment into a green land for future generations. Dr.
Keng Liang, director of the NSRRC, echoed such message
and confirmed NSRRC's support for domestic researchers
who are determined to pursue such technology
breakthrough. The collaborative agreement between
Aleees and NSRRC was the first industrial agreement
achieved by NSRRC’s Industrial Application Office, which
was formed in August 2007.
A briefing by the Deputy Director of NSRRC, Dr. Luo, on the
2nd MAC meeting
January 2008
Aleees and NSRRC Entered a Collaborative
Agreement
ALECL (Advanced Lithium Electrochemistry Co., Ltd.)
also known as Aleees, and NSRRC are corporating on
advancing the nano-LFP battery technology. On January
29, 2008, Aleees and the NSRRC entered a collaborative
agreement to work on the advancement on Nano-LFP
battery technology and new materials for battery that are
eco and environmental friendly. The ceremony started
with a workshop followed by the MOU signing event at
NSRRC.
Mr. T. L. Wang (ALECL, left) and Dr. K. Liang ( NSRRC)
Dr. B. J. Liao of Aleees delivered a highlight on the
investigation of synthesis and characterization of LiFePO 4
cathode materials in the workshop. He shared with the
audience the challenges they had encountered during the
course of creating a better cathode material. He pointed
Group photo
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