Application

Automotive - Passenger, Commercial & off Road vehicles

Use of Lead-Acid Batteries in Automotive & off Road Vehicle

Lead-acid batteries power vehicles’ starter motors, lights, and ignition systems. They are widely used due to their cost-effectiveness and ability to deliver high cranking currents.

Pain Points

  • Shorter lifespan due to frequent charge-discharge cycles.
  • Sulphation leads to reduced cranking power, especially in cold climates.
  • Frequent replacements increase operational costs, more so for the fleet owners.

How Our Device Solves These Issues

  • Dissolves sulphate build-up, ensuring consistent starting power.
  • Extends battery life by preventing premature ageing.

    Our device is effective in extreme cold climate conditions, obviating need for frequent Battery replacements.
  • Reduces the need for frequent replacements, lowering costs for vehicle owners and fleet operators.

E-Rickshaw

Use of Lead-Acid Batteries in E-Rickshaws

E-rickshaws rely on lead-acid batteries for propulsion due to their affordability and energy storage capabilities.

Pain Points

How Our Device Solves These Issues

  • Decreased range and higher charging times over time due to deterioration caused by sulfation.
  • Reduced mileage impacts the daily earning eating into profits of drivers and fleet operators.
  • Rapid sulphation caused by deep discharge cycles needs battery pack replacement, a big burden on the operator.
  • Prevents sulphation, maintaining battery capacity and range to a 'near' new Battery.
  • Reduces charging time by restoring lost efficiency.
  • Extends battery lifespan, lowering operating costs, increased daily earning translating into a few months payback.

Telecom Towers

Use of Lead-Acid Batteries in Telecom Towers

Telecom towers depend on lead-acid batteries as backup power sources to maintain connectivity during outages.

Pain Points

  • High failure rates due to prolonged float charging and sulphation.
  • Performance degradation impacts reliability during outages.
  • High replacement costs strain budgets.

How Our Device Solves These Issues

  • Prevents sulphation caused by long periods of float charging.
  • Ensures dependable power delivery during outages.
  • Reduces replacement frequency, optimizing maintenance budgets significantly.

Energy Storage Systems

Use of Lead-Acid Batteries in Energy Storage

Renewable energy systems often utilize lead-acid batteries to store solar or wind energy for later use.

Pain Points

  • Partial charge and discharge cycles accelerate sulphation.
  • Reduced energy storage efficiency affects system sustainability.
  • Frequent failures hinder the reliability of green energy systems.

How Our Device Solves These Issues

  • Restores energy storage efficiency by dissolving sulphation.
  • Prolongs battery life, reducing replacement costs.
  • Enhances sustainability by maintaining reliable storage capacity.

Railways & its Associates, Shipping, Defence & Aerospace

Use of Lead-Acid Batteries in Railways

Railways use lead-acid batteries for signaling, traction, communication systems, and auxiliary power for coaches. 

Pain Points

  • High downtime caused by frequent sulphation in stationary applications.
  • Reduced reliability can compromise safety-critical systems.
  • Replacement cycles are costly and time-consuming.

How Our Device Solves These Issues

  • Prevents sulphation, ensuring consistent power for critical systems.
  • Reduces downtime and enhances safety reliability.
  • Extends battery lifespan, lowering maintenance and replacement costs.

Defense & Shipping

Use of Lead-Acid Batteries in Defense

Lead-acid batteries are critical in defense for powering vehicles, communication systems, and backup power in remote or challenging environments. Likewise Lead-acid Batteries find extensive usage in Shipping. 

Pain Points

  • Harsh operating conditions lead to rapid sulphation and capacity loss.
  • Unreliable power sources compromise mission-critical operations.
  • High logistical costs of frequent battery replacements.

How Our Device Solves These Issues

  • Residential Backup Systems
  • Ensures dependable power for mission-critical systems.
  • Reduces logistical challenges with longer-lasting batteries.

Miscellaneous static applications - including Battery Banks

Use of Lead-Acid Batteries in static applications

Battery Banks in Bank Branches, ATMs, Warehouse, Industries, Schools, Hospitals, etc commonly use lead-acid batteries as a reliable back up in case of power during outages.

Pain Points

  • Overcharging and irregular discharge cycles accelerate sulphation.
  • Reduced battery capacity leads to shorter backup durations.
  • Frequent replacements are inconvenient and costly.

How Our Device Solves These Issues

  • Reverses the effects of overcharging-induced sulphation.
  • Extends battery life by preventing premature ageing.
  • Reduces the need for frequent replacements, lowering costs.