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The World's First

Super-Capacitor-Based

Energy Storage System

 

 

3.55 Kwh CAPACITOR MODULE

3550-48-B-1.7C-TM-SD-A-G - SIRIUS ENERGY STORAGE MODULE

    3550-48-B-1.7C-TM-SD-A-G - SIRIUS ENERGY STORAGE MODULE
See full Technical Data Sheet Here.
  • Low power consumption
  • High accuracy of SOC
  • Firmware updatable through USB and Sirius Application
  • Detection of circuit board errors
  • Built - in real time clock for accurate data logging every 10 sec and calculating self-discharge
  • All cells, state of charge, instantaneous power can be read with built - in LCD
  • Toggle terminal on/off with built - in fault reset switch
  • Long life and controls current during charging
  • User can set status of SSR, power save mode on/off and change contrast of LCD of modules,
  • User can read internal memory of module, serial number and firmware version;
  • User can reset module through Sirius View

 

See full Technical Data Sheet Here.

 

Nominal Voltage 48VDC
Voltage Range 44VDC – 54VDC
Capacity 3550Wh
Maximum Charge Rate (0% - 100% SOC) 125A
Maximum Discharge Rate (100% - 0% SOC) 125A
Parasitic load 60mA max
Maximum Charging Voltage 55VDC
Internal Resistance ≤4mΩ
Supercap Cell Operating Temperature 1 - 30⁰C to 80⁰C, non - condensing
Projected Cycle Life2,3 1,000,000
Projected Calendar Life3,4 45 years
Shelf Life5 10 years
Warehousing Can be stored at any SOC without affecting cycle life
Additional protection SSR protection + DC circuit breaker
Terminal Type 2x Anderson connectors
Module Casing Material Aluminum
Dimensions (w x d x h) 633mm x 510mm x 208mm
Weight Approx. 68kg
CE Certification7 EN55032:2015, EN55024:2010, EN61000-4-2:2009, EN61000-4-3:2006+A1:2008+A2:2010
  1. The temperature range indicates the range in which the supercap cells can operate. The performance of the cells may vary if they are continuously operated outside the temperature range of - 10⁰C to 55⁰C, and/or at C - rates higher than the maximum charge/discharge rate continuously operated outside the temperature range of - 10⁰C to 55⁰C, and/or at C - rates higher than the maximum charge/discharge rate specified in this spec sheet. The o perating temperature range of the module varies based on the application. Please consult Kilowatt Labs or its Reseller prior to deploying the module in application s if the module is to be operated continuously outside a temperature range of - 10⁰C to 55⁰C, and/or at C–rates higher than the maximum charge/discharge rate specified in this spec sheet.
  2. Projected Cycle life of supercapcells.
  3. Additional terms and conditions, including a limited warranty, will apply at the time of purchase.
  4. Projected Calendar life of supercap cells from the date of first operation
  5. Shelf life is the life of the module (in years) from the date it is manufactured to the time it is first operated
  6. Self - discharge for the module is 2% per month in Sleep Mode (switched off)
  7. CE certification is completed for supercap cells
  8. Consult Kilowatt labs or its Reseller for informationon connecting modules in series.
  Product dimensions are for reference only unless otherwise identified and may change without notice. For critical applications, please contact Kilowatt Labs, Inc., or its Reseller.

 

Module Monitoring of current, max. & min. voltage, temperature, SOC, total energy delivered over lifetime, graphs
System Monitoring of all modules connected together

