Solid-State Battery

Planetariums must protect egress lighting, dome drives and projectors. See why semi-solid-state storage fits tight public venues. Request a quote.

Stadiums need instant, space-efficient backup for lighting, turnstiles and broadcast. See why semi-solid-state batteries suit arenaUPS duty. Request a quote.

Silk reeling cannot tolerate a temperature dip. See why semi-solid-state backup suits reeling mills and how to size a bank for the process. Request a quote.

Prosthetics and powered orthoses need safe, dense cells worn against the body. See how semi-solid-state designs improve runtime without adding mass. Request a quote.

In a recirculating system, the clock starts when the blowers stop. Here is what an aquaponics farm must keep running, why a semi-solid bank suits a warm humid grow room, and how to size it. Request a quote.

A momentary dip can wreck a part, a tool, and a spindle in one event. Here is what ride-through storage does on a shop floor, how to size it, and which loads actually need protecting. Request a quote.

A stranded train on an elevated guideway is an evacuation problem before it is a traction problem. See how a semi solid state battery pack delivers the reserve power a monorail needs. Request a quote.

Handheld consoles run hot and die young. See how a semi solid state battery raises energy density, cuts peak shell temperature and holds capacity over more charge cycles. Request a quote.

Electric shavers need weeks of runtime from a cell the size of a thumb. See how a semi solid state battery raises energy density while staying safe next to skin.

Electric toothbrushes demand a small cell that survives humidity and years of daily cycles. See how semi-solid-state cells improve safety and run time in the bathroom.