Que: India is witnessing unprecedented growth in its digital economy. How do you assess the current trajectory of the country's datacentre market, and what factors are driving this expansion?

Ans: India's datacentre market is growing at an unprecedented pace, driven by the rapid expansion of the country's digital economy. Today, businesses, governments, and consumers are generating and consuming more data than ever before, creating a significant demand for robust digital infrastructure.

Key growth drivers include increased cloud adoption, AI-led workloads, the rollout of 5G networks, and government initiatives such as Digital India. In addition, data localisation requirements are encouraging organisations to store and process data within the country, further boosting investments in datacentre capacity.

Going forward, the focus will not just be on adding capacity but on building resilient, energy-efficient, and future-ready infrastructure. India has all the right ingredients to emerge as a global datacentre hub, and we see tremendous opportunities in enabling that growth through reliable power and infrastructure solutions.

Que: The rapid growth of AI workloads is creating new demands on datacentre infrastructure. How are datacentre designs changing to support high-density computing and AI applications?

Ans: The rise of AI is fundamentally reshaping datacentre design. Unlike traditional workloads, AI applications require significantly higher computing power, which translates into greater power density, more advanced cooling requirements, and highly resilient infrastructure.

As a result, we are seeing a shift towards high-density racks, liquid cooling technologies, intelligent power distribution systems, and scalable architectures that can efficiently handle intensive processing demands. The emphasis is increasingly on optimising power usage, thermal management, and operational efficiency.

As AI adoption accelerates, datacentres will need to become more flexible, resilient, and energy efficient. This evolution presents a significant opportunity for infrastructure providers to develop solutions that support the next generation of AI-driven innovation and digital growth.

Que: Datacentres are often criticised for their high energy consumption. How can operators balance growing computing demand with sustainability goals?

Ans: Datacentres are often perceived as large energy consumers, but the focus today is shifting from how much energy is consumed to how efficiently that energy is utilised. As AI and digital workloads continue to grow, operators must prioritise infrastructure that delivers higher computing performance with a lower environmental impact.

This requires a combination of high-efficiency power systems, advanced cooling technologies, intelligent energy management, and greater integration of renewable energy sources. Every improvement in power utilisation effectiveness (PUE) directly contributes to reducing operational emissions and supports broader sustainability objectives.

From an industry perspective, sustainability is no longer a compliance requirement—it is a business imperative. The datacentres of the future will be those that align growth with responsible resource utilisation, supporting global goals such as affordable clean energy and climate action while continuing to meet the demands of a rapidly digitalising economy.

Que: Renewable energy is increasingly becoming a priority for datacentre operators globally. How do you view the role of solar, wind, and other clean energy sources in powering India's future datacentres?

Ans: Renewable energy will play a critical role in powering the next generation of datacentres in India. As demand for digital services, AI, and cloud infrastructure continues to rise, datacentre operators are under increasing pressure to balance growth with sustainability.

Solar, wind, and other clean energy sources can significantly help reduce the carbon footprint of datacentres while also supporting long-term energy security. We are already seeing leading operators explore renewable energy procurement, hybrid energy models, and more efficient infrastructure designs to meet their sustainability goals.

However, since datacentres require uninterrupted power, renewable energy adoption must be complemented by reliable energy storage systems, intelligent power management, and resilient backup infrastructure. Going forward, I believe sustainability will become a core pillar of datacentre design, and renewable energy will be at the heart of that transition.

Que: Beyond renewable power procurement, what other measures can datacentres adopt to reduce their carbon footprint?

Ans: While renewable energy is certainly important, reducing a datacentre’s carbon footprint goes beyond just sourcing green power. Operators need to focus on making their facilities more energy efficient through smarter cooling systems, advanced power management, AI-driven monitoring, and high-efficiency infrastructure. Designing datacentres with sustainability in mind, optimising resource utilisation, and extending the lifecycle of critical equipment can also make a significant difference. Ultimately, it's about building intelligent, efficient, and resilient infrastructure that delivers both performance and sustainability.

Que: As digital services become increasingly mission-critical, what are the key considerations for ensuring datacentre resilience and uptime?

Ans: When we talk about datacentre resilience and uptime, it really comes down to ensuring that critical digital services remain available at all times. This requires a strong foundation of reliable power infrastructure, efficient cooling systems, and built-in redundancy so that if one component fails, operations continue without disruption.

At the same time, real-time monitoring, predictive maintenance, and robust disaster recovery plans are essential to identify risks early and respond quickly when needed. As workloads become more demanding with the growth of cloud and AI, datacentres must be designed to be both resilient and scalable, ensuring uninterrupted performance and business continuity.

Que: Could you share some recent innovations or solutions that BPE has developed specifically for the datacentre sector?

Ans: At BPE, we are focused on developing solutions that improve datacentre efficiency, reliability, and energy performance. One of our recent innovations is the BPE Active Tile, the world's thinnest active tile solution for legacy datacentres, designed to improve airflow management, eliminate hotspots, and enhance cooling efficiency even in cable-congested environments.

We have also introduced intelligent temperature monitoring solutions that provide real-time visibility into thermal conditions across the datacentre. Together, these solutions help operators optimise cooling, improve energy efficiency, reduce power consumption, and deliver more effective energy savings while maintaining high operational reliability.