We can divide widely four kinds of technologies for battery regeneration method as follows ;

1) Chemical Additive (Dry Salt)

Fast desulfation, but it needs at least two or three times of repeated charge and discharge processes in order to make a chemical activation (electromotive force) of battery.  It seems cheaper, but not competitive at all [ MF / VRLA - making halls into all cells (Sealed) input additive into all cells (desulfation) charge and discharge 2~3 times (20~30 hours) MF / VRLA seal off halls of cells surface sanding,  painting, drying (Sealed) ]  This method does not have any merits. But, it has any demerits such as spending much cost of electricity, time, chemical additive and labor cost.  
Lower Restoration results.   Easy to damage cells by fast melting of sulfation.  Easy to make an electric short by some settled dregs caused by rapid desulfation result.   COMMENT : Poorest Competition

2) Low Frequency Pulse Type

Nearly all regenerators for Forklift and Telecom Station & Golf Cart batteries, Diode Control for Big Current, Current control, SCR, Time Division Control, Fixed Strong Pulse 60. 120. 180Hz (Strong Low-Frequency Pulse).  Comparing with OPTIMORE ; Very Heavy weight (200~400 kgs), 3 Phases 380~440VAC, 10~20KW Power consumption, Complicated operation and maintenance, Expensive, Damage to cells by low-frequency pulse, Can give big damages to small size batteries(below 300Ah).   COMMENT : Poor Competition

3) SMPS Noise Pulse Type (Direct Current with Higher charging voltage)

Most SMPS Type regenerators.  But it is not a real High-Frequency Pulse Type. SMPS makes desired voltages by high-frequency switching after changing Alternating Current (AC) into Direct Current (DC). In this, if generated electricity was supplied to a battery, due to resisting load in a battery itself, it would have a high possibility that a component in SMPS (FET) would be damaged. Thus, since output shock from SMPS should be relieved, by using a condenser and a choke coil, resisting load inside of a battery would be minimized. Therefore, actually supplied thing from SMPS to a battery can be Direct Current (DC) rather than High-Frequency Pulse. SMPS can actually make High-Frequency Pulse, however ironically, SMPS of other competitors prevent to output High-Frequency Pulse due to the damage of their regenerators. Because of this technical limitation, there was no company can solve the problem providing real High-Frequency Pulse to a battery from regenerator directly. That is a reason that regenerators using High-Frequency Pulse could not be boosted and commercialized so far.   
All the other competitors insist that their technology is based on High-Frequency Pulse, but they can show some signals through screen of Oscilloscope by connecting two Probes coming from the transformer of SMPS. However, that can be wrong measurement and pulse which doesn't enter into a battery gives any help to the regeneration. Definitely, real High-Frequency Pulse should be confirmed by connecting probes to battery terminals. Since High-Frequency Pulse is too much weak, it can't provide any help for regenerating. Due to those limitations, since direct connection to the battery terminals with Oscilloscope can be showing as direct current (DC) only, so other companies never show it to customers.   COMMENT :  Most of SMPS type regenerator have no high-frequency pulse.   They have only SMPS pulse noise that it is almost no relation with battery restoration.  It is faked technology.   We can define their technology as
Direct Current Type Regenerators with Higher charging voltage charging.   COMMENT : Poor Competition

4) High Frequency Pulse Type (Current inclusive Real High Frequency Pulse - OPTIMORE)

We believe that OPTIMORE regenerator are the one and only this type.  It can prove by an Oscilloscope that The Pulse image of OPTIMORE product is like below.  This picture is photographed directly in our company by connecting oscilloscope to the +, - terminals of the battery after connecting between OPTIMORE regenerator and the battery.  Anyone who knows little bit about Pulse, you could know that this Pulse Wave is a unique high frequency regeneration pulse of our own.

 High Frequency Pulse Picture

OPTIMORE regenerators are the only regenerator which can make the superior regeneration by supplying real High-Frequency Pulse included current at the same time.  OPTIMORE regeneration is a function of improving the performance and the electromotive force of used batteries.  By selecting battery type, voltage, and capacity of a battery respectively, charging and regeneration would be occurred at the same time and  it is a function of regenerating electromotive force by increasing equalization and specific gravity of Cells. Basically, it is set to 15 hours and the setting time can be changed according to the voltage and the capacity.

We are able to change the whole paradigm on the battery use, maintenance and regeneration all over the world.  There will be a huge market for battery regenerators.   In near future, we can see battery regeneration shops everywhere in the world. Under thesituation, we would like to expand the OPTIMORE battery regeneration centers all over the world. There is no doubt that our innovative products make a great franchise chain for battery regeneration/restoration.   Thus, we have the best A to Z franchise solutions than other competitors.   Therefore, we will be the one who can make this franchise business only in the world. Would you like to makethe first franchise enterprise of OPTIMORE battery regeneration center together. And many customers are ready for the setting the regeneration centers in franchise in their countries. I hope your esteemed company will be our close partner in near future with your valuable business experience.   

Technical Principle (based on RPT-S500 / RPT-S600)

Technical Performance ; High Frequency Pulse (based on RPT-S500 / RPT-S600)

Technical Performance ; Power Consumption (based on RPT-S500 / RPT-S600)

DC Current Tester measures a value of RMS(Root Mean Square) to check the DC component. (Measured by the Area)

In case of Low-frequency Pulse Type : if the regenerator sets up 10A for a battery charge current, it needs 15A(average)
and 30 ~ 50A (peak) real current.   So, it can be damaged to the battery and input power consumption will be very high.    
(It is hard to use for even one 12V battery at home)     

 

- Input Power Consumption : 220V X 15A = 3,300W (Real Power Consumption)
- Output Power Consumption :15V X 10A  =   150W (Working Power Consumption)
  * 3,300W - 150W = 3,150W (Loss Power Consumption by equipment itself and regeneration)

OPTIMORE(High-frequency Pulse Type) is similar as DC current, therefore, the power consumption is almost similar between Input and Output power consumption.

 

General Multi Power Plug is 10A = 12V x max. 6 batteries.
         - Input Power Consumption :  220V X 1.2A = 260W (Real Power Consumption)
         - Output Power Consumption : 15V X 10A  = 150W  (Working Power Consumption)
            *  260W - 150W = 110W (Loss Power Consumption by equipment itself and regeneration)

We have several customers in 50 countries and they are very satisfied with
the restoration performance and our after sales service.