RELIABLE BACKUP POWER HAS BECOME A CENTRAL TOPIC FOR GOVERNMAENTS, UTILITIES, AND INFRASTRUCTURE OPERATORS.
The geopolitical landscape has shifted significantly in recent years, pushing many nations to rethink how they protect vital societal functions.
The energy shock following the Iran event in February 2026 triggered a rapid spike in global oil prices. Even with substantial strategic reserves in place, debates on fuel rationing emerged within weeks, and analysts warned of a possible global energy and financial crisis of a scale not seen since the early 1970s.
While some reactions were amplified by media coverage, the message was unmistakable: new strategies are needed to safeguard essential systems when traditional fuels become uncertain or politically exposed.
Oil reserves remain abundant worldwide. Yet for non‑oil‑producing nations, relying solely on diesel for emergency power is increasingly seen as a strategic vulnerability.
Operational requirements for critical infrastructure.
The standard benchmark for critical infrastructure is the ability to operate for at least 72 hours during a full grid outage, and several nations are now evaluating even longer requirements.
Typical areas of critical infrastructure:
– Communication networks for life‑saving and national security functions
– Electrical power supply for hospitals, government institutions, and other key services
– Fresh water production and pumping stations
– Wastewater management in populated regions.
COME VISIT US AND HEAR AND SEE MUCH MORE AT ENERGIMÄSSAN IN STOCKHOLM, SWEDEN:
Wednesday 20 May and Thursday 21 May 2026.
Meet Niels Willumsen, CEO of AWILCO, and Michael Weis, Business Development Manager for Hydrogen at SFC Energy AG, who will be at our stand G:13 on both days.
Kistamässan / STAND G:13
Arne Beurlings Torg 5, 164 40 Kista
HYDROGEN FUEL CELL BACKUP SYSTEMS FROM SFC ENERGY OFFER A ROBUST AND FUTURE-PROOF ALTERNATIVE TO DIESEL.
Hydrogen fuel cell backup systems from SFC Energy offer a robust and future‑proof alternative to diesel.
Environmental benefits are real, but in this context they are a valuable side effect—the primary drivers are security of supply, decentralization, and operational reliability.
Key advantages of hydrogen‑based backup systems:
– Require far less space than batteries, which become impractical for 72‑hour autonomy
– Proven technology with more than 15 years of deployment in critical infrastructure
– Operate on hydrogen produced locally, reducing transport and supply-chain risk
– Enable strategic use of surplus wind and solar energy for decentralized H₂ production
– Manufactured in Europe, supporting regional supply security and reduced dependency.
Minimal service and maintenance compared to diesel
Secondary benefits strengthen the case further. Hydrogen fuel cell systems require minimal service and maintenance compared to diesel gensets, improving the long‑term cost profile. There is no oil waste, no filters to dispose of, and –critically for urban areas –operation is silent.
Domestic hydrogen for strategic resilience
Hydrogen can be produced nationally, giving countries direct control over a critical energy resource. As production capacity expands, surplus wind, solar, hydro and nuclear power can be channelled into hydrogen generation for essential infrastructure. This shifts energy security from imported fossil fuels to domestically managed supply, strengthening national resilience in times of global uncertainty.
A competitive long‑term alternative to diesel — with added strategic benefits
Hydrogen backup solutions may come with higher upfront costs than diesel gensets, but long‑term performance, low maintenance needs, and predictable operating conditions give them a stable and resilient cost profile. In many cases this makes hydrogen a strong alternative where reliability, noise restrictions, or reduced service demands are important.
SFC hydrogen systems therefore offer a solid, future‑ready option that combines operational reliability with clear strategic and environmental advantages.
The EFOY H2Cabinet X‑Series is a turnkey hydrogen backup power system for outdoor installations requiring long‑duration backup.
Housed in a weather‑protected cabinet, it offers flexible power ranges from 2.5 to 50 kW and includes integrated safety features. It is designed for utilities, telecom towers, and municipal infrastructure where uninterrupted performance is essential.
KEY FEATURES:
– Outdoor cabinet
– Built‑in safety
– Scalable output
– For telecom/data/utilities
– Silent, zero‑emission operation.
The EFOY H2Rack R‑Series is a compact indoor hydrogen fuel cell backup power solution designed for technical rooms and communication sites.
Each module fits standard rack formats and delivers reliable 5–10 kW output.
The system supports continuous operation with minimal maintenance, making it a practical choice for environments where uptime and space efficiency are crucial.
KEY FEATURES:
– Standard rack fit
– Hot‑swap capable
– Compact size
– Remote monitoring
– For telecom/data/utilities.
The H2Genset from SFC Energy is a mobile, hydrogen‑powered 400V AC generator designed for reliable power in the field and emergency power.
It maintains stable output while remaining quiet and low‑maintenance, making it suitable for sites where diesel is impractical or unwanted.
With flexible tank options and easy handling, the system supports operations that require dependable, grid‑independent power for extended periods.
KEY FEATURES:
– Mobile AC power
– Quick setup
– Modular tank options
– Low service needs
– Suitable for telecom/field use.
The H2PowerPack X50 delivers 50 kW of continuous, clean AC power for mobile or stationary applications and for emergency power.
It is built for scenarios where high power output and long runtimes are essential, such as communication hubs or temporary infrastructure.
An integrated control system ensures efficient operation, and multiple units can be combined when more capacity is required.
KEY FEATURES:
– 50 kW continuous output
– Mobile or stationary
– Smart management
– Scalable setup
– Quiet, emission‑free.
