The evolving needs of our increasingly electrified world demand advanced capacitor products that are compact, lightweight, and capable of handling high power loads in the most demanding of applications ranging from automotive to aerospace. Polycharge leads this shift driving innovation and scalable production with our groundbreaking technology with key performance advantages.
Sub-micron, self-healing, thermoset polymer dielectrics result in capacitors with as much as a 10x increase in energy density when compared to polypropylene film and ceramic capacitors.
High temperature = high power. Applications typically dominated by multi-layer ceramics, tantalums, and high temperature films can be services by NanoLam™ capacitors. System-level cooling requirements for the capacitor are either reduced or eliminated entirely due to a combination of low ESR and high temperature dielectrics.
PolyCharge NanoLam™ capacitors exhibit stable capacitance across a broad temperature, frequency, and voltage range with lifetimes measured in hundreds of thousands of hours. NanoLam™ capacitors have a "open," failure mode and possess excellent self-healing characteristics.
NanoLam™ capacitors are prismatic in shape making them ideal for applications with challenging fit requirements. It also allows for higher surface area designs for greater heat dissipation.
Superior energy density, high temperature handling capabilities, stable capacitance, and low ESR and ESL make PolyCharge NanoLam™ capacitors ideal for wide band gap architectures - with the ability to mount closer to the power module resulting in lower inductance and greater efficiency.
Electric vehicles require cost effective capacitors featuring high energy density, low inductance, and high ripple current handling. NanoLam™ capacitors are ideal for inverters, DC-to-DC converters, and internal and external EV chargers.
Aerospace environments demand the ability to safely handle high ripple current while maintaining a compact, lightweight package profile in extreme environments. NanoLam™ applications range from aircraft to space vehicles.
Medical devices leverage NanoLam™ capacitors including AED automated external defibrillators requiring high energy capacity, recharge time, and reliability for life saving emergencies.
Industrial mobility solutions such as trains, cranes, trucks, and military vehicles require exceptional performance in the most harsh conditions.
Competitive motorsports demands the utmost in performance. PolyCharge capacitors are featured on Formula-E and are on track to being the solution of choice for F1 and other major motorsports circuits.