AI is redefining how digital infrastructure is built. Traditional enterprise data centers were not designed for GPU-dense compute, large-scale AI training, high-performance networking, or modern inference workloads. Techno Digital is building a new generation of AI-ready hyperscale infrastructure engineered for high-density compute, scalable power delivery, low-latency connectivity, and long-term operational efficiency.

Backed by Techno Electric & Engineering Company (TEECL), one of India’s leading power infrastructure companies with more than four decades of experience. Our campuses are designed from the power layer upward, enabling enterprises, hyperscalers, cloud platforms, and AI companies to scale with confidence.

100 MW Hyperscale facility

Across Chennai, Noida and Kolkata campuses

200 MW Total Capacity Footprint

23 Indian states, 102 edge data centers
across India

63000 + km Fiber

India’s largest network backbone via Railtel’s, Govt. of India PSU partnership

40+ years of legacy

TEECL built more than 50% of India’s national power grid

$1 Billion Capital committed

Investment committed to develop data centers by FY 2030

AI-ready Data Centers across India

Built to support hyperscale cloud, GPU clusters, AI platforms, enterprise applications, and next-generation digital infrastructure workloads.

Chennai Data Center

50 MW IT Load Capacity | 1.35 PUE | Rated – 3 Facility

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Noida Data Center

30 MW (Phase-1 Live) | Uptime Tier III

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Kolkata Data Center

15 MW Launching in 2027 | 1200 Racks | Uptime Tier – III

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Infrastructure Designed for the next AI era

AI workloads are fundamentally changing infrastructure requirements. Unlike traditional enterprise applications, AI environments require significantly higher rack densities, larger contiguous power blocks, advanced cooling systems, ultra-fast internal networking, and scalable GPU infrastructure.

Most Infrastructure must support

GPU-intensive compute clusters

50–100 kW per rack sustained, structural headroom for next-generation accelerators

Cooling adaptability

Water-cooled with adiabatic cooling towers with direct-to-chip (DLC) liquid cooling readiness built in

Carrier-neutral interconnect

Multiple carriers at each campus, dark fiber access, sub-10 ms edge reach via RailTel

High east-west network traffic

Dark-fiber spine fabric with sub-microsecond GPU-to-GPU latency

Large-scale storage throughput

Multi-terabit storage I/O for model training pipelines

Techno Digital’s hyperscale campuses are engineered around these requirements from DAY ONE not retrofitted to meet them.

Built from India’s Power Infrastructure Expertise

AI infrastructure scalability is increasingly defined by power availability, power quality, and efficient energy delivery. Techno Digital benefits from decades of experience in India’s power and transmission ecosystem through TEECL’s infrastructure legacy.

Our power-first infrastructure philosophy focuses on

Long term power planning

Grid integration locked in across Tier-1, Tier-2 and Tier-3 markets eliminating the 18–36 month power access delay that affects most Indian data center projects.

High Density Readiness

Power delivery architecture designed for current and next-generation GPU density, structural headroom for two further GPU generations without campus redesign

Efficient Energy Delivery

Right-sized blocks eliminate stranded capacity, reduce cost per compute unit, & enable customers to scale incrementally without paying for unused power.

Future Scalability

Re-deployable rack and busway architectures throughout. Power-block modularity prevents capacity stranding as workload density evolves.

Infrastructure Resilience

Multiple power feeds, N+1 cooling redundancy, and autonomous backup systems across all our hyperscale campuses in India

This integrated approach allows us to design campuses optimized for next-generation AI and hyperscale infrastructure growth.

Sustainable, Scalable, Future-ready

Renewable Energy Integration

Renewable energy sourcing strategies supported through TEECL’s energy ecosystem relationships and long-term infrastructure planning.

 

Energy Efficient Design

Infrastructure designed around operational efficiency, scalable cooling systems, optimized airflow management, and future-ready power architecture.

Water responsibility

Cooling and infrastructure strategies designed to improve water efficiency and support responsible long-term operations.

Future-Ready Scalability

Infrastructure modularity designed to support future generations of high-density AI and GPU workloads without significant architectural redesign.

Responsible Infrastructure Growth

Focused on long-term operational sustainability, infrastructure transparency, and scalable digital ecosystem development.

Ready to Build on India's Most Advanced AI Infrastructure?
Whether you're planning a hyperscale deployment, evaluating edge latency, or exploring GPU colocation options — our team is ready to scope your requirements.
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Frequently Asked Questions

1. What is an AI-ready data center?

An AI-ready data center is designed to support GPU-intensive workloads, high-density compute environments, advanced cooling systems, scalable power delivery, and ultra-fast networking infrastructure required for AI training and inference.

2. Does Techno Digital support GPU and AI workloads?

Yes. Techno Digital’s hyperscale campuses are designed for GPU-ready deployments, AI infrastructure environments, high-density compute clusters, and enterprise AI workloads.

3. What makes Techno Digital different from traditional data center providers?

Techno Digital combines hyperscale infrastructure development with deep expertise in power infrastructure through TEECL’s legacy in India’s transmission and energy ecosystem.

4. Which industries can use Techno Digital infrastructure?

Industries include AI companies, cloud platforms, enterprise IT, BFSI, healthcare, manufacturing, media & entertainment, telecom, and digital services providers.

5. Are Techno Digital campuses designed for hyperscale deployments?

Yes. Our campuses are designed to support hyperscale infrastructure requirements including scalable power delivery, high-density compute environments, and future-ready infrastructure expansion.

6. How does Techno Digital approach sustainability?

Our sustainability approach focuses on energy-efficient infrastructure design, renewable integration planning, operational efficiency, and responsible long-term infrastructure development.

7. What locations are currently part of Techno Digital’s hyperscale roadmap?

Current hyperscale campuses include Chennai, Delhi-NCR (Noida), and Kolkata as part of our long-term AI-ready infrastructure expansion strategy.