A vertical-axis wind turbine engineered for near-ground conditions — combining lift and drag forces with an intelligent housing to extract far more energy from turbulent, low-altitude airflow.
A portable solar array system built around ISO container logistics: rapid installation, no structural preparation, fully scalable without reconfiguring existing units.
An energy management hub that balances simultaneous wind, solar, grid, and generator inputs in real time — autonomously routing power to loads or battery storage via AI-supported control.
naca.boost
sky.boost
mobile.energy
The Challenge
When a natural disaster strikes — a hurricane, a flood, a wildfire — the electricity grid is typically one of the first things to fail. Yet emergency response depends on continuous, reliable power from the very first hour: communications systems, medical equipment, command infrastructure, and temporary shelter all require a stable energy supply that cannot wait for grid restoration, which may take days or weeks.
Traditional emergency power has long relied on diesel generators — heavy, loud, and dependent on fuel supply chains that are themselves vulnerable to disruption. Fuel logistics in a disaster zone are complex, costly, and often hazardous. Refuelling under operational pressure, in damaged terrain, with broken infrastructure, is a risk that compounds with every hour of deployment.
Why emergency.energy
emergency.energy.village is a fully integrated hybrid renewable energy system — comprising naca.boost vertical axis wind turbines, sky.boost modular solar arrays, master.boost intelligent energy management, and battery.boost storage — all deployable on standard ISO containers that can be pre-positioned, airlifted, or trucked into the field at short notice.
No complex commissioning is required: units are operational within hours of arrival, drawing simultaneously from wind and solar to ensure continuous generation across all weather conditions. master.boost manages energy flow intelligently, with battery.boost providing storage buffering to maintain supply through demand peaks and generation lulls alike. Where grid infrastructure is partially intact, emergency.energy.village connects seamlessly. Where it is not, the system stands fully independent. As the response scales, additional units integrate without reconfiguration.
Reliable, clean energy — from the first hour, wherever the work demands it.
Do you have any questions?
Contact us – together, we'll find the optimal solution for your requirements!
