DISCOVER BETTER PERFORMANCE & LONG LIFE

^{Lead-acid battery was
invented over 100 years ago, although the battery technique become more
and more advanced, Every year millions of lead-acid batteries are prematurely
discarded, the main reason over 85% of "dead" to discard is sulfation.
Sulfation is the most destructive process shorten the service life of lead-acid
battery. Actually, more than 90% of "dead" to discard batteries can be recovered
by the latest patented technology of ZINSCHE Intelligent Lead-acid Battery
Maintenance & Recovery System.}

^{During the normal discharge
of lead-acid battery, lead sulfate forms on the battery's plate. When recharged,
this soft spongy material can be converted back into electrolyte solution.
Lead sulfate is formed in greater quantities the deeper a battery is discharged,
and formed in more stable covalent the longer a battery is under-charged.
Sulfation can cause further problem of internal short, plate grid crack,
plate buckling, capacity loss etc. The greater the percentage of lead sulfate,
the shorter the battery life.}

^{The
SCAN-TO-RESONATE
Pulse Technology is a unique, patented process to transfer the resonant
energy to excite lead sulfate molecule to band transition, guaranteed
to dissolve the lead sulfate crystal on battery's plate back into electrolyte
solution and substantially eliminates sulfation buildup, therefore, maintain
the better performance and extend longer service life of battery.}

^{The Telecom Industries,
the Power Companies and UPS consume large amount of batteries .The batteries
need to be replaced after a few years of services. This is very costly,
very labor intensive and worst of all, creates an environmental hazard
during disposal. Many of the batteries were disposed unnecessary due to the
fact that many batteries show signs of end of life prematurely because
of sulfation. In fact, 90% of the disposed batteries can be avoided and
recovered by the Battery Recovery System. However, the existing Battery
Recovery system using the pulsating technique is limited to recovering
the minor sulfated battery. Also, It cannot work on-line together with
sensitive telecom and UPS equipment because of ripple interference.}

^{The
SCAN-TO-RESONATE™
technology generates sweep pulse with variable frequency and amplitude
to achieve the resonance enough to break the sulfate bonds. The resonant
frequency varies with different battery make, sulfation status, discharge
status etc.}

^{The
SYNCHRO-SUPPRESSION™
technology synchronizes the pulsating module with the suppression range
of the suppression module, so as to optimize the resonance effect, and
to minimize the interference with the sensitive load used on-line.}

^{To improve the present
technique of battery recovery system using the Scan-to-Resonate so that
de- sulfation becomes more effective and complete; and using the SYNCHRO-SUPPRESSION™
to make a battery recovery system that will work on-line with sensitive
equipment, such as Telecom, Power-supply and UPS, so that the battery service
life can be prolonged. With the aim to save cost, to reduce waste batteries
disposal and to save the environment.}