LATEST PATENT TECHNOLOGY

^{Our technology unlike other
present pulse technology, originate with Scan-to-Resonate & Synchro-Suppression technology. According to Atomic Microstructure Theory, There
are five different energy bands for the lead sulfate ion. Over time, there
is a transition from a less stable bond (higher band) to a very stable
covalent bond (lower band). In its lowest band, sulfur forms a circular
molecule consisting of eight atoms. These molecules stack up like shingles
to cover the surface with a coating of circular molecules. These molecules
are very resistive, so the circular eight atom pattern is indicative of
a stable bonding arrangement which will resist efforts to break.}

^{As Quantum Theory, each energy bands have their unique frequency for stable
transition. To remove the sulfate deposits, it is necessary to transfer
the specific energy by distinct pulses named "Resonant Pulse" to the bonds
of sulfate, to excite molecule transited to higher and higher bands, finally
reaches to the highest band and hold stable. At this state, the
lead sulfate can be converted into the least stable molecule , and can
be removed off the battery plate into the free ion state of Pb-
and SO4+ , and then converted into electrolyte (H2SO4)
through charging.}

^{Therefore,
only "Resonant-Pulse" by SCAN-TO-RESONATE}^™^{technology can excite and hold transition to the highest band, so can remove
lead sulfate effectively and completely.}

^{The High-frequency
Pulse which is good to battery maintenance, however, might be interference
to the sensitive load used on-line, especially in Telecom, Power-Supply
and UPS application. Synchro-Suppression technology can solve this problem.
The key Technique is Strictly controlled Anti-ripple module which can automatically
synchronize the pulsating to purify the frequency spectrum, and then minimize
the ripple effect.}

^{Therefore,
the system supported by SYNCHRO-SUPPRESSION™
technology can be applied widely in Telecom, Power-supply and UPS.}