Offgrid Energy Labs has designed ZincGel on a modular platform that can be modified to suit different application requirements and plans to commercially launch ZincGel products in India by next year. The start-up will be targeting mobility partners to bring forth solutions for fleets operating low-powered electric vehicles like two-wheelers and three-wheelers.

 

“ZincGel battery technology is a highly efficient alternative to the costly imported batteries currently available in India. It will balance the performance and pricing of batteries with the introduction of zinc-based non-toxic materials. The first-of-its-kind technology has promising concepts and designs to address most of the issues faced by Li-ion batteries, especially in the battery swapping sector,” stated the company release.

 

Offgrid Energy Labs aims to establish ZincGel as a commercially viable and sustainable technology for battery swapping applications in the low-powered electric mobility segment. It works on a partnership model that leverages the ecosystem while the company will primarily focus on technology innovations within ZincGel Battery for different applications. Offgrid Energy has already partnered with Shell in the segment. It is also in talks with established brands in battery manufacturing, battery swapping, and other ecosystem enablers to create a financially viable network.

 

Offgrid Energy Labs’ ZincGel Battery Technology boasts energy efficiency at par with lithium-ion batteries but with twice the lifecycle and negligible operational cost, leading to significant savings for two-wheeler EV operators. ZincGel batteries can be a viable option to conventional batteries as these can handle performance and thermal stress, ensure zero flammability and ease of manufacturing, and are made from recyclable materials.

 

Rishi Srivastava, Co-founder, Offgrid Energy Labs, said, “We are here to reduce the dependency on Lithium-Ion battery packs and move to sustainable battery storage serving both the stationary as well as specific mobility applications. The demand for batteries is set to skyrocket soon not just in India, but across the globe. What differentiates ZincGel technology is innovative chemistry, design, and democratized materials.”

 

“We look forward to announcing further strategic pilots that solve vexing problems in the energy storage space. For electric three-wheelers, ZincGel will offer at least three times the life, reducing the frequency of battery replacement. Because of all these features, ZincGel is going to be cost-efficient and safer than any other battery technology used in these applications,” said Rishi Srivastava, co-founder, Offgrid Energy Labs.

 

“We are super-excited to tweak ZincGel for battery swapping application. We have designed ZincGel as a modular platform that can be modified basis application requirements. With the ability to prioritize between charging speed, temperature stability, and energy density, our innovation is focused on addressing a wide variety of stationary and low-powered mobility applications. Clearly, the amount of renewable energy that is being injected into the grid is increasing around the world. As a result, we require extremely powerful storage mechanisms to enable the power of renewables. This is where we would drive the new revolution by bringing ZincGel battery technology in priority stationary and mobility applications,” said Tejas Kusurkar, co-founder and CEO, Offgrid Energy Labs.

 

Siddharth Mehta, Principal Shell Ventures, added, “India needs a robust energy storage mechanism to empower the capacity of renewables being injected into the framework. The demand of the hour is to revolutionize the battery technology for the efficient energy storage segment. Offgrid Energy Labs is engaging in this new energy storage ecosystem by inventing a ZincGel battery that is meticulously designed to decarbonize and face the larger challenges which are being faced by several incumbents within the energy storage market.”