Traction deep cycle

Industrial Batteries Short Life Expectancy

Industrial batteries, in contrast to car batteries, are deep discharge batteries used in forklift fleets, golf carts, trains, communications systems, cranes, submarines, and more. These vehicles use electric propulsion or hybrid electric propulsion. Industrial batteries are manufactured for up to 5 years operational life, but effectively have dramaticly shorter life-span and in a large number of cases do not last more than 2-3 years. The reason for this short battery life is hard work load capability with improper service and maintenance, as well as low production quality in order to enforce end user to get a new battery after warrenty will expire.

Economic Implication

The short life of industrial batteries puts a substantial financial drain on the organization. BSI’s proprietary battery refurbishing and battery life extension technology is designed to save organizations up to 50% on their battery maintenance costs by restoring the majority of industrial batteries to regular use and proper maintenance.

BSI’s Industrial Battery Refurbishing and Life Extension Technology – How It Works?

Industrial batteries are built of independent modular work cells (2v), which can be maintained regularly. We have developed a technology that checks and controls the state of industrial battery cells, and enables their restoration up to full original capacity. Each cell in the battery is considered an independent end-unit for quality inspection, and if a cell is found to require refurbishing, it is discharged and undergoes thorough servicing, including addition of the BSI Battery Additive at the battery refurbishing plant.

What Happens at The End of the Industrial Battery Refurbishing Process?

1. Yours end-user fleet organization will save about 50% on ongoing battery servicing costs.
2. Industrial battery refurbishing using BSI’s technology restores the battery to almost a new-battery performance levels.
3. Under our service agreement, the majority of your organization’s batteries will undergo regular servicing and control, and will be covered by a perpetual guarantee.
4. We will replace severely worn batteries before starting service on new, top-quality batteries.

Our Experience Proves

That since last 3 years of our plants operations all industrial batteries refurbished by BSI (deep discharge batteries) are still operating with excellent efficiency.

The Main Problem With Batteries

The main problem with batteries is that as they work a chemical process causes crystals to accumulate (sulfation). These crystals gradually erode the battery’s ability to charge and discharge, and cause the battery’s output capacity to decrease over time. Furthermore, the chemical process which occurs in the battery causes shading of the battery plate coating. Shading promotes sedimentation at the bottom of the battery, which causes the battery to short circuit.

Our Unique Proprietary Formula

Research and development have led us to find a unique formula, the most advanced of its kind in the world, which refurbishes batteries and extends battery life – BSI Battery Additive & Capsulate. Our battery additive & Capsulate are  comprised of organic materials, and is completely free of metals and other foreign components. The battery additive & Capsulate  is very effective – in just a few days, the battery additive seeps throughout the battery, and initiates an internal process that protects the battery end extends battery life to record.

Organic

The texture of the BSI Battery Additive is similar to that of silicone. It is an environmentally friendly (biodegradable) material, which has undergone inspection and has been safety certified (MSDS – Master Safety Data Sheet). The material is safe to the touch, and can even be transported by air. In addition to the material’s safety.

 

Short Charge and Discharge Cycles

In contrast to other additives characterized by very long charge and discharge cycles, the BSI Battery Additive starts acting in the battery immediately. The BSI Battery Additive is absorbed quickly in the battery plates, and after use, the charge and discharge cycles shorten significantly.

The Secret Behind the BSI Additive

The BSI Battery Additive is extremely sticky and forms a coating – a protective layer for the battery plates, which prevents the accumulation of crystals. The additive also dissolves sediments accumulated at the bottom of the battery, and prevents these sediments from recurring. Thanks to this process, the quality of the battery acid is also maintained, battery short circuits are prevented, a full battery charge is made possible, and the battery retains maximum efficiency over time.

The Result

The BSI Battery Additive has a long-term effect, which allows normal batteries to achieve optimal performance and battery life, and extends the battery life for refurbished batteries by almost 100%. The better the battery is maintained during its operational life, the more significant the effect of the additive will be, and the longer the battery will last. For vehicle fleets, factories and battery consumers, this results in substantial cost savings.

Environmentally Friendly

We reduce environmental pollution in two ways:

1. We treat one of the major pollutants on Earth (lead acid batteries). Instead of throwing the battery away or recycling it (conventional battery recycling processes are usually polluting), we refurbish the battery and restore its operational performance, without any pollution at all.

2. Use of the BSI Battery Additive with every battery refurbishing and battery reclamation process does not create any polluting waste.

Industrial Batteries Short Life Expectancy

Industrial batteries, in contrast to car batteries, are deep discharge batteries used in forklift fleets, golf carts, trains, communications systems, cranes, submarines, and more. These vehicles use electric propulsion or hybrid electric propulsion. Industrial batteries are manufactured  for up to 5 years operational life, but effectively have dramaticly shorter life-span and in a large number of cases do not last more than 2-3 years. The reason for this short battery life is hard work load capability with improper service and maintenance, as well as low production quality in order to enforce end user to get a new battery after warrenty will expire.

Economic Implication

The short life of industrial batteries puts a substantial financial drain on the organization. BSI’s proprietary battery refurbishing and battery life extension technology is designed to save organizations up to 50% on their battery maintenance costs by restoring the majority of industrial batteries to regular use and proper maintenance.

BSI’s Industrial Battery Refurbishing and Life Extension Technology – How It Works?

Industrial batteries are built of independent modular work cells (2v), which can be maintained regularly. We have developed a technology that checks and controls the state of industrial battery cells, and enables their restoration up to full original capacity. Each cell in the battery is considered an independent end-unit for quality inspection, and if a cell is found to require refurbishing, it is discharged and undergoes thorough servicing, including addition of the BSI Battery Additive at the battery refurbishing plant.

What Happens at The End of the Industrial Battery Refurbishing Process?

1. Yours end-user fleet  organization will save about 50% on ongoing battery servicing costs.
2. Industrial battery refurbishing using BSI’s technology restores the battery to almost a new-battery performance levels.
3. Under our service agreement, the majority of your organization’s batteries will undergo regular servicing and control, and will be covered by a perpetual guarantee.
4. We will replace severely worn batteries before starting service on new, top-quality batteries.

Our Experience Proves

That since last 3 years of our plants  operations  all industrial batteries refurbished by BSI (deep discharge batteries) are still operating with excellent efficiency.

 

Optional activity

As a part of of our battery refurbishing and battery life extension operations, raw materials accumulate, and are generally referred to as scrap. The majority of this raw material is lead-based and can be sold subject to the global commodities exchange – the London Metal Exchange (LME).

BSI supports all its facilities in the sale/trade in these raw materials including the enrichment process and through to its sale to the end-buyer. This process includes both technological support, equipment, and commercial marketing support.

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