AI infrastructure at scale demands secured, redundant power from the utility source through to every rack. Drawing on deep experience in manufacturing power distribution equipment and deploying electrical grid infrastructure across multiple regions, DARKNX understands the complexities of securing utility power as well as integrating self-generation through solar, wind, thermal, natural gas, and other energy sources. Our team designs and builds the complete power delivery chain, from substations and generation through distribution and UPS systems, ensuring resilient, scalable energy for next-generation AI data centers.
DARKNX secures utility power as the foundation of every project, negotiating grid connections, substation agreements, and capacity allocations before construction begins, eliminating the most common cause of project delay.
Power topology is designed specifically for the project's load profile, redundancy requirements, and future expansion, not taken from a standard template and adapted after the fact.
DARKNX manufactures transformers, switchgear, ATS, and UPS systems in-house, removing external vendor dependencies from the most critical items on the power delivery critical path.
DARKNX constructs power and compute infrastructure simultaneously, in-house development provides full control over timelines from power generation to deployment.
Infrastructure capable of supporting the largest AI data centers. Proven expertise delivering gigawatts to facilities including data centers with flexible energy infrastructure that adapts to any load.
Direct energy sourcing and long-term efficiency optimization achieve below-market rates. Deal structures, behind-the-meter PPAs, utility sleeves, JVs, prioritize speed and margins.
Delivering AI power while accelerating next-generation clean energy adoption. Our portfolio spans solar, wind, battery storage, hydro, natural gas, and geothermal, backed by decades of sector expertise.
We focus on locations with clean, scalable power already available, using energy-based screening and trusted utility networks to eliminate the most common cause of project delay before ground is broken.
Integrating diverse sources, renewables, BESS, nuclear, CCS, hydro, geothermal, and fuel cells, with on-site deployment options and proprietary power topology design for each project's specific load profile.
Real-time tuning of power delivery through dynamic resource dispatch, live power modeling, and AI-centric design, ensuring every watt is delivered with maximum efficiency and reliability.