Hypervolt’s platform unifies utility-grade power generation, multi-hour storage, intelligent microgrid control, and high-density compute into a single engineered system. Owned, operated, and optimized as one.
Each layer is engineered in-house, integrated at the protocol level, and operated under a single control plane. No third-party dependencies.
Onsite generation systems designed for extreme load-following. Gas, solar and hybrid configurations delivering continuous baseload to high-density compute clusters without grid dependency.
Multi-hour battery energy storage systems with predictive dispatch. Buffers generation variability, captures price arbitrage, and provides instant ride-through for compute clusters during transient events.
Hypervolt’s control plane orchestrates generation, storage and compute loads in real-time. Black-start capable. Islanded operation. Native integration with the Ibeju-Lekki campus and future continental expansion.
High-density compute halls delivered turnkey. Liquid-cooled, power-dense, sovereign. From training clusters to inference nodes — purpose-built for the workloads that will define African intelligence.
Generation flows into storage. Storage feeds the microgrid. The microgrid orchestrates compute. One control plane. One telemetry stream. One owner.
Multi-fuel turbines and solar arrays deliver continuous baseload behind the meter.
Battery systems buffer variability and provide ride-through during transient events.
The microgrid control plane dispatches power and balances loads in real-time.
Liquid-cooled halls deliver sovereign inference and training capacity on demand.
The Hypervolt platform is configured per workload profile — matched compute density, power architecture, and operational posture.
Multi-week training runs at hyperscale with deterministic power delivery and zero grid interruption.
Production AI under national jurisdiction. Data, compute, and energy all remain within sovereign boundaries.
RAG pipelines, copilots, and internal LLM workloads deployed turnkey for enterprise buyers.
Burst capacity for universities, AI labs, and research consortia running frontier experiments.
Latency-sensitive workloads for telcos, CDNs, and real-time AI applications at the edge of the network.
Overflow capacity for hyperscalers and enterprises needing guaranteed peak-load coverage.