Overview
H11 P-NODE is a modular civilian field station designed to operate remote sensors, equipment, and local networks without depending on an existing grid or terrestrial communications connection.
H11 Systems
Powered autonomous communications node
H11 P-NODE™
Deploy communications, computing, and monitored power where no infrastructure exists.
H11 P-NODE fuses the H11 Powered Nodes direction with a serviceable satellite terminal, local wireless mesh, edge computing, and a conventional solar-battery power system.
Functions without a local grid or fiber connection
Uses physically established subsystems
Preserves clear power, data, and maintenance paths
System Overview
H11 P-NODE™ in context.
What It Does
It supplies protected power to its own communications and computing hardware, links nearby devices through a local mesh network, processes time-sensitive data at the site, and uses satellite service for remote backhaul.
How It Works
A photovoltaic array charges a protected LFP battery through an industrial power controller. The battery feeds the edge computer, satellite modem, flat-panel antenna, mesh radios, and environmental instrumentation through monitored DC distribution. Each subsystem remains independently isolatable and serviceable.
Capabilities
Operational strengths built into the platform.
Each page below is derived from the whitepaper content in the workspace and reframed as a deployment-facing product profile for H11 Systems.
Solar generation with LFP battery storage
Electronically steered satellite backhaul
Local multi-band mesh connectivity
On-site edge processing and data buffering
Environmental and equipment-health monitoring
Remote restart, isolation, and diagnostics
Integrated node architecture
Integrated with the rest of the H11 stack.
Conventional photovoltaic generation
Protected LFP battery and DC power distribution
Flat-panel satellite terminal and modem
Field mesh radio and network gateway
Rugged edge computer with local storage
Weather, grounding, and thermal protection
Applications
Where this system fits.
Remote research and environmental stations
Utility and infrastructure monitoring sites
Emergency communications restoration
Temporary engineering and construction operations
Agricultural and water-management networks