Utilities must implement cost-effective solutions to keep ratepayer prices low while aggressively modernizing the grid.
Storage must deploy quickly and flexibly near demand centers, not just where land is cheap and available.
High-reliability power solutions are required to prevent blackouts or brownouts under grid stress.
Even with secured land, lengthy permitting and emergency response planning pose significant project bottlenecks and delays.
Built to Handle Heat, Cut Red Tape, and Keep Projects on Track
Lower total system cost and OpEx savings from reduced thermal management make Na-Series systems cost-competitive with LFP today.
Non-flammability allows storage placement exactly where the grid needs it, not just where it’s a safe distance away.
Stable, long-cycling, high-performance chemistry is designed specifically to meet rigorous utility-scale demands.
Non-flammability and non-toxicity drastically reduce the complexity of permitting, accelerating approval timelines.
Balance the grid by smoothing output from intermittent renewable energy sources like wind and solar.
Maximize the value of legacy assets by running them at optimal capacity and storing the excess.
Deploy storage to avoid slow, costly, and unpopular transmission line upgrades in congested areas.
Utilities must implement cost-effective solutions to keep ratepayer prices low while aggressively modernizing the grid.
Storage must deploy quickly and flexibly near demand centers, not just where land is cheap and available.
High-reliability power solutions are required to prevent blackouts or brownouts under grid stress.
Even with secured land, lengthy permitting and emergency response planning pose significant project bottlenecks and delays.
Built to Handle Heat, Cut Red Tape, and Keep Projects on Track
Lower total system cost and OpEx savings from reduced thermal management make Na-Series systems cost-competitive with LFP today.
Non-flammability allows storage placement exactly where the grid needs it, not just where it’s a safe distance away.
Stable, long-cycling, high-performance chemistry is designed specifically to meet rigorous utility-scale demands.
Non-flammability and non-toxicity drastically reduce the complexity of permitting, accelerating approval timelines.
Balance the grid by smoothing output from intermittent renewable energy sources like wind and solar.
Maximize the value of legacy assets by running them at optimal capacity and storing the excess.
Deploy storage to avoid slow, costly, and unpopular transmission line upgrades in congested areas.