Your Home Energy Station

  • Solar Charging: Charge your EV with the unlimited, free power of the sun
  • V2H Bi-directional Charging: Power your home when grid prices are high and recharge at night when costs are at their lowest.
  • Power Boost: One mile of range per minute of charge
  • Orchestrate OS: Unique operating system that minimizes your energy costs and carbon footprint
  • Dual Charge: Charge two EVs at once
  • Outage Protection: Use your EV's battery capacity to provide power during a power cut.
  • Easy Outdoor or Indoor Installation: Installed by a single technician

A SINGLE DCBEL REPLACES THE FOLLOWING EQUIPMENT:

  • Fast DC bidirectional electric vehicle charger
  • Level 2 electric vehicle charger
  • Solar inverter
  • Stationary battery charger / inverter
  • Smart home energy manager
DC Fast EV Charger
Connectors CHAdeMO / CCS
AC Inputs
Nominal Voltage (V) 240 Single Phase or + 120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 64
Frequency (Hz) 60 (50 capable)
DC Outputs
Nominal Power @400V (kW) 15.2
Nominal Voltage (V) 400
Voltage Range (V) 150-500
Nominal Current (A) 38
Max Efficiency (%) 96.3
Voltage Ripple (%) < 2.5
EV Inverter (V2H / V2G)?
Connectors CHAdeMO / CCS ?
DC Inputs
Nominal Voltage (kV) 400
Voltage Range (V) 150-500
Nominal Current (A) 19 / 38 ?
AC Outputs
Nominal Power (kW) 7.6 / 15.2 ?
Nominal Voltage (V) 240 Single Phase or + 120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 32 / 64 ?
Frequency (Hz) 60 (50 capable)
Max Efficiency (%) 98.4
Power factor (%) > 99
THD (%) < 3
Grid Forming True Sine Wave
Solar Inverter
DC Inputs
Max PV Power (kWp) 10 / 20 ?
Open Circuit Voltage (Voc) 500
MPPT operating range (V) 240-500
Nominal Voltage (V) 400
Short Circuit Current (A) 36 per MPPT
Max Current (A) 19 per MPPT ?
Number of MPPT Channels 1 / 2 ?
AC Outputs
Nominal Power (kW) 7.6 / 15.2 ?
Nominal Voltage (V) 240 Single Phase or + 120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 32 / 64 ?
Nominal Frequency (Hz) 60 (50 capable)
Max Efficiency (%) 98.4
Power factor (%) > 99
THD (%) < 3
AC Level 2 EV Charger
Connector J1772
Nominal Output Power (kW) 9.2
Nominal Voltage (V) 240 Single Phase or + 120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 38
General
Dimensions
Height (in / mm) 31.5 / 800
Width (in / mm) 19.7 / 500
Depth (in / mm) 9.1 / 230
Total Weight (lbs / kg) < 62 / < 28
Max Component Module
Weight (lbs / kg)
35 / 16
Standby Monitoring Power
Consumption (W)
< 30
Communication RJ45 – TCP/IP ready
Operating Temperature (°F/°C) -13 to 113 / -25 to 45
Enclosure NEMA 3R, IP54, UL94 5VB
Certification UL 9741, 2594, 2231-1, 2231-2, 1741 SA,
IEEE 1547, FCC Part 15 (pending)
Security Certification CC Certified (TPM 2.0 at EAL4+)
& FIPS 140-2 Level 1 & 2
AC Connection: Breaker Size Recommendation
Installation with Blackout Power
DC Charger, Solar Inverter, V2H/V2G, ESS
(A) (Double-pole breaker in main panel)
175 or 125 ?

(including subpanel house load)
EV AC Charger (A) (Double-pole breaker in subpanel) 50
UPS connected to wall socket (A) (Single-pole
breaker in subpanel)
15
Installation without Blackout Power
DC Charger, Solar Inverter, V2H/V2G, ESS
(A) (Double-pole breaker in main panel)
2 x 40
EV AC Charger (A) (Double-pole breaker in main panel) 50
Power Supply (A) (Plug into wall socket or single-pole
breaker in main panel)
15
Stationary Battery
Communication RS485
Charging Mode
AC Inputs
Nominal Voltage (V) 240 Single Phase or +120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 32
Frequency (Hz) 60 (50 capable)
DC Outputs
Nominal Power (kW) 7.6
Nominal Voltage (V) 400
Voltage Range (V) 240-500
Nominal Current (A) 19
Max Efficiency (%) 96.3
Voltage Ripple (%) 2.5
Discharging Mode
DC Inputs
Nominal Voltage (V) 400
Voltage Range (V) 240-500
Nominal Current (A) 19
AC Outputs
Nominal Power (kW) 7.6
Nominal Voltage (V) 240 Single Phase or +120/-120 Split Phase
Voltage Range (V) 208-254
Nominal Current (A) 32
Frequency (Hz) 60 (50 capable)
Max Efficiency (%) 98.4
Power factor (%) > 99
THD (%) < 3
Grid Forming True Sine Wave
AC Output (dcbel to Home)
Nominal Output Power (kW) 15.2
Nominal Output Voltage (V) 240 Single Phase or + 120/-120 Split Phase
Output Voltage Range (V) 208-254
Nominal Output Current (A) 64
Frequency (Hz) 60 (50 capable)

BLACKOUT POWER KIT

Power Kit
dcbel aTS (Automatic Transfer Switch)
Communication RS485
Relay Rated Current (A) 200
Height (in / mm) 24 / 610
Width (in / mm) 18.5 / 470
Depth (in / mm) 6 / 152
Installation Indoor only
UPS Power Module(s)
Installation with Stationary Battery
Backup Time (Mins) 9
Height (in / mm) 4.3 / 110
Width (in / mm) 6.3 / 160
Depth (in / mm) 11.8 / 300
Installation Indoor only
Installation without Stationary Battery
Backup Time (Hours) 6
Height (in / mm) 11.8 / 300
Width (in / mm) 7 / 180
Depth (in / mm) 7.4 / 190
Installation Indoor only

SUPPORTING HARDWARE

dcbel aT (Autotransformer)
Power (kW) 7.6
Voltage (V ac) 240:120V ac split-phase
Height (in / mm) 15.7 / 399
Width (in / mm) 12.6 / 320
Depth (in / mm) 6.3 / 160
Installation Indoor only

STANDARD DCBEL EQUIPMENT

Tempo (Home Current Sensor)
AC Sensor 2 CT Clamps
Communication RS485
Rated Current (A) 200
Height (in / mm) 2.9 / 74
Width (in / mm) 6.1 / 155
Depth (in / mm) 1.5 / 40
Installation Indoor only

DCBEL INSTALLATION SINGLE LINE DIAGRAM

DCBEL INSTALLATION WIRING DIAGRAM

  • 1 EVAC SAE J1772 Type 1 EV Connector
  • 2 EVDC CHAdeMO or CCS1 EV Connector
  • 3 AC1 and AC2 PUC5 1, PUC5 2 and Power Supply
  • 4 AC3 EVAC Grid Input
  • 5 ESS and PV PV1 and Stationary Battery Power Cables
  • 6 COM Stationary Battery, Tempo, Ethernet and ATS Communication Cables
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