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Sirius Energy Storage

The world's first supercapacitor-based energy storage system. Safer, more efficient, more effective, longer life-cycle energy storage
$4,500.00 excl tax
- +

Solar + Storage

  • Plug-and-play replacement of Lead Acid or Li Ion batteries. 
  • Compatible with exisisting inverters
  • Safe with no risk of thermal runway
  • Operating temperature range, -30C to 85C eliminates need for auxiliary cooling infrastructure
  • High delivered efficienty results in low opex for faster payback
  • Long cycle life with 10 years warranty 

Demand charge reduction, time-of-use shifting

  • Fast charge capability (30mins) enables optimised capacity sizing and increases response capability
  • Operating temperature range, -30C to 85C minimises (and even eliminates) auxiliary cooling cost
  • 99% DC to DC effeciency delivers lowest opex
  • High cycle life + high efficiency + low auxiliary opex = lowest cost of ownership and shortest payback
  • Works with most inverters

 Cell towers 

  • Compatible with existing for DC electronics infrastructure
  • Operating temperature range, -30C to 85C minimises (and even eliminates) auxiliary cooling infrastructure (and therefore cost)
  • High cycle life + high efficiency + low auxiliary opex = lowest cost of ownership and shortest payback
  • At off-grid locations, reduces generator maintenance costs and increases generator efficiency which lowers diesel cnsumption
  • Plug-and-play replacement fro Lead Acid or Li Ion batteries 

Solar + Storage

  • Plug-and-play replacement of Lead Acid or Li Ion batteries. 
  • Compatible with exisisting inverters
  • Safe with no risk of thermal runway
  • Operating temperature range, -30C to 85C eliminates need for auxiliary cooling infrastructure
  • High delivered efficienty results in low opex for faster payback
  • Long cycle life with 10 years warranty 

Demand charge reduction, time-of-use shifting

  • Fast charge capability (30mins) enables optimised capacity sizing and increases response capability
  • Operating temperature range, -30C to 85C minimises (and even eliminates) auxiliary cooling cost
  • 99% DC to DC effeciency delivers lowest opex
  • High cycle life + high efficiency + low auxiliary opex = lowest cost of ownership and shortest payback
  • Works with most inverters

 Cell towers 

  • Compatible with existing for DC electronics infrastructure
  • Operating temperature range, -30C to 85C minimises (and even eliminates) auxiliary cooling infrastructure (and therefore cost)
  • High cycle life + high efficiency + low auxiliary opex = lowest cost of ownership and shortest payback
  • At off-grid locations, reduces generator maintenance costs and increases generator efficiency which lowers diesel cnsumption
  • Plug-and-play replacement fro Lead Acid or Li Ion batteries 

Nominal Voltge: 48VDC

Voltage Range: 44VDC-54VDC

Capacity: 3550Wh

Maximum Charge Rate (0%-100%SOC): 100A

Maximum Discharge Rate (100%-0% SOC): 100A

Maximum Charging Voltage: 54VDC

Internal Resistance:≤3mΩ

DC to DC roundtrip efficiency (@100A):99.1%

Operating temperature: -30°C to 85°C

Galvanic Isolation:1500V

Projected Cycle Life3: 1,000,000

Projected Calendar Life1,3: supercap cell: 45 years, module control electronics 10-15 years

Shelf Life2:10 years

Warehousing: can be stored at any SOC without effecting cycle life

Monitoring data: Temperature, Voltage, Current, Energy, Supercap Balancing

Remote control input:battery self-check

Safety: shutdown on - over-charge, over-discharge, over-current, over-temperature reverse polarity, cell imbalance

Anti-theft: password protected

Terminal type: F12

Module casing material: aluminium

Self-discharge4: 5% afte 25 days

CE Certification5: EN55032:2015, EN55024:2010, EN61000-4-2:2009, EN61000-4-3:2006+A1:2008+A2:2010