Amp Z provides a power‑first digital‑infrastructure platform that builds and operates gigawatt‑scale AI data‑center campuses with integrated utility supply and on‑site generation. By securing scalable energy from day one, the company delivers rapid deployment (first phase in 12 months) and long‑term capacity up to 500 MW+ per campus, while also offering high‑density fiber connectivity and grid‑enhancing dispatchable power for hyperscale cloud providers and large enterprises.
Funding
Funding not disclosed
Founders
Product
Problem
AI and hyperscale computing workloads are expanding faster than the available power capacity, creating a bottleneck where data center developers struggle to secure reliable, scalable energy for gigawatt‑scale facilities. This power scarcity limits speed to market, long‑term growth, and grid resilience for hyperscalers and enterprise cloud providers.
Solution
Amp Z delivers a “power‑first” digital‑infrastructure platform that builds and operates gigawatt‑scale AI data‑center campuses with integrated utility supply and on‑site generation. By securing energy from day one, the company guarantees resilient, dispatchable power that can be scaled to 500 MW+ within 12 months and expanded to multi‑gigawatt capacity over time. The campuses also provide high‑density fiber connectivity and act as grid‑enhancing resources, feeding excess generation back to the grid to improve overall resilience. This integrated approach gives hyperscalers, neo‑clouds, and large enterprises certainty of capacity, rapid deployment, and a sustainable path for long‑term AI compute growth.
Target Audience
Primary customers are hyperscale cloud providers, neo‑cloud operators, and large enterprises that require massive, reliable AI compute capacity and want to avoid power constraints.
Features
- End‑to‑end development, ownership, and operation of gigawatt‑scale AI data‑center campuses
- Combined utility power and large‑scale on‑site generation (5 GW+ utility, 3 GW+ onsite) for guaranteed energy security
- Modular campus design enabling first‑phase delivery in 12 months with a clear path to 500 MW+ and beyond
- Integrated high‑capacity fiber routes and carrier presence for immediate connectivity
- Grid‑enhancing capability: on‑site generation can be dispatched to support regional grid stability
- Multi‑tenant and turnkey facility options with scalable power, cooling, and compute infrastructure
- Site selection criteria include >1,000 acres, proximity (<100 mi) to major metros, and access to both utility and on‑site power sources