The Silicon Shock and What India Can Build From Its Own Waste

Entity 2

Captive Power & Materials Sovereignty in the AI Build-Out

Technology has stopped behaving like a deflationary tailwind and started behaving like energy — a strategic input, a price shock, and a balance-of-payments drain. The question for India is no longer how to price technology, but how much of it can be supplied domestically, and from what resources. Key Takeaways

• Be honest about the layer. The current price spike is primarily a memory and compute story. We do not claim to solve that challenge.

• Win the adjacent layer. Power and power-electronics materials are where India can realistically build competitive advantage.

• Pinakin HPFC is the near-term opportunity. Captive hydrogen-based power that is commercially viable today, with fast payback periods.

• BharatSiC is the long-term sovereignty play. Silicon carbide produced from domestic waste streams instead of imported feedstock.

The Technology Cost Shock

Recent global analysis suggests that technology, once a source of falling costs, is now behaving like a strategic commodity similar to energy.

Global IT spending is projected to reach approximately $6.3 trillion by 2026, with AI-related spending approaching $2.5 trillion. This level of investment is comparable to global clean-energy spending and several times larger than annual oil-supply investments.

The impact is visible through:

• Memory shortages

• Rising AI operating costs

• Growing dependence on imported compute infrastructure

• Widening current-account deficits for technology-importing nations

Where the Exposure Exists — And Where It Doesn't

The core of the current technology shock lies in:

• DRAM

• High-bandwidth memory (HBM)

• NAND

• Advanced logic chips

• The recurring cost of AI computation

  
  

India cannot realistically close this gap in the near term, and Y-Capita does not claim to.

Instead, the opportunity lies one layer below:

• Power generation

• Power infrastructure

• Power-electronics materials

These markets are large, rapidly growing, import-dependent, and most importantly, can be built using Indian resources.

Strategic Positioning

Layer	Exposure	Y-Capita Position
Memory & Logic	Core price shock	No direct position
AI Compute & Power	Rising infrastructure costs	Pinakin HPFC
Power-Electronics Materials	Strategic future bottleneck	BharatSiC (proposed)

Key Insight: Conceding the memory layer strengthens the credibility of the power and materials strategy.

The Near-Term Solution: Pinakin HPFC

AI infrastructure ultimately depends on power.

As data centers expand and AI workloads increase, electricity demand is growing faster than many national forecasts anticipated.

Pinakin HPFC addresses this challenge through:

• Modular hydrogen fuel-cell systems

• Deployment sizes from 33 kW to 1 MW

• On-site power generation

• Fuel-cost-driven economics rather than utility-driven pricing

• Commercial deployment readiness today

  
  

Economics Snapshot

For a 1 MW IT load operating at a PUE of 1.5:

• Estimated LCOE: approximately ₹5/kWh

• Typical grid power comparison: ₹6–9/kWh

• Estimated payback: around 1.7 years versus grid power

• Faster payback compared to diesel alternatives

  
  

The commercial value proposition is immediate, measurable, and deployable.

The Sovereignty Flagship: BharatSiC (Proposed)

As industries increasingly adopt silicon carbide (SiC) for:

• Data center power systems

• EV powertrains

• Solar inverters

• Grid infrastructure

SiC is becoming a strategic material.

Today, much of the supply chain remains import-dependent.

BharatSiC's Proposition

Recover high-grade silica from:

• Steel blast furnace slag

• Alumina red mud

• Other domestic industrial waste stream

  
  

Instead of importing feedstock, India can refine and utilize its own waste resources.

In simple terms:

• Conventional silicon is like a standard pipe.

• Silicon carbide is a high-pressure industrial pipeline capable of handling greater heat, higher power densities, and lower energy losses.

  
  

This makes it increasingly critical for modern energy infrastructure.

Important Note: BharatSiC remains a proposed strategic initiative and should be positioned as a long-term sovereignty opportunity rather than a near-term commercial offering.

The Strategic Framing

The current technology shock is fundamentally a supply constraint.

The mistake is chasing the constrained commodity itself — memory.

The smarter position is owning the adjacent inputs that everyone will need more of:

• Power generation

• Power-electronics materials

  
  

Both can be produced domestically.

One of them can potentially be produced from India's own waste streams This is not a bet on chips. It is a bet on the infrastructure required to support them.

Audience & Next Steps

Policy & Sovereignty Stakeholders

• MeitY

• India Semiconductor Mission

• MNRE

• NITI Aayog

  
  

Commercial Buyers

• Hyperscale data centers

• Colocation operators

• Large AI infrastructure developers

  
  

Strategic Capital

• Sovereign-focused investors

• Infrastructure investors

• Long-term industrial capital

  
  

Recommended Sequencing

1. Lead with Pinakin HPFC as the commercially proven solution.

2. Use BharatSiC as the long-term sovereignty narrative.

3. Engage government stakeholders through the materials-independence and semiconductor-resilience story.

   
   

Conclusion

The winning strategy is not to compete directly in memory and advanced chip manufacturing.

The opportunity lies in building ownership of the infrastructure that AI and advanced computing inevitably require: power generation and power-electronics materials.

Pinakin HPFC provides the near-term commercial wedge.

BharatSiC provides the long-term sovereignty vision.