PolarDC provides purpose-built data‑center campuses delivering high‑density (100 kW + per rack) AI and HPC compute powered entirely by hydroelectric renewable energy with heat‑recovery for low PUE. Its modular architecture enables rapid scaling and offers full‑service options—from rack provisioning to managed operations—allowing enterprises, cloud providers, research labs, and rendering studios to run GPU/TPU/FPGA workloads without managing facility logistics.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises and research organizations that run machine learning, AI, big‑data analytics, or graphics‑rendering workloads often face limited access to data‑center facilities capable of supporting high‑density compute (100 kW+ per rack) while meeting sustainability targets and providing rapid scalability.
Solution
PolarDC operates purpose‑built, AI‑ready data‑center campuses that deliver high‑performance compute capacity on a modular, scalable platform. Each facility is powered exclusively by hydroelectric renewable energy and incorporates heat‑recovery systems to minimize carbon impact and improve overall energy efficiency (low PUE). The infrastructure is engineered to accommodate dense rack deployments exceeding 100 kW, supporting accelerated hardware such as GPUs, TPUs, and FPGA clusters. Customers can choose from a range of service models—from turnkey implementation to ongoing managed operations—allowing them to focus on workload development rather than facility logistics. By locating sites near low‑cost energy sources and employing a modular construction approach, PolarDC enables rapid capacity expansion with minimal business disruption.
Target Audience
Primary customers are AI‑focused enterprises, hyperscale cloud providers, research labs, and graphics‑rendering studios that require dense, sustainable compute infrastructure for training, inference, or large‑scale data analytics.
Features
- High‑density rack design supporting 100 kW + per rack for GPU‑intensive AI and HPC workloads
- 100 % renewable hydroelectric power supply combined with heat‑recovery loops for reduced carbon footprint and improved PUE
- Modular data‑center architecture that allows incremental scaling and fast deployment of additional capacity
- Full‑service delivery options, including rack‑level provisioning, network integration, and ongoing facilities management
- Optimized power distribution and cooling infrastructure tailored for accelerated compute accelerators (GPUs, TPUs, FPGAs)
- Access to low‑cost, stable energy markets to lower total cost of ownership for compute‑intensive customers
- Secure, carrier‑grade networking with redundant connectivity paths and compliance‑ready physical security controls