6.7 Kwh CAPACITOR MODULE

6700-48-B-1.4C-M-SD-L-G - SIRIUS ENERGY STORAGE MODULE

    6700-48-B-1.4C-M-SD-L-G - SIRIUS ENERGY STORAGE MODULE
See Technical Data Sheet Here.
  • Low power consumption
  • High accuracy of SOC
  • Firmware updatable through USB and Sirius Application
  • Detection of circuit board errors
  • Built - in real time clock for accurate data logging every 10 sec and calculating self-discharge
  • All cells, state of charge, instantaneous power can be read with built - in LCD
  • Toggle terminal on/off with built - in fault reset switch
  • Long life and controls current during charging
  • User can set status of SSR, power save mode on/off and change contrast of LCD of modules,
  • User can read internal memory of module, serial number and firmware version;
  • User can reset module through Sirius View
See Technical Data Sheet Here.
Nominal Voltage 48VDC
Voltage Range 44VDC – 54VDC
Capacity 6700Wh
Maximum Charge Rate (0% - 100% SOC) 200A
Maximum Discharge Rate (100% - 0% SOC) 200A
Maximum Charging Voltage 54VDC
Internal Resistance ≤2mΩ
Supercap Cell Operating Temperature 1 - 30⁰C to 85⁰C
Galvanic Isolation1 1500V
Projected Cycle Life2,3 1,000,000
Projected Calendar Life3,4 45 years
Shelf Life5 10 years
Warehousing Can be stored at any SOC without affecting cycle life
Additional protection SSR protection + DC circuit breaker
Terminal Type F12
Module Casing Material Aluminum
Dimensions (w x d x h) 535mm x 550mm x 330mm
Weight Approx. 105kg
CE Certification7 EN55032:2015, EN55024:2010, EN61000-4-2:2009, EN61000-4-3:2006+A1:2008+A2:2010
  1. Cycle life may vary if the module is to be operated continuously outside a temperature range of -10⁰C to 55⁰C, and/or at C-rates higher than the maximum charge/discharge rate specified in this spec sheet. Please consult Kilowatt Labs or its Reseller prior to deploying the module in such applications.
  2. Projected Cycle life of supercapcells.
  3. Additional terms and conditions, including a limited warranty, will apply at the time of purchase.
  4. Projected Calendar life of supercap cells from the date of first operation
  5. Shelf life is the life of the module (in years) from the date it is manufactured to the time it is first operated
  6. Self - discharge for the module is 2% per month in Sleep Mode (switched off)
  7. CE certification is completed for supercap cells
  8. Consult Kilowatt labs or its Reseller for informationon connecting modules in series.
  Product dimensions are for reference only unless otherwise identified and may change without notice. For critical applications, please contact Kilowatt Labs, Inc., or its Reseller.
Individual Cell Monitoring of voltage
Module Monitoring of current, max. & min. voltage, temperature, DOD, SOC, rate of charge, rate of discharge, time to discharge, balanceenergy, total energy delivered over lifetime,graphs
System Monitoring of all modules connected together

7.1 Kwh CAPACITOR MODULE

7100-48-B-2C-M-SD-L-G - SIRIUS ENERGY STORAGE MODULE

    7100-48-B-2C-M-SD-L-G - SIRIUS ENERGY STORAGE MODULE
See Technical Data Sheet Here.
  • Low power consumption
  • High accuracy of SOC
  • Firmware updatable through USB and Sirius Application
  • Detection of circuit board errors
  • Built - in real time clock for accurate data logging every 10 sec and calculating self-discharge
  • All cells, state of charge, instantaneous power can be read with built - in LCD
  • Toggle terminal on/off with built - in fault reset switch
  • Long life and controls current during charging
  • User can set status of SSR, power save mode on/off and change contrast of LCD of modules,
  • User can read internal memory of module, serial number and firmware version;
  • User can reset module through Sirius View
See Technical Data Sheet Here.
Nominal Voltage 48VDC
Voltage Range 44VDC – 54VDC
Capacity 7100Wh
Maximum Charge Rate (0% - 100% SOC) 296A
Maximum Discharge Rate (100% - 0% SOC) 296A
Maximum Charging Voltage 54VDC
Internal Resistance ≤2mΩ
Supercap Cell Operating Temperature 1 - 30⁰C to 85⁰C
Galvanic Isolation1 1500V
Projected Cycle Life2,3 1,000,000
Projected Calendar Life3,4 45 years
Shelf Life5 10 years
Warehousing Can be stored at any SOC without affecting cycle life
Additional protection SSR protection + DC circuit breaker
Terminal Type F12
Module Casing Material Aluminum
Dimensions (w x d x h) 600mm x 490mm x 330mm
Weight Approx. 126kg
CE Certification7 EN55032:2015, EN55024:2010, EN61000-4-2:2009, EN61000-4-3:2006+A1:2008+A2:2010
  1. Cycle life may vary if the module is to be operated continuously outside a temperature range of -10⁰C to 55⁰C, and/or at C-rates higher than the maximum charge/discharge rate specified in this spec sheet. Please consult Kilowatt Labs or its Reseller prior to deploying the module in such applications.
  2. Projected Cycle life of supercapcells.
  3. Additional terms and conditions, including a limited warranty, will apply at the time of purchase.
  4. Projected Calendar life of supercap cells from the date of first operation
  5. Shelf life is the life of the module (in years) from the date it is manufactured to the time it is first operated
  6. Self - discharge for the module is 2% per month in Sleep Mode (switched off)
  7. CE certification is completed for supercap cells
  8. Consult Kilowatt labs or its Reseller for informationon connecting modules in series.
  Product dimensions are for reference only unless otherwise identified and may change without notice. For critical applications, please contact Kilowatt Labs, Inc., or its Reseller.
Individual Cell Monitoring of voltage
Module Monitoring of current, max. & min. voltage, temperature, DOD, SOC, rate of charge, rate of discharge, time to discharge, balanceenergy, total energy delivered over lifetime,graphs
System Monitoring of all modules connected together

