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AUREQA GROUP · KUALA LUMPUR, MALAYSIA
Greentech: green energy for a digital future
Green technology connects clean energy, efficient infrastructure and responsible growth as AI and data centres reshape electricity demand.
Discovery. Design. Development.
People. Planet. Profit.
GREEN TECHNOLOGY + ENERGY
Power progress responsibly.
Renewable energy
Explore solar and other renewable-energy opportunities through project, technology and financial partners, with feasibility and practical delivery at the centre.
Storage & efficiency
Battery storage, energy monitoring, efficient equipment and smarter resource use can support resilience and reduce avoidable consumption.
Sustainable digital infrastructure
Data centres and AI need reliable power, efficient cooling and responsible water use. Green technology connects these needs with renewable supply and operational intelligence.
GLOBAL CONTEXT · SOURCES & DATES
Opportunity at a world scale.
Global installed renewable electricity capacity at the end of 2025; 692 GW was added during the year.
Malaysia’s renewable installed-capacity target under the National Energy Transition Roadmap; a target, not today’s generation share.
Global data centre electricity consumption: 2025 estimate and IEA’s 2030 projection, respectively.
Figures describe the wider sector, not Aureqa revenue or project performance. Forecasts are estimates and may change.
MALAYSIA · A GROWING DIGITAL HUB
Clean energy and data centres belong in the same conversation.
MIDA’s 2025 investment-performance report states that 49 data centres had signed Electricity Supply Agreements by September 2025, representing 7.1 GW of total maximum demand. This is contracted maximum demand, rather than measured consumption or completed capacity. MIDA · Investment Performance Report 2025 ↗
Malaysia’s sustainable data centre framework emphasises energy efficiency, renewable supply and water efficiency. Project planning can connect technology partners, energy providers and commercial expertise while assessing grid access, cooling, land and long-term resource needs.
AI can support smarter energy operations, while its own infrastructure creates new power and cooling requirements.
- Load forecasting, energy-use analytics and predictive maintenance.
- Renewable generation forecasting and storage scheduling.
- Cooling optimisation and reporting of energy and water performance.
- Evaluate savings against a baseline, alongside reliability, data quality and operating costs.
Applications are scoped with partners and validated against each project’s data, operational and governance requirements.
Connect expertise with opportunity.
Talk to Aureqa about your next project or partnership.