Microtek Lithium Combo Heavy Duty vTURBO NEW 1400 + 12.8V 100Ah LFP Lithium Battery

Microtek has emerged as a pioneering force in the energy transition sector, addressing both clean energy generation and efficient energy utilization. As a leading power solutions provider, EAPL focuses on delivering cutting-edge solutions across Last Mile E-Mobility, Solar Power, and Continued Energy Solutions.

Importantly, Microtek offers a comprehensive and diverse portfolio of energy value propositions. This includes technology-agnostic energy storage systems and a broad spectrum of power conversion products designed for both solar energy applications and power backup solutions.

Furthermore, the company employs over 5,000 professionals and operates eight advanced manufacturing units across India. With an impressive annual production capacity of 25 GW, Microtek stands at the forefront of scalable and sustainable energy manufacturing.

In addition, Microtek has established a strong footprint not only across India but also in over 50 international markets. It remains committed to delivering high-quality, reliable, and innovative energy products for residential, commercial, and industrial applications. Notably, Mtekpower is the largest manufacturer of solar tubular batteries in India, setting industry benchmarks in performance and durability.

Moreover, Microtek product brands, serve a wide customer base comprising over 400 OEM partners. With a well-established and robust distribution network of more than 1,000 distributors and 3,300+ service partners, the company ensures seamless product availability and efficient after-sales support across 350+ districts nationwide.

What is a Lithium-LFP Battery?

In today’s energy landscape, the lithium-ion battery represents a modern and powerful upgrade to traditional energy storage systems. Unlike conventional batteries, lithium-ion batteries are smarter, sleeker, and designed to last significantly longer. As a result, they are now widely used in electric vehicles, smartphones, laptops, and — increasingly — in residential and commercial solar energy systems.