Cloud & Data centres

Continuous Clean Power for Cloud & AI Infrastructure

The Challenge

Global data centre operations are surging — driven by exponential growth in cloud computing, AI workloads, and digital transformation. In 2023, data centres consumed an estimated 350 TWh, representing 2-3% of global electricity demand. Some projections suggest this figure could triple by 2026, exceeding 1,000 TWh annually.

Alongside energy consumption, data centres contribute up to 3% of global CO₂ emissions — with electricity powering servers, cooling systems, and critical infrastructure around the clock.

While initiatives like the Climate Neutral Data Centre Pact target carbon-neutral operations by 2030, current technologies fall short of enabling 24/7 clean power at hyperscale.

Barriers to Decarbonising Cloud & Data Centres

Data infrastructure is now mission-critical — requiring continuous uptime and ultra-reliable power delivery. Yet decarbonising this sector remains difficult due to:

• Geographic constraints — locating renewable-ready sites with adequate transmission access
• Intermittent energy sources — solar and wind don't align with the continuous power demands of hyperscale data environments
• Expensive backup systems — including Battery Energy Storage Systems (BESS) with limited discharge durations and rising grid charging costs

These barriers introduce operational risk, cost volatility, and scalability limits.

What If...

What if cloud infrastructure could be powered by:

• Predictable clean electricity, unaffected by sunlight, wind patterns, or geographic bottlenecks
• Scalable solutions, delivering at industrial scale without fossil-based backups
• A model that supports 24/7 uptime, e-fuels integration for fallback power, and investor-grade returns

Now, you can, with the Propel And Power Ltd Advantage

Introducing a breakthrough in energy delivery for Hyperscalers, colocation operators, and AI-intensive data platforms:

• Continuous clean power from predictable tidal flows — delivering resilient supply with negligible land footprint
• Hybrid offshore architecture — engineered for maximum uptime, modular scaling, and operational safety
• Cost-efficient performance — unlocking profitable, low-emission digital infrastructure at hyperscale

Continuous Clean Power for Industrial Parks and Technology Hubs

The Challenge

Industrial ecosystems are vast and growing:

• 20,000+ industrial parks globally
• 6,000 industrial hubs across 147 countries, concentrated in developing regions
• ~250 eco-industrial parks aiming for sustainability

Despite their intent, most eco-industrial parks still rely on fossil-based power, as intermittent renewables cannot deliver uninterrupted energy at scale.

The ICT sector alone consumed 4–6% of global electricity in 2020 — and despite efficiency gains, rising demand has kept total consumption flat. Collectively, these industries contribute over 10% of global emissions, underscoring the urgent need for clean, reliable power.

Barriers to Decarbonisation

Industrial parks, manufacturing zones, and ICT delivery centres operate 24/7 and require highly reliable power. Yet current renewable solutions fall short:

• Renewable-ready locations are scarce and often lack grid access
• Solar and wind intermittency mismatches continuous operational demand
• Backup systems like BESS are costly and limited in duration
• Commuter emissions from inadequate public transport and inaccessible EV charging amplify carbon footprints

These issues create operational volatility, inflate costs, and hinder scalability across mission-critical industrial infrastructure.

What If...

Imagine industrial parks powered by:

• Predictable clean electricity, unaffected by weather or geography
• Scalable deployment models, eliminating dependence on fossil backups
• A future-ready energy framework enabling 24/7 uptime, e-fuels integration, and strong investor returns

Now, you can, with the Propel And Power Ltd Advantage

A game-changing clean energy solution engineered for industrial-scale reliability:

• Continuous power from tidal flows — unlocking consistent supply with negligible land impact
• Hybrid offshore architecture — designed for resilience, modular expansion, and safety
• Cost-efficient energy delivery — supporting low-emission operations, digital infrastructure, and sustainable commuter ecosystems