1dcbel

Your Home EV SuperchargerFeaturing blackout power and solar charging.

• Blackout Power: Use your EV’s battery to sail through multi-day utility grid outages

• Solar Charging: Charge your EV with the unlimited, free power of the sun

• Power Boost: One mile of range per minute of charge

• OrchestrateTM OS: Unique operating system that minimizes your energy costs and carbon footprint

• Dual Charge: Charge two EVs at once

• Easy Outdoor or Indoor Installation: Installed by a single technician

For North America

A single dcbel replaces the following equipment:

• Level 2 electric vehicle charger

• Fast DC bi-directional electric vehicle charger

• Solar inverter

• Stationary battery charger / inverter

• Smart home energy manager

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DC Outputs

Nominal Power @400V (W) 15 200

Nominal Voltage (V) 400

Voltage Range1 (V) 150-500

Nominal Current (A) 38

Max Efficiency (%) 96.3

Voltage Ripple (%) < 2.5EV Inverter (V2H / V2G2)

Connectors CHAdeMO / CCS

DC Inputs

Nominal Voltage (V) 400

Voltage Range1 (V) 150-500

Nominal Current (A) 19

AC Outputs

Nominal Power (W) 7 600 / 15 2003

Nominal Voltage (V) 240 Single Phase or +120/-120 Split Phase

Voltage Range (V) 208-254

Nominal Current (A) 32 / 643

Frequency (Hz) 60 (50 capable)

Max Efficiency (%) 98.4

Power factor (%) > 99

THD (%) < 3

Grid Forming True Sine Wave

AC Level 2 EV Charger

Connector SAE J1772

Nominal Output Power (W) 9 200

Nominal Voltage (V) 240 Single Phase or +120/-120 Split Phase

Voltage Range (V) 208-254

Nominal Current (A) 38

1 Varies based on AC grid input.2 V2G-ready. Functionality may vary based on local utility regulations and V2G protocols. 3 Available with upcoming software update. Functionality may be limited by your EV’s capabilities.

Supporting Hardware

Autotransformer

Power (W) 7600

Voltage (Vac) 240:120Vac split-phase

Height (in / mm) 15.7 / 399

Width (in / mm) 12.6 / 320

Depth (in / mm) 6.3 / 160

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)

Solar Inverter

DC Inputs

Max PV Power (Wp) 20 000

Open Circuit Voltage (Voc) 600

MPPT operating range (V) 240-500

Short Circuit Current (A) 28 per MPPT

Max Current (A) 19 per MPPT

Number of MPPT Channels 2

Max Strings per MPPT 1

AC Outputs

Nominal Power (W) 15 200

Nominal Voltage (V) 240 Single Phase or +120/-120 Split Phase

Voltage Range (V) 208-254

Nominal Current (A) 64

Nominal Frequency (Hz) 60 (50 capable)

Max Efficiency (%) 98.4

Power factor (%) > 99

THD (%) < 3

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AC Output (dcbelTM to Home)

Nominal Output Power (W) 15 200

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)

4 Stationary battery management available with upcoming software update.

5 A 175A breaker dedicated to the subpanel is required to leverage all of dcbel’s functionalities at full power at the same time. A 125A breaker dedicated to the subpanel can be installed, but note that the speed of EV charging may be limited during periods of peak home load consumption.

General

Dimensions

Height (in / mm) 31.5 / 800

Width (in / mm) 19.7 / 500

Depth (in / mm) 9.1 / 230

Total Weight (lbs / kg) <90 / <42

Max Component Module Weight (lbs / kg)

55 / 25

Standby Monitoring Power Consumption (W)

<30

Communication RJ45 – TCP/IP ready

Operating Temperature (°F/°C)

-40 to 104 / -40 to 40

Enclosure NEMA 3R, IP54, UL94 5VB

Certification UL 2202, 2594, 2231-1, 2231-2, 1741 SA, IEEE 1547.1, 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 1255 (including subpanelhouse 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

Discharging

DC Inputs

Nominal Voltage (V) 400

Voltage Range (V) 240-500

Nominal Current (A) 19

AC Outputs

Nominal Power (W) 7 600

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

Stationary Battery4

Communication RS485 / CAN Bus

Charging

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 (W) 7 600

Nominal Voltage (V) 400

Voltage Range (V) 240-500

Nominal Current (A) 19

Max Efficiency (%) 96.3

Voltage Ripple (%) < 2.5

TempoTM (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

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Blackout Power Kit

Power Kit

Automatic Transfer Switch (ATS)

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 without Stationary Battery

Backup Time (Hours) 6

Height (in / mm) 11.8 / 300

Width (in / mm) 7 / 180

Depth (in / mm) 7.4 / 190

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dcbel Installation Single Line Diagram

dcbel Installation Wiring Diagram

EVAC SAE J1772 Type 1 EV Connector

EVDC CHAdeMO or CCS1 EV Connector

AC1 and AC2 PUC5™1, PUC5™2 and Power Supply

AC3 EVAC Grid Input

ESS and PV PV1, PV2 and Stationary Battery Power Cables

COM Stationary Battery, Tempo, Ethernet and ATS

Communication Cables

1

2

3

4

5

6

1 2 3 4 5 6

120/240 Vac Split Phase Grid Countries

120/240 Vac Split Phase Grid Countries

Other possible wiring designs may be proposed by SHIPs based on homeowners needs. Additional protective devices may be required in order to adhere to local regulations. dcbel™ offers its own PV Rapid Shutdown (PVRSS) and DC Optimizer devices (sold separately).

1 Required for residential installations that want to self-generate to power their homes in countries with a +120/-120V split phase grid unless the home has a 3 phase grid connection with 240V available or smart breaker panel with an auto-transformer.

dcbel is dedicated to solving hard scientific and engineering problems with breakthrough innovations. As such, we make incredible discoveries about our technologies every day and so it should be noted that information herein is for reference only and subject to change without notice.

© Ossiaco Inc. All rights reserved. Ossiaco, dcbel, Orchestrate, PUC5, the dcbel logo and the Ossiaco logo are trademarks or registered trademarks of Ossiaco Inc. All other trademarks mentioned herein are trademarks of their respective owners.

02-2020/V01.1/ENG. dcbel.energydcbel.energy