Gujarat Fluorochemicals, India’s leading fluorochemical company, announced that its subsidiary GFCL EV has raised USD 80 million from an unnamed global investor. This comes after the GFCL EV raises USD 50 million from the International Finance Corporation (IFC). Thus, the total funding reached USD 130 million (approx. INR 1,100 crore).

In this blog, we cover:

1. What Impact Has Funding Had On GFCL EV Production Capacity?
2. Details on GFCL EV's Rs 6,000 Crore Expansion Plans

3. Statement by the CEO Of Gujarat Fluorochemical Ltd.

4. GFCL Funding History

5. GFCL EV Products 

What Impact Has Funding Had On GFCL EV Production Capacity?

The total capital of USD 130 million will help GFCL EV with the following things:

1. Scaling manufacturing capacity for advanced battery materials. 

2. Global supply chain integration 

3. Support India’s transport energy transition

This funding can be considered a part of GFCL EV’s Rs 6000 crore expansion plan in the next 3-4 years.

Details on GFCL EV's Rs 6,000 Crore Expansion Plans

In February 2024, GFCL EV announced an investment of Rs 6000 crore over 4-5 years to develop a global supply of 200 GWh of EVs and energy storage systems. To implement this, GFCL has already invested Rs 650 crore to tap the growing markets in the US, Europe, and India. 

Statement By CEO Of Gujarat Fluorochemical Ltd.

Related to the funding announcement, CEO Dr Bir Kapoor stated, “With GFCL EV, we are well-positioned to contribute significantly to the evolving landscape of energy transition driven by EV/ESS. Backed by the rich and long experience of GFL and an integrated value chain, GFCL EV will have synergistic and competitive advantages towards developing cutting-edge solutions."

"We envision a world where innovation meets sustainability, and our foray into the battery supply chain is a testament to this commitment."

GFCL Funding History

GFCL EV Products 

GFCL EV manufactures battery materials used in lithium-ion and sodium-ion batteries.

Their product portfolio includes:

 1. LiPF (Lithium Hexafluorophosphate)

This is the core salt used inside EV batteries, like a conductor that helps lithium ions flow in the battery.

2. NaPF (Sodium Hexafluorophosphate)

This is a similar salt to LiPF₆ but for sodium ion batteries. Sodium batteries are usually cheaper than lithium batteries.

3. PVDF (Polyvinylidene Fluoride)

This is the binding material inside the battery, making it durable and stable.

4. Electrolytes

This is the liquid put inside the battery, which works with a core salt like LiPF.

5. LFP CAM (Cathode Active Materials)

This is the main rod used as a battery material. 

Source: gfl.co.in

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