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Building India’s EV and Energy Storage Future Through Advanced Lithium Battery Manufacturing


India’s journey toward cleaner mobility and sustainable energy is gaining momentum, and battery technology stands at the center of this transformation. As electric vehicles and renewable energy systems expand, the demand for safe, efficient, and locally manufactured energy storage solutions continues to grow. Addressing this need requires not just innovation, but also strong manufacturing capabilities aligned with Indian operating conditions. This is where Una Eco is emerging as a technology-driven player in the evolving energy landscape.

Batteries as the Backbone of Electric Mobility and Energy Systems

The PDF emphasizes that mobility plays a critical role in economic growth, enabling access to opportunities, resources, and services. As India works toward reducing fossil fuel dependence, electric mobility and energy storage systems are becoming foundational elements of this transition.

At the heart of both lies battery technology. Batteries act as the fuel source for electric vehicles and as stabilizers for renewable energy systems. Their performance directly affects efficiency, safety, and long-term reliability. High internal impedance, thermal instability, and limited lifecycle performance can significantly reduce the effectiveness of energy storage, especially in demanding environments.

A Joint Venture Built on Technology and Execution

Una Eco Systems Private Limited operates as a joint venture between VD Networks India Pvt. Ltd. and Fine Eco Solution Corporation (FES) of Japan. This collaboration integrates strong local execution capabilities with advanced battery research and manufacturing expertise developed in Japan.

The partnership allows Una Eco to combine deep technical knowledge with practical, on-ground implementation. While VD Networks contributes infrastructure development, regulatory navigation, and operational strength in India, FES brings decades of experience in lithium-ion battery innovation, manufacturing automation, and rapid-charging technologies. Together, they aim to strengthen India’s domestic battery ecosystem.

Manufacturing Focused on Indian Conditions

A key aspect of Una Eco’s strategy is localized production. As outlined in the PDF, the company is establishing a greenfield lithium-ion battery assembly plant at Sanand GIDC in Gujarat. The facility is being commissioned in phases and represents a significant investment in India’s energy manufacturing capacity.

Local manufacturing enables tighter quality control, faster response to market needs, and better alignment with Indian climatic and usage conditions. The plant is designed to support battery cell modules, battery packs, and integrated control systems, creating a comprehensive production environment rather than isolated components.

Hi-LMO™ Technology and Performance Advantages

One of the core technologies highlighted in the PDF is Hi-LMO™, a lithium manganese oxide–based battery chemistry. This technology is engineered to deliver high safety, low internal impedance, and excellent cell balance.

Low internal impedance allows faster energy transfer during charging and discharging, improving efficiency and reducing energy loss. Hi-LMO™ batteries also demonstrate controlled temperature rise during high-current operation, making them suitable for environments with elevated ambient temperatures.

These characteristics contribute to longer battery life, stable voltage output, and improved usable energy—key factors for electric mobility and stationary storage applications.

Supporting Electric Mobility Across Segments

The PDF outlines Una Eco’s focus on batteries for multiple vehicle segments, including electric two-wheelers and passenger vehicles. Two-wheelers dominate India’s EV market, requiring lightweight, efficient, and durable battery systems capable of handling frequent charge–discharge cycles.

At the same time, passenger vehicle applications demand higher energy capacity and consistent power delivery. Hi-LMO™ technology supports these requirements through stable performance and strong safety characteristics, enabling reliable operation across diverse mobility use cases.

Expanding Into Energy Storage Applications

Beyond mobility, Una Eco’s vision extends into stationary energy storage. The PDF highlights applications such as battery grids, hybrid inverters, and backup power systems. As renewable energy adoption increases, batteries play a critical role in storing excess generation and ensuring power availability when supply fluctuates.

Lithium-based systems are particularly effective in this role due to their efficiency, lifecycle stability, and ability to support frequent cycling. These Energy Storage Solutions help strengthen grid resilience and support the broader transition to cleaner energy.

Integrated Systems and Intelligent Controls

Another important aspect discussed in the PDF is system-level integration. Una Eco plans to develop battery controller modules, vehicle control units, and IoT-based monitoring systems. These components enable better management of charging behavior, energy utilization, and overall battery health.

Such integration improves safety, optimizes performance, and ensures consistent operation over the battery’s lifespan. It also reflects a shift from standalone products to intelligent energy systems designed for scalability and long-term use.

Conclusion: Laying the Foundation for a Sustainable Energy Ecosystem

The information presented in the PDF positions Una Eco as a company focused on building long-term value within India’s EV and energy storage sectors. By combining Japanese technical expertise with localized manufacturing and system integration, the company is working to strengthen domestic battery capabilities.

As electric mobility and renewable energy continue to expand, reliable and well-engineered battery solutions will be essential. Una Eco’s approach—centered on safety, efficiency, and scalable manufacturing—reflects a commitment to supporting India’s transition toward a cleaner, more resilient energy future.

About Una Ecosystem

Visit Website For Information : https://unaeco.com/


Contact Us : contact@unaecosystems.com
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