Robert Lu, Premio’s vice-president of product engineering, says that development “represents a significant leap forward in energy storage technology, offering a robust power backup solution as more mission-critical computing workloads move into edge-native environments.
“Supercapacitor technology triumphs over traditional batteries in these harsh environments,” he adds, “allowing instantaneous power charge and discharge to protect vital data at the rugged edge – a key requirement for real-time processing.”
Supercapacitors are said to offer good endurance in harsh environments. They have 10-year operating lives and can handle 500,000 charging lifecycles
The back-up packs are available in two configurations, containing either eight supercapacitors with a combined output of 100W, or 16, with a 200W output. A modular, plug-and-play design allows quick replacement and upgradability.
The packs offer three power modes for intelligent power management, depending on the application: normal backup; ignition control; and battery mode. They use ignition control, remote power on/off, and sensors to manage redundant power backup efficiently and intelligently for a variety of uses.
Premio’s supercapacitor back-ups are configurable to suit the application
An interactive GUI allows users to manage and monitor the system remotely. An optional LCM module provides on-site monitoring and control to help minimise downtime and optimise productivity.
The packs boast: a –25ºC to +55ºC operating temperature range; 20G shock resistance; 5G vibration resistance; over-voltage/current protection; and reverse protection.
As well as industrial automation applications, the packs can also be used on railways; for smart transportation; and for smart energy applications.
