
Canadian Armed Forces Pilot
Remote temporary camp environment with the project’s 30% fuel-reduction target exceeded.
NATO DIANA Selected Company
Cyber-secure, modular energy platforms for environments where power failure is not an option.
Designed and manufactured in Canada, Grengine systems combine our own world-leading power electronics, autonomous controls, and deployable energy architecture for defence, Arctic, remote industrial, and critical infrastructure applications.
Selected for NATO DIANA’s 2026 Energy & Power cohort — one of only 15 companies chosen in Energy & Power from more than 3,600 applicants across NATO countries.
Remote and deployed operations need reliable power, but fuel logistics create cost, complexity, emissions, and operational exposure.
Grengine integrates diesel generators, renewables, grid or shore power, battery storage, mission loads, and remote monitoring into one intelligent energy platform. The system stores available energy, reduces unnecessary generator runtime, and delivers power where it is needed most.
Diesel when needed. Stored energy when possible. Power where it matters.

Use stored energy to support loads instead of running diesel continuously.
Reduce fuel demand, delivery frequency, and exposure created by resupply.
Support critical loads with intelligent storage, controls, and remote visibility.
Grengine controls the platform from the electronics layer up. Our own power electronics form the foundation for the battery packs, rack architecture, autonomous controls, and containerized systems that make up the Grengine energy platform.
By designing and manufacturing the critical technology stack in Canada, Grengine strengthens cybersecurity, reliability, supply-chain trust, and sovereign capability for defence and allied critical infrastructure.




Proprietary PCBs, embedded controls, and secure battery management architecture designed and manufactured in Canada.
Hot-swappable battery packs, cableless architecture, and scalable rack systems built around Grengine’s own electronics.
Containerized energy platforms with autonomous controls, remote monitoring, and multi-input energy management for remote and mission-critical environments.
As energy systems become part of critical infrastructure, power can no longer be treated as simple hardware. Grengine designs security into the embedded electronics, firmware, communications, and control layers that support the platform.
By controlling the technology stack from the PCB level up, Grengine strengthens trust, visibility, and resilience across defence, remote infrastructure, and mission-critical operations.
The platform is designed for emerging critical infrastructure cybersecurity expectations across allied markets where secure energy, operational continuity, and supply-chain trust are becoming procurement requirements.
Security is designed into the electronics and firmware layer, not added after the system is assembled.
Controlled communications and purpose-built system architecture reduce unnecessary exposure in remote and critical environments.
Canadian design and manufacturing strengthen supply-chain confidence and support allied energy security requirements.
Grengine was selected for NATO DIANA’s 2026 Energy & Power cohort — placing our Canadian-built energy platform among a small group of dual-use technologies being accelerated for NATO’s future security needs.
NATO DIANA supports the acceleration of dual-use technologies aligned with Alliance priorities including energy resilience, Arctic operations, critical infrastructure protection, and expeditionary power.
Grengine systems have been validated in defence and remote deployments — demonstrating fuel reduction, autonomous operation, cold-weather performance, and field-ready energy resilience.

Remote temporary camp environment with the project’s 30% fuel-reduction target exceeded.

Remote autonomous operation, minimal on-site support, and performance below -30°C.
Grengine is built for high-cost, high-consequence environments where diesel logistics, resilience, cybersecurity, and remote operation all matter at once.
Reduce generator runtime, fuel demand, and resupply exposure for temporary operational sites, deployed camps, and expeditionary missions.
Support oil and gas exploration, remote mining, construction, and industrial camps where fuel logistics, uptime, and site mobility are major cost drivers.
Provide autonomous power for northern, off-grid, and hard-to-reach locations where maintenance access is limited and weather conditions are severe.
Deliver cyber-secure backup and energy resilience for infrastructure where downtime, loss of visibility, or power interruption is unacceptable.
Tell us about the site, mission, deployment environment, or resilience challenge you are trying to solve. Grengine works with defence, government, infrastructure, utility, and industrial partners seeking cyber-secure, deployable energy systems for demanding environments.
Share a few details and the Grengine team will follow up.
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