OVERVIEW: From a chemical point of view, we have developed a solution that recovers the lost potentials of any lead acid battery due to sulfation buildup. This chemical reaction can be understood in two parts. The first part of our chemical process is to dismantle the hard lead sulfate crystals (PbSO4 or sulfation buildup) as the battery gets re-polarized (charged). The second part of our chemical process is to allow re-assembly of the lead sulfate particle in a molecular structure that will not harden again. This occurs during discharging of the battery as it is under a load or discharge. We also use electricity to accompany our chemical process of de-sulfation. Our special battery conditioners are built to help dismantle the hard lead sulfates. All our special battery conditioners are made to be easy to use, to handle more than one battery at the time, to manage different types of batteries (flooded, Gel, AGM, VRLA), and to yield results.
OUR SOLUTION: BSI has developed a unique advance technological solution that allows extending the life expectancy of batteries while providing as good as new quality and reliability for a significantly low cost.
BSI solution consists of three main elements: • Coating the battery components with “BSI Additive” fluid or Capsulate. • Implementing “BSI-SRS” proprietary charging process • The Process for integrating the different components
The BSIAdditive
BSI Battery Additive is a unique organic additive, developed by BSI, stored in dry capsulate or as a liquid supplement formula that affects the battery as follows:
Creates a coating over the plates whilst increasing conductivity between them
Cleans the crystals and extends the plate’s lifetime
Preserves the acid quality and the conductivity quality
Enables full charge of the battery Decrease daily charging duration
BSI unique functional equipment is an intelligent state of the art battery refurbish systems – BSI-SRS. The BSI-SRS is a fully computerized control charger with pulse technology suitable for refurbish all types of lead-acid batteries. The advantages of the system are:
Charge & Discharge -parallel process under slow & strict cycles durations
Create separate boosting & equalizing
Individually control for each battery through the process