NATO DIANA: Energy & Power

Sweden · 2025 cohort

Develops advanced power regulation and energy management technologies.

Czechia · 2025 cohort

Develops novel atomic-scale energy technologies for portable and distributed power applications.

Sweden · 2025 cohort

Develops next-generation circuit breaker and power protection technology for smart energy systems.

United Kingdom · 2025 cohort

Develops wireless inductive power transfer systems for secure military equipment charging.

United Kingdom · 2025 cohort

Develops hydrogen production and purification technology for resilient, clean energy supply.

United States · 2025 cohort

Develops lightweight, high-energy-density battery solutions for portable and mobile military power.

Sweden · 2025 cohort

Develops intelligent power management systems for energy-efficient defence platforms.

Germany · 2025 cohort

Develops airborne wind energy systems using autonomous flying turbines for remote power generation.

Italy · 2025 cohort

Develops offshore renewable energy integration systems for resilient maritime power.

United States · 2025 cohort

Develops pulsed power energy storage and conversion technology for directed-energy applications.

United Kingdom · 2025 cohort

Develops clean energy generation and storage solutions using advanced chemical processes.

Netherlands · 2025 cohort

Develops spherical motor and actuator technology for compact, multi-axis robotic and aerospace applications.

United States · 2025 cohort

Develops autonomous, AI-driven edge computing and energy systems for remote field operations.

United States · 2025 cohort

Develops terahertz-frequency electronics for high- speed communications and sensing.

United States · 2026 cohort

Develops utility-scale, low-cost wind energy systems built for resilient operation at remote sites.

Spain · 2026 cohort

Develops hybrid solar-battery-hydrogen systems providing reliable off-grid and backup power.

Norway · 2026 cohort

Develops autonomous sensor networks for resilient energy monitoring in critical infrastructure.

Luxembourg · 2026 cohort

Builds energy and fuel supply resilience from local waste at fossil-competitive cost.

Belgium · 2026 cohort

Develops passive cooling for energy-efficient, resilient and mission-ready data centres.

Canada · 2026 cohort

Develops a fuel-flexible turbogenerator for resilient, efficient mobile and microgrid power.

France · 2026 cohort

Develops next-generation light modulators disrupting data centre efficiency.

Canada · 2026 cohort

Develops cyber-secure, rapid-deploy modular energy systems for austere and off-grid environments.

United States · 2026 cohort

Develops bio-inspired composite structures for resilient multi-environment operations.

United Kingdom · 2026 cohort

Develops on-site, on-demand production, storage and dispensing of green liquid hydrogen.

Italy · 2026 cohort

Develops modular embedded supercapacitor-based UPS for resilient microgrids.

France · 2026 cohort

Develops fast (re-)deployment of floating solar farms in remote and maritime locations.

Canada · 2026 cohort

Develops liquid cooling solutions powering data sovereignty through renewable energy.

Germany · 2026 cohort

Develops sodium anodes for high-density, affordable energy storage from local materials.

Sweden · 2026 cohort

Develops Powerfoyle, a self-charging solar cell material that converts any light to energy, enabling self-powered sensors and autonomous systems for defence field operations.