The Advanced Solution For Reviving Sulfated Lead-Acid Batteries

Sulphation, the build-up of lead sulphate crystals on battery plates and terminals, causes it to lose capacity. Our Battery Life Enhancing System (BLESS) is the ultimate solution to restore, maintain, and extend the performance of these batteries, delivering reliability, cost efficiency, and sustainability.

Contact us today to explore how our technology can optimize your battery operations

Performance Booster . Life Extender . Opex reduction in charging . Temperature Range . Optimum Capex . Reduction of lead consumption .

Features

Performance
Booster

Our unique product boosts the performance of an in use lead acid battery helping it regain performance to extent of a new battery resulting in enhanced back up under identical load condition.

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Features

Life
Extender

Our unique product boosts the performance of an in use lead acid battery helping it regain performance to extent of a new battery resulting in enhanced back up under identical load condition.

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Features

Opex reduction
in charging

The product improves “peak charging voltage” resulting in lesser time to charge reducing electricity consumption.

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Features

Temperature
Range

Our Product helps battery to work under wide temperature range (-20 degree Celsius to +55 degree Celsius).

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Features

Optimum
Capex

Our Product helps extend the life of a lead acid battery extending its useful life resulting in delayed and optimum capex expenditure.

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Features

Reduction of
lead pollution

Deferring fresh capex and reusing existing batteries reduces the disposal quantum of Lead, the biggest pollutant globally impact mostly the middle income countries.

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Industries we serve

01

Automotive Electric Vehicles

Lead-acid batteries are the backbone of the automotive industry, powering essential systems such as vehicle starting, lighting, and ignition. These batteries are widely used in passenger cars, commercial vehicles, and trucks due to their affordability and ability to deliver high cranking currents.

02

E-rickshaws

Depend heavily on lead-acid batteries for propulsion, offering a cost-effective energy storage solution. Their deep discharge cycles and daily usage make lead-acid batteries a preferred choice, especially in emerging markets where affordability is key.

03

Telecom towers

Uses lead-acid batteries as backup power sources to ensure uninterrupted connectivity during outages. With extended float charging requirements, these batteries play a critical role in maintaining seamless communication infrastructure.

04

Renewable energy systems

Even though LFP is emerging, older system use lead-acid batteries store power generated by solar panels and wind turbines for later use. Their scalability and cost-effectiveness make them a preferred option for off-grid and grid-connected applications.

05

Residential backup

Lead-acid batteries are commonly used in inverters and home backup systems to provide reliable power during outages. Their ability to handle frequent charge-discharge cycles makes them ideal for residential use.

06

Railways

Utilises lead-acid batteries for signaling systems, lighting in coaches, and auxiliary power. These batteries are critical for maintaining safety, communication, and operational efficiency in the railway network

07

Defense applications

Relies  on lead-acid batteries for powering vehicles, communication systems, and backup energy in remote or rugged environments. Their reliability and resilience make them indispensable for mission-critical operations.

Organizations Catered

Our product has powered batteries of leading organization

ACHIEVEMENTS

Frequently ask question?

1. How is the Battery Life Enhancer installed on the battery?
The device is installed directly onto the battery terminals under trained supervision. Self-installation is not recommended to ensure proper connection and functionality.
No, it does not interfere with the battery warranty. The device operates externally and does not alter the internal structure or chemistry of the battery, ensuring compliance with manufacturer terms.
The device is designed exclusively for lead-acid batteries, including flooded, AGM, and gel types. It can be used on batteries at any stage of their lifecycle, provided they are not short-circuited, bulged, or otherwise physically damaged.
Yes, the device can help revive deeply discharged batteries by dissolving sulphation and restoring capacity, although results may vary depending on the extent of the battery’s deterioration.
The device is maintenance-free and operates with minimal power consumption, ensuring hassle-free performance throughout its lifespan.
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