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