Premium LFP Battery Storage
Unique LFP ( Lithium Iron Phosphate) Chemistry
- Increases the safety of the cells, which do not catch fire or explode when short circuit or penetration takes place, with reduced chance of inflation
- Reduces energy losses in DC/AC conversion in inverter from 15% - 20% to 5%, this can result in huge energy savings for utility-scale storage applications
- Extends the exemplary temperature range for LFP and enables it to perform with 80% efficiency below -20 C°
- Uses more abundant and less toxic materials that reduce production costs by 20%+ comparing to cobalt-based Li batteries and lower recycling costs
- “Blade” packing design for better efficiency in space usage and cooling, cheaper to produce with fewer manufacturing steps comparing to cylindrical design
- LFP chemistry is inherently more stable than cobalt-based Li batteries making it robust and durable with longer cycle life that reduces the total cost of ownership
Used in various applications
Residential Energy Storage
Commercial & Industrial Storage
Commercial & Industrial Storage
This area is experiencing fast growth, initially driven by the proliferation of solar PV and now by EVs. LFP is emerging as a highly competitive option as it can be integrated with solar PV and EV charger to synergize an electrification ecosystem.
Commercial & Industrial Storage
Commercial & Industrial Storage
Commercial & Industrial Storage
UPS batteries are widely used in this area to support critical systems. As energy prices continue to surge, commercial and industrial storage solutions will be sought after to couple with distributed generation, EV chargers, and demand response.
Utility-Scale Storage
Commercial & Industrial Storage
Utility-Scale Storage
Utility-scale storage can support renewables to overcome its intermittent nature by making energy more dispatchable and generate revenue via grid balancing. It requires significant investments thus LFP is a great option with long cycle life.