INDUSTRIAL ESS & POWERGEN
High-power energy storage for demanding industrial applications.
Short duration, long asset life. XNO® is built to match that demand without the oversizing that conventional chemistries require.
THE CHALLENGE
Unless oversized, conventional batteries can't sustain industrial duty cycles.
High-power industrial energy storage imposes duty cycles – high C-rates, continuous cycling, long operational lifetimes – that degrade standard LFP and NMC batteries rapidly. The conventional response is to oversize the installation significantly. The result: inflated capital cost, larger footprint, and the eventual need to replace a much larger battery bank.
LTO handles these duty cycles but at low energy density and high cost. XNO® matches LTO's power and cycle life at significantly higher energy density and lower cost, enabling installations correctly sized for the power requirement and effective over the full asset lifetime.
WHY XNO®
Where XNO® changes industrial ESS economics.
1.
Peak shaving & frequency regulation
XNO® charges symmetrically at the same rate it discharges — at 10C, continuously, without degradation. A correctly sized XNO® installation replaces an oversized LFP bank at a fraction of the footprint and capital cost, while participating fully in active power management and grid-balancing services that LFP's charge rate cannot support.
2.
Hybrid power generation
Fitting a high-power XNO® battery buffer alongside a generator allows the engine to run at optimal load continuously, while the battery absorbs load transients and delivers peak power on demand. Fuel savings of 60–70% are validated in field deployments at high utilisation, with payback periods well under two years.
3.
Microgrid & off-grid applications
Remote and off-grid industrial sites increasingly combine renewable generation with battery storage and backup generation. XNO® is well suited to the high-cycle, high-power demands of these hybrid microgrids, operating reliably across wide temperature ranges without active thermal management.
PERFORMANCE
The numbers that matter.
10C Symmetric
Correctly sized for power;
no oversizing required
EUCAR Level 3
The safest commercially available Li-ion anode chemistry
>100,000 cycles
No mid-life replacement across typical industrial ESS asset lifetimes
−30°C to +55°C
Full performance in remote, off-grid, and cold-climate environments
PRODUCTS
Engineered for
this application.
Engineered XNO®-based systems for industrial ESS — from high-voltage packs for large-scale power management to modular systems for commercial and industrial peak shaving and frequency regulation.
Ready to discuss your application?
Our engineering team will respond with a technically grounded view of how XNO® can help.