Maximum Discharge Rate (100% - 0% SOC) 100A Technical Data 3,55KW Sirius Supercapacitor Module Control Electronics 10 - 15 years.Maximum Discharge Rate (100% - 0% SOC) 200A Technical Data 7,1KW Sirius Supercapacitor Safety systems that protect the Supercapacitor from overvoltage, under-voltage and short circuit.No change in capacity at different charge rates.No degradation expected during lifespan.Expected lifespan is 1 Million cycles for the Supercapacitors.Operating temperature range is -25☌ up to 85☌ with no damage to the unit.The round trip efficiency is 99.1% if one were to discard the cable losses connecting the battery.The “slow charge” Sirius Supercapacitor achieves 1.35C, resulting in a charge and discharge time of 45 minutes.The main advantages of the Sirius Supercapacitors are: These Supercapacitor batteries offer the lowest cost of ownership.Ĭomparison Supercapacitor Chemical Bateries Sirius Advantage Over Chemical Batteriesĭifferent batteries for different deployment Chemical batteries have many shortcomings and although Capex is slightly less than Supercapacitors, OPEX soon catches up. The Sirius Supercapacitor battery comes the closest to ideal storage of any technology out there currently. Summary: In order to satisfy the requirements of cyclic battery applications, in practical terms “ideal storage” is required. Please contact us for any information and pricing on the Sirius Supercapacitor Modules. There are currently two models available - the 3,55KW Sirius Supercapacitor and the 7,1KW Sirius Supercapacitor Supercapacitor Solar batteries available in South Africa manufactured by KiloWatt Labs