GlobePool announced the completion of its North America green energy expansion, integrating wind-solar hybrid generation, flexible load control, and advanced thermal management across the site. The project raises the share of clean power, improves energy efficiency, and reduces operating carbon intensity, providing a more resilient foundation for high-throughput, low-latency cloud mining workloads. This milestone underscores GlobePool’s commitment to sustainable growth, scaling compute capacity while stabilizing user returns through energy-aware scheduling.

Project scope and goals

• Higher clean power share: New wind and photovoltaic arrays are integrated with regional renewable markets to reduce fossil reliance and stabilize energy costs.

• Greater flexibility: Demand-responsive load strategies and storage coordination mitigate peak pricing exposure while maintaining continuous compute delivery.

• Thermal efficiency: Liquid/immersion cooling and waste-heat recovery lower PUE and extend equipment lifespan.

Technical implementation

1. Generation and interconnection

• Wind-solar synergy: Capacity is sized against seasonal and intraday load profiles—PV smooths daytime loads, wind complements night and low-irradiance periods.

• Virtual power plant (VPP): The site participates in demand response and ancillary services, improving grid friendliness and economic efficiency.

• Storage buffer: Electrochemical storage with an energy management system absorbs short-term variability and optimizes coupling between generation and compute loads.

2. Energy management and scheduling

• AI-driven energy scheduler: Combines pricing signals, renewable curves, and job queues to allocate power and task priority for joint optimization of yield and efficiency.

• Multi-currency orchestration: Shifts or blends workloads across time windows to avoid non-critical tasks during high pricing periods, stabilizing aggregate returns.

• Carbon accounting: A site-level carbon intensity model tracks emissions per unit of compute and supports quarterly disclosure.

3. Cooling and reliability

• Liquid and immersion cooling: Applied in high-density zones to reduce chip junction temperatures and fan power while cutting noise and maintenance.

• Waste-heat reuse: Heat exchangers supply low-grade thermal energy to nearby facilities, improving overall energy utilization and PUE.

• Redundancy and rollback: Rolling migrations and mirrored backups ensure zero service interruption and data integrity during expansion.

Operations and compliance

• Renewable certification: Incorporation of renewable energy certificates (RECs) or equivalent attestation enables transparent reporting.

• Grid safety coordination: Event hooks with regional dispatch centers support rapid incident response during extreme weather or grid volatility.

• Audits and reporting: Enhanced efficiency and carbon reports provide verifiable quarterly disclosures for institutional due diligence.

User value and business impact

• More stable earnings: Energy-aware scheduling and cleaner power reduce volatility in operating costs and payout cycles.

• Higher availability: Improved cooling and redundancy lower failure rates and downtime, increasing delivery quality.

• ESG alignment: Custody-friendly, low-carbon compute options support institutional ESG requirements and sustainable investment mandates.

• Partnership momentum: Green expansion strengthens policy engagement and industry partnerships, building a durable supply ecosystem.

Roadmap

GlobePool will extend wind-solar-storage sites across North America and replicate proven cooling methods in additional regions, forming a multi-region clean compute fabric. Next steps include embedding carbon intensity tiers in product labels and contracts, enabling users to select low-carbon compute SKUs and achieve tri-optimization of yield, efficiency, and footprint.

Company statement

Sustainability and availability remain core to GlobePool’s platform architecture. We will continue scaling green compute through rigorous engineering and data-driven operations so users benefit from reliable returns paired with real environmental value.