LICAP's can assembly process ensures a robust connection of the electrode and a reliable welded hermetic seal. A variety of solder post and snap-in lead styles are available to meet customer requirements.
The 48V, 165F ultracapacitor module contains 18 of the 2.7V, 3000F ultracapacitor cells in series. The module housing is a durable aluminum case with heat dissipation capability and an IP65 rating. Temperature monitor, voltage monitor and voltage management is included...
If you’re traveling to the PCIM Europe in Nuremberg May 10-12, be sure to visit the Richardson RFPD stand (Hall 6, Stand 434) to see a broad selection of supercapacitor products from industry leaders Cornell Dubilier, Eaton, Kyocera-AVX, LICAP Technologies and Maxwell Technologies (a UCAP company)...
LICAP Technologies Active Dry Electrode process in their supercapacitor development offers reliability improvements over supercaps made with a traditional wet slurry process. In this Tech Chat, we review LICAP's Activated Dry Electrode process and its advantages...
The 16V, 58F ultracapacitor module contains 6 x 350F, 2.7V cells in series. The module housing is a durable plastic injection molded shell with mounting holes. The +/- terminal connections are on the same end. Voltage management is available...
This Tech Chat delves deeper into the LICAP supercapacitor wind retrofit solution highlighting the reliability of the solution versus batteries and over competing supercapacitor technologies...
The 64V, 125F ultracapacitor module contains 24 of the 2.7V, 3000F ultracapacitor cells in series. The module is optimized for rack mount applications, so has no housing. Temperature monitor, voltage monitor and voltage management is included.
LICAP ultracapacitor systems provide additional inertia buffering against sudden load changes within milliseconds. This fast response stabilizes the deviant change in frequency and bridges the time gap in bringing additional generator capacity on-line.
LICAP's patented Activated Dry Electrode™ method is the key technology that differentiates LICAP from the competitors. LICAP pre-activates its electrode formulations, reduces the share of inactive materials (binders), and removes toxic solvents from its manufacturing process...
IoT remote sensors for field data collection are delivering new value to enterprises worldwide. Applications for sensors include grid scale power line monitoring, location tracking, real-time utility usage, security, and more. An alternative to costly wiring or primary batteries that need replacing is an autonomous low power energy harvesting and storage source...