1 Kwh POLE CAPACITOR MODULE

1000-12-B-0.6C-A-G - SIRIUS ENERGY STORAGE MODULE

    1000-12-B-0.6C-A-G - SIRIUS ENERGY STORAGE MODULE
See full Technical Data Sheet Here.
  • Low power consumption
  • High accuracy of SOC
  • Firmware updatable through USB and Sirius Application
  • Detection of circuit board errors
  • Built - in real time clock for accurate data logging every 10 sec and calculating self-discharge
  • All cells, state of charge, instantaneous power can be read with built - in LCD
  • Toggle terminal on/off with built - in fault reset switch
  • Long life and controls current during charging
  • User can set status of SSR, power save mode on/off and change contrast of LCD of modules,
  • User can read internal memory of module, serial number and firmware version;
  • User can reset module through Sirius View

 

See full Technical Data Sheet Here.

 

Nominal Voltage 12VDC
Voltage Range 11VDC – 13.5VDC
Capacity 1000Wh
Maximum Charge Rate (0% - 100% SOC) 50A
Maximum Discharge Rate (100% - 0% SOC) 50A
Maximum Charging Voltage 55VDC
Internal Resistance ≤1mΩ
Supercap Cell Operating Temperature 1 - 30⁰C to 85⁰C, non - condensing
Projected Cycle Life2,3 1,000,000
Projected Calendar Life3,4 45 years
Shelf Life5 10 years
Warehousing Can be stored at any SOC without affecting cycle life
Additional protection SSR protection + DC circuit breaker
Terminal Type F12
Module Casing Material Aluminum
Dimensions (w x d x h) 1560mm x 78mm x 117 mm
Weight Approx. 23kg
CE Certification7 EN55032:2015, EN55024:2010, EN61000-4-2:2009, EN61000-4-3:2006+A1:2008+A2:2010
  1. Cycle life may vary if the module is to be operated continuously outside a temperature range of -10⁰C to 55⁰C, and/or at C-rates higher than the maximum charge/discharge rate specified in this spec sheet. Please consult Kilowatt Labs or its Reseller prior to deploying the module in such applications.
  2. Projected Cycle life of supercapcells.
  3. Additional terms and conditions, including a limited warranty, will apply at the time of purchase.
  4. Projected Calendar life of supercap cells from the date of first operation
  5. Shelf life is the life of the module (in years) from the date it is manufactured to the time it is first operated
  6. Self - discharge for the module is 2% per month in Sleep Mode (switched off)
  7. CE certification is completed for supercap cells
  8. Consult Kilowatt labs or its Reseller for informationon connecting modules in series.
  Product dimensions are for reference only unless otherwise identified and may change without notice. For critical applications, please contact Kilowatt Labs, Inc., or its Reseller.
Module Monitoring of current, max. & min. voltage, temperature, SOC, total energy delivered over lifetime, graphs
System Monitoring of all modules connected together

ENERGY SERVER

30-20180220

Shortly Available

30-20180220 - CENTAURI ENERGY SERVER - Shortly Available

    30-20180220 - CENTAURI ENERGY SERVER
Shortly Available
Rated capacity(KVA) 10 20 30 40 50 60
Rated power (kW) 9 18 27 36 45 54
Rated current (A) 15 30 45 60 76 91
Output power factor 0.9
Rated input voltage 380V ±20%
Rated output voltage 380V ±1%
Battery pack voltage 360Vdc
The number of ESDs 12V/2V 30/180
Working mode The PV and AC are complementary to PV and AC
Maximum voltage range (Voc) 0 V - 750Vdc
Best working voltage (Vmp) 450 - 550Vdc
Maximum conversion efficiency ≥98%
Float charging voltage 414 V± 1%
Equal charging pressure 428V± 1%

 

See full Technical Data Sheet Here.

 

Server voltage Three-phase-four-wire+G 380Vac
Phase voltage setting 220-230-240Vac (Set by background)
Output voltage accuracy ±1%
Transient voltage range ±5%
Transient recovery time 20ms

Technical data sheet may change without notice and at the sole discretion of Kilowatt Labs, Inc. | www.kilowattlabs.com