Proven chemistry, project-specified
LiFePO4 remains the default choice for many C&I storage projects: a long cycle life, a well-understood safety profile, and a deep installer base. Our systems are specified for peak shaving, backup power, load shifting and renewable integration, and sized to the project rather than sold off a fixed catalogue page.
If you are choosing between the two chemistries, the honest summary is: LiFePO4 for maturity and energy density, sodium-ion for raw-material cost exposure and cold-temperature tolerance. We supply both, and we will tell you which fits your project.
Sizing a LiFePO4 system
The sizing questions are the same four as for any commercial and industrial system — what must keep running through an outage, how tall the demand peaks stand, what the tariff rewards, and how much solar the site generates — but LiFePO4 answers them with the most established toolkit in the industry: deep installer experience, standard cabinet formats, and a cell supply chain that project teams already know how to specify and maintain.
The two lines divide on the decision: this line where maturity and the established toolkit lead, the sodium-ion line where temperature tolerance or raw-material exposure dominates. Send the project capacity, the application and the site details, and the reply will specify the system against your profile — and say plainly if the other chemistry fits your site better.
Ordering a LiFePO4 storage system
Send the project capacity, application and site details, and we will specify and quote. Container and cabinet formats are both possible depending on scale.
Wholesale inquiries
Tell us the model, your quantity and your market — we reply with a quotation and lead time.