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HomeInnovateEnergising India’s shift toward sustainable power infrastructure at scale

Energising India’s shift toward sustainable power infrastructure at scale

Alankar Mittal, President Business Head, Solar & International Business, Livguard, shares how their next-generation battery storage, smart energy systems, and domestic manufacturing are redefining India’s clean energy ecosystem over the next decade 

How do you see next-generation battery storage solutions reshaping India’s clean energy ecosystem, and what role is Livguard playing in making these technologies more accessible and reliable? 

The next-generation battery storage systems serve as the essential technology that enables India to achieve its clean energy transition since these systems deliver dependable energy supply. The expanding use of solar power requires effective energy storage solutions which can handle the unpredictable nature of electricity generation.  

Livguard leads this transition through its development work on next-generation battery solutions which achieve application-specific performance and safety and lifecycle value requirements. Livguard provides better access to clean energy storage in India through its combination of smart energy solutions with strong service infrastructure and local manufacturing capabilities. 

Smart energy systems are gaining momentum in India, how is Livguard integrating intelligence, monitoring, and efficiency into its battery and energy storage offerings? 

Livguard is integrating intelligence, monitoring, and efficiency into its battery and energy storage solutions through management systems and remote monitoring. Its latest lithium-ion hybrid energy storage solutions come with smart Battery Management Systems that optimize performance, guarantee safety, and maximize battery life, with remote monitoring for backup time and load percentage through mobile connectivity. The lithium based energy solutions provided by Livguard come with faster charging, longer battery life, zero maintenance, and real-time performance tracking, making them efficient and reliable for residential and commercial use. 

With energy reliability becoming critical for homes, businesses, and mobility, how is Livguard innovating to address India’s evolving power needs over the next decade? 

Livguard is working on innovations to meet the power requirements in India by providing smarter, more reliable, and efficient energy solutions for residential, commercial, and transportation sectors. Our latest lithium-ion residential power solutions, such as Lithium X and Lithium XDT, come with faster charging, longer lifetimes, smart management solutions and solar compatible options that enhance efficiency and reliability even during power outages. The company’s growing solar and hybrid energy storage solutions portfolio helps to promote clean energy, with the ‘Made in India’ initiative. Livguard is working towards providing reliable and sustainable power to a digitally driven India. 

Domestic manufacturing is a key pillar of India’s clean energy ambitions—how has Livguard strengthened its local manufacturing capabilities to support energy security and self-reliance? 

Livguard has strengthened local manufacturing to help achieve India’s clean energy goals and the country’s ‘Atmanirbhar Bharat’ vision by increasing production facilities in various parts of the country. The proposed expansion and massive investments in building research capabilities, lithium manufacturing by Livguard are expected to push this vision forward.  

Our innovative and comprehensive portfolio of energy storage solutions such as inverters, inverter batteries, solar solutions, automotive solutions, and e-rickshaw batteries have won the trust of millions of customers across the country. 

As India transitions toward renewables, what gaps do you see in current energy storage infrastructure, and how is Livguard working to bridge these gaps at scale? 

The Indian energy storage system requires expanded distribution networks and improved connections to electrical grids and accelerated implementation of intelligent storage technology for renewable energy support. The energy storage solutions from Livguard solve existing problems through its expandable lithium-ion battery systems, which work with their solar power solutions and complete operational systems that boost system performance and environmental protection and delivery of uninterrupted renewable power to residential and commercial customers. 

Lithium and advanced battery technologies are often seen as complex—how is Livguard simplifying adoption for Indian consumers while maintaining performance, safety, and longevity? 

Livguard simplifies advanced battery adoption through its smart maintenance-free lithium-ion solutions, which provide fast charging abilities and extended cycle life and operate with dependable safety features. The company provides products which utilize smart Battery Management Systems together with remote app monitoring to optimize their performance while safeguarding against overcharging and overheating, making them simple to operate for regular users. These solutions are available to customers in easy combos across retail and e-commerce channels. Lightweight compact designs and strong safety features deliver reliable performance and extended product life, which provides Indian homes and businesses complete assurance. 

Looking ahead to the next 10 years, how do you envision Livguard’s role in powering India’s clean energy transition across solar, storage, and emerging energy applications? 

Livguard envisions playing a central role in powering India’s clean energy transition by building an integrated ecosystem across solar, advanced energy storage, and emerging applications. The company aims to make clean power reliable, intelligent, and accessible for homes, businesses, and mobility. By strengthening domestic manufacturing, expanding lithium and smart energy solutions, and embedding digital intelligence into energy systems, Livguard is committed to supporting India’s shift toward decentralised, resilient, and sustainable power infrastructure at scale. 

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