The two lines
Sodium-ion systems suit buyers who prioritise safety margins, temperature tolerance and insulation from lithium prices. LiFePO4 systems suit buyers who want the most mature technology and the highest energy density per cabinet. Both are supplied as project-specified systems, not fixed SKUs.
- Peak shaving — discharge at your demand peaks to cut maximum-demand charges
- Backup power — keep critical loads running through outages
- Load shifting — charge off-peak, discharge on-peak
- Renewable integration — store midday solar for evening use
The four jobs, scoped
Peak shaving asks how tall and how narrow your demand peak is: a short, sharp peak is cheap to shave, while a long plateau is a capacity project wearing a peak's clothes. Backup asks which loads are critical and how long the site must ride through an outage. Load shifting asks what your tariff actually pays for moving consumption — some tariffs reward it handsomely, others barely at all. Renewable integration asks how much generation is currently exported at low value or curtailed at noon.
A useful first inquiry answers whichever of those applies to your site. With that, the two chemistries can be compared on your numbers rather than on general claims — sodium-ion where safety margins, temperature tolerance and insulation from lithium pricing lead; LiFePO4 where maturity and energy density lead.
Scoping a commercial storage project
A useful inquiry includes: your site's peak demand, the problem you are solving, any existing solar capacity, and the backup duration you need. With that we can size a system properly instead of guessing.
Wholesale inquiries
Tell us the model, your quantity and your market — we reply with a quotation and lead time.