GPC Infrastructure provides pre‑configured modular power blocks that enable data center operators to quickly scale on‑site power while guaranteeing a predictable energization timeline. Their solutions integrate grid‑forming battery energy storage systems sized for 40‑80% of IT load, delivering AI‑grade power quality and 99.9% generator‑level uptime. Flexible deal structures let customers reserve equipment, secure schedules, and adapt the microgrid configuration as their facility’s needs evolve.
Funding
Funding not disclosed
Founders
Product
Problem
Data center projects often face lengthy and uncertain timelines to achieve on‑site power, especially when integrating high‑quality, AI‑ready electricity and backup capacity. Delays in energization can stall construction, increase costs, and limit the ability to meet the stringent power reliability required for AI workloads.
Solution
GPC Infrastructure offers pre‑configured, modular power blocks that combine grid‑forming battery energy storage systems (BESS) with generator‑level reliability. Each block is sized to supply 40‑80% of the IT load, delivering AI‑grade power quality and 99.9% uptime. The standardized design enables rapid, scalable ramps, allowing data center operators to secure equipment and schedules in advance and achieve energization in as little as 18 months. Flexible commercial arrangements let operators reserve capacity, align stakeholders, and adjust the solution as the facility evolves. The architecture also supports future integration into an on‑site microgrid with optimized utility interconnection, providing long‑term flexibility and control over power sourcing.
Target Audience
Primary customers are data center operators and developers seeking rapid, reliable on‑site power solutions for AI‑intensive workloads.
Features
- Modular, pre‑engineered power blocks with integrated grid‑forming BESS for fast deployment
- Battery capacity sized for 40‑80% of IT load to smooth AI workload transients
- Generator‑level 99.9% uptime guarantee through combined storage and backup systems
- Scalable design that supports incremental expansion as data‑center demand grows
- Flexible deal structures for equipment reservation, schedule security, and contract adaptability
- Pathway to an integrated microgrid with optimized utility interconnection for long‑term flexibility