UNHCR
For a recent UNHCR project, Sunslice developed a customized LinkPower Energy Flight Case to support field communication and coordination infrastructure in remote humanitarian operations. The systems were supplied through an integrator and configured to power Starlink Flat High Performance antennas, networking equipment, and Wi-Fi access points, providing reliable connectivity in environments where grid power is unavailable or unstable.
Each kit combined two rugged flight cases — one dedicated to power generation and energy management, and another housing a removable communication rack with routers, switches, and network controllers. Together, they formed a self-contained, portable network hub that could be transported, deployed, and operated within minutes, ensuring secure and continuous connectivity for field teams.
In this project, Sunslice delivered robust off-grid energy and connectivity solutions tailored for demanding humanitarian missions, demonstrating the scalability and adaptability of the LinkPower range. Similar configurations can support other UN operations, from refugee camp coordination to emergency response centers, or mobile command posts in remote areas.
About the LinkPower Energy Flighcase
Off-Grid Power and Connectivity for Critical Field Missions
The LinkPower Energy Flight Case is a fully integrated, transport-ready power system engineered for telecommunication, defense, and industrial field operations. Equipped with a 1024 Wh LiFePO₄ battery and a 500 W pure sine inverter, it delivers stable 230 V AC power for Starlink Flat High Performance (Gen 2 & 3), Starlink Standard, or Intellian OneWeb terminals — all of which fit seamlessly inside the rugged IP67 flight case.
Every unit houses its battery, inverter, charging electronics, and monitoring systems directly within the case, creating a compact and field-proof energy hub. Dual external AC outlets ensure rapid deployment and safe operation, while integrated Bluetooth and Wi-Fi connectivity enable real-time monitoring through the LinkPower App or web-based fleet dashboard.
Designed for off-grid autonomy, the system provides up to 8 hours of runtime for a Starlink terminal and supports both AC and solar charging for maximum flexibility. A deeper variant offers additional storage for solar panels, routers, or compact servers, and each configuration can be custom-built to match specific mission requirements.
Sunslice’s LinkPower range combines engineering excellence with field-proven reliability — powering connectivity wherever it’s needed.
