Graphene Supercapacitor
Super capacitor power module designed for direct replacement of lead acid, flooded, AGM, Gell, lithium and zinc type storage batteries. The PPC2210 is supercapacitor-based storage that uses graphene-based supercapacitors as storage cells instead of chemical cells. The PPC2210 uses a proprietary balancing, control and charge retention algorithms that control the operation of the supercapacitor-based modules, making the PPC2210 a safe, efficient, and effective alternative to all types of chemical-based batteries.
Additional Information About The Product
Control and Power Management
The Control system is a functional modular design. The interface of charge and discharge is integrated. The DC Current and Voltage always flows through the management system that collects and monitors the current, temperature, balance control and VDC control. The cell voltage and module temperature are detected by the CMS cell management and balancing system.
Smart Cell Management and Protection
Cell balancing, with active correction and constant monitoring Short Circuit Protection using time delay fusing. Charge cut-off VDC to a predetermined value based on VDC value. Discharge Protection predetermined shutdown.
Standby Function Low VDC
Deep discharge protection when LVDC occurs and no DC is present, the power module will enter a low power sleep mode, wake (re boot) every four hours and continue monitoring/sensing for charge VDC. This shall be considering a Standby mode.
Shelf Life
The PPC2210 power module can be stored for a period of up to 10 years without degradation or damage to cells.
LCD Display
Im: Charge Current (A)
Active Charge: Pulse display during recharge
Io: Discharge Current (A)
VDC: Module Voltage (V)
AH: Displays the energy stored in Amp Hours.
SOC: Bar Graph and Percentage.
LED INDICATORS
Internal LED INDICATORS: Capacity, in Percentages of 25, 50, 75, 100, Flash-On, SOC-Low & Faults
Specifications
Protection: 50A DC Circuit Breaker plus internal DC fusing
Balancing: Active cell to cell V correction during charge
Active cell to cell V correction during discharge
Active current control
Discharge: Power Flow monitoring during discharge.
Charging: 4 Stage constant current control with optional charger. *
Monitoring: RJ 45 connection for data with Optional SNMP** with web page generator for data viewing.
Parallel:RJ-45 with dip switch Master to Slave setting. CAT 5 Cable required
Discharge Cycles: 1,000,000 charge/ discharge
Max Parallel: 10 modules maximum=15kWh/25kWh per bank
Operating Temperature Range: -40C ( -40f) to 74c (175f)
Derating: Not required
Mechanical: Poly case with aluminum and stainless steel
Weight: 46 lbs.
Dimensions: Current size 23.43 x 13.52 x 10.57 in
Warranty: 2-year limited warranty on complete unit. Then prorated. 10 years on cells.
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