Conceptual miniature landscape with layered green hills, forests, a winding river, wind turbines and solar panels.

    Sustainability

    Every megawatt
    matters.

    Cooling, power and compute.
    Designed together.

    Explore our approach

    Keep the coolant
    in the loop.

    Closed-loop liquid cooling. Dry heat rejection.
    Designed to avoid evaporation for facility cooling.

    Release the heat.

    Dry coolers transfer heat to outside air, without an evaporative cooling tower.

    Exploded dry cooler drawing with fans, coils and coolant connections

    Know what powers
    your compute.

    Generation, grid access and long-term supply agreements shape the site.

    The renewable share varies by location and over time.

    Explore colocation
    Wind turbine and transmission lines in an agricultural landscape

    Read the figures
    in context.

    Water use, efficiency and energy sourcing depend on the site.

    Cooling water

    The cooling design addresses evaporation. Initial fill, maintenance, domestic and construction water use are separate.

    Site efficiency

    PUE depends on load and operating conditions. Review design assumptions and the reporting period for measured results.

    Renewable supply

    Review the proposed site's generation mix, supply agreements and reporting period. Renewable supply varies by site and over time.

    Let's plan your site.

    Contact Helios