An iCeL is an intelligent and interactive energy storage device. The iCeL uses an integrated “chip set” to store, manage, and distribute energy between multiple loads and sources in the safest, most efficient manner possible. Safely and efficiently manage and route energy in addition to storing it.
The iCeL is an intelligent energy storage device that is able to simultaneously charge, discharge, store, and manage energy from multiple sources and loads. A single iCeL is interactive, with the ability to communicate with other iCeLs, as well as energy system hardware and monitoring software.
How Does It Work?
The Core Technology
High energy densityZero "memory effect"15,000+ cycles proven Negligible self-dischargeCompact, lightweight, modularProven utility grid integrationEnvironmentally-benign chemistryUp to 99% efficiency (DC roundtrip)ETL Certification (UL and CSA compliant)High Mean Time Between Failure (MTBF)Compatible with all renewable energy systemsEnables multi-directional and multi-channel energy flow Longest life cycle available resulting in lowest cost over timeFully scalable from 1 kilowatt hour to multiple megawatt hoursCan be designed to operate safely from -10°/14° to 70°/158°F
What Is An iCel?
iCeL [ahy-sel] n. : integrated cell of electric Lithium
The iCeL is an intelligent energy storage device that is able to simultaneously charge, discharge, store, and manage energy from multiple sources and loads. A single iCeL is interactive, with the ability to communicate with other iCeLs, as well as energy system hardware and monitoring software.
The iCeL energy laboratory pairs Tier 1 Lithium-ion 18650 cells with iCeL's patented technology to create an "integrated cell." The integrated cell is then combined with an integrated circuit to form the iCeL.
The compact, modular iCeL energy storage device is a building block for the iCeL System, which connects iCeLs to renewable energy infrastructure, monitoring software, applications, and the grid.
An iCeL can be designed for integration into electronics and equipment, as well as energy systems for homes, offices, factories, farms, schools, hospitals, utilities, and vehicles.
iCeL Safety Features Current limitingThermal monitoring and switchesThermally and electrically aligned cell integrationNatural and digital cell balancingControllable window of voltage operationPhysical safety circuits within each cellMultiple levels of short circuit protectionPatented cell integration technology provides maximum connections between all cells
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