Reduction of energy costs in the telecom sector

With telecom infrastructure companies looking for newer ways to cut back on energy costs, battery restoration technology provides telecom infrastructure firms with a viable, economical and green solution for uninterrupted power supply

As telecom services continue to look for growth opportunities, it is apparent that managing efficient-power infrastructures ly is increasingly becoming a concern. With more than 5 lakh towers in India, the expenses of powering them are considerable, both financially and environmentally.

Each day, millions are being spent by telecom infra companies to protect the supply of power to their telecom towers and systems through energy storage in reliable and time-tested lead-acid batteries. However, these batteries have relatively high operational and replacement expenditures, alongside substantial carbon footprints.

As telecom infrastructure companies look for newer ways to cut back on operational costs, increasing battery use will not only cut down the cost, as compared to supply through DG sets, but will also reduce environmental pollution. Thus in order to prolong the life and performance of lead-acid batteries, battery restoration technology is emerging as a game changer.

So, how does battery restoration technology work? What are the financial benefits attained from it? And what are the prospects of scaling up its adoption in alignment with the telecom sector expansion in India?

OVERVIEW OF THE TELECOM INFRASTRUCTURE IN INDIA