Low‑signature operation
Optimized for deployed environments where acoustic/operational signature and service visits are constrained.
Defence‑ready edge power
Noctis Power converts sky radiative cooling into usable electrical power to keep remote sensors and communications running with minimal maintenance and no fuel logistics.
This page is a pitch template — replace placeholders with validated performance figures and deployment constraints as they become available.
01 · Core
Radiative cooling allows a surface to shed heat to the sky, creating a temperature difference that can be converted into electricity for continuous, unattended operation.
Optimized for deployed environments where acoustic/operational signature and service visits are constrained.
Intended for long‑duration deployments supporting remote sensing and communications nodes.
A modular power platform approach for integration with sensor payloads, radios, and edge compute.
We focus on rapid demonstrations with realistic duty cycles and mission constraints, then harden the design through partnered trials.
02 · Missions
Use cases where logistics, noise, or servicing make batteries and generators a constraint.
03 · Ecosystem
Research and development is conducted with the University of Technology Sydney (UTS), which holds the underlying intellectual property. We are engaging defence primes and integrators to field and scale the capability — the organisations below are outreach targets, not existing partnerships.
Research partner
Target integrators (in discussion)
Power module design, interfaces, and integration into deployed sensor and comms architectures.
Joint evaluation plan, realistic duty cycles, and pathways to qualification.
Manufacturing readiness and defence‑grade supply chain alignment.
04 · Contact
Tell us your power range, duty cycle, operating environment, and integration constraints. We’ll reply with a short evaluation plan and proposed next steps.