B2C+ Bi-Directional DC Converter
Regenerative DC Converter
B2C+
B2C+ is CINERGIA’s solution for Regenerative and Bidirectional DC Test Platforms. The efficiency, multichannel flexibility and high-resolution and dynamics of this device make it convenient in multiple applications like: Renewable Energy Sources, Energy Storage Systems, Smart grids, Battery Testing and Characterization, Electrical Vehicles, EV Charging Infrastructures, Traction Converters, Power HiL and Aeronautic.
Featured Benefits
- Efficiency and Flexibility
- Save Energy, Power and Time
- DC only
- Multichannel
- High-Resolution and Dynamics
Functionalities
- Bidirectional and Regenerative
- Clean grid current: THDi < 3% and PF > 0.98
- 2 quadrants and 4 quadrants configurations
- 13 models from 7.5kW to 160kW
- Parallelization of units to increase the power Voltage Range: up to 750/800V
- CV, CC, CO, CR modes
- Battery Testing (charge/discharge/cycling)
- Automated Test pro les (csv file)
- Battery Emulation (option) -Pv Panel Emulation (option)
- 3 channels / 1 channel / Multichannel / Bipolar
- Power Amplifier mode for PHiL applications
- Intuitive User Interface
- Modbus/Ethernet Open protocol, Labview drivers
Regenerative Technology
Thanks to our bi-directional topology, the B2C+ Bidirectional DC Converter are regenerative, resulting in a reduction of both the consumed energy during the tests and the power required from the electrical installation.
This technology allows us to work in both directions, as power generators or offering a consumption for the realization of all types of tests.
Electromobility
Smart Grids
Avionics
IEC Testing
Photovoltaic
Power HiL
Energy Storage System
Local Interface
Local Interface
Analogue and Digital IO ports
The isolated digital and analogue inputs/outputs permit the connection of the unit to External Controllers and Power Hardware in the Loop systems (option).
4.3” Touchscreen
Allows the local parameterization and command of the device, configuration of the communications link, plots the main signals and enables the local datalogging.
Safety First
The units integrate a local Emergency Stop pushbutton and two signals (input+ output) to be connected to the laboratory interlock system. Additionally, the digital outputs can be interfaced to safety tower lights.
Master/Slave
ePLUS is a modular platform enabling the master/slave connection of units with equal power.
Options
- Three channel mode: allows different operation mode start/stop/reset per channel (included in all models from 7.5 to 60, both included)
- 30kHz Switching Frequency: only available for models 15 (derated to 7.5kW), 20 (derated to 7.5kW) and 30 (derated to 10kW)
- Isolation monitor (advised for IT systems)
- Low voltage ripple capacitance
- Anti-islanding monitor (only advised in net injection to the grid and following local regulations)
- RS485
- Battery Emulation
- Battery Test
- PV Panel Emulation
Models
B2C+
| Reference | DC Power Rated |
DC Voltage Range |
DC Current Rated 3 channels Unipolar Mode |
DC Current Rated 1 channel Unipolar Mode |
DC Current Rated +/-/0/- Bipolar 40 Mode |
Weight (kg) |
Dimensions DxWxH (mm) |
|---|---|---|---|---|---|---|---|
| B2C+7.5 | 7.5 kW | 20 - 800 V | ±10 A | ±30 A | ±10 A | 155 kg | 770 x 450 x 1100 mm |
| B2C+10 | 10 kW | 20 - 800 V | ±15 A | ±45 A | ±15 A | 155 kg | 770 x 450 x 1100 mm |
| B2C+15 | 15 kW | 20 - 800 V | ±20 A | ±60 A | ±20 A | 155 kg | 770 x 450 x 1100 mm |
| B2C+20 | 20 kW | 20 - 800 V | ±25 A | ±75 A | ±20 A | 155 kg | 770 x 450 x 1100 mm |
| B2C+30 | 27 kW | 20 - 800 V | ±30 A | ±90 A | ±30 A | 155 kg | 770 x 450 x 1100 mm |
| B2C+40 | 40 kW | 20 - 800 V | ±40 A | ±120 A | ±40 A | 200 kg | 770 x 450 x 1100 mm |
| B2C+50 | 50 kW | 20 - 800 V | ±50 A | ±150 A | ±50 A | 200 kg | 770 x 450 x 1100 mm |
| B2C+60 | 54 kW | 20 - 800 V | ±57 A | ±170 A | ±57 A | 200 kg | 770 x 450 x 1100 mm |
| B2C+80 | 80 kW | 20 - 800 V | ±80 A | ±230 A | ±80 A | 320 kg | 870 x 590 x 1320 mm |
| B2C+100 | 100 kW | 20 - 800 V | ±130 A | ±390 A | ±130 A | 320 kg | 870 x 590 x 1320 mm |
| B2C+120 | 108 kW | 20 - 800 V | ±130 A | ±390 A | ±130 A | 320 kg | 870 x 590 x 1320 mm |
| B2C+160 | 145 kW | 20 - 800 V | ±155 A | ±465 A | ±155 A | 680 kg | 850 x 900 x 2000 mm |
| B2C+200 | 160 kW | 20 - 800 V | ±185 A | ±555 A | ±185 A | 680 kg | 850 x 900 x 2000 mm |
Software
The user interface used by CINERGIA devices has been developed by our R&D team, to offer total control of the device, with a comfortable and intuitive design. This allows us to take full advantage of the capabilities of the device, as well as the programming and execution of standardized or self-created tests.
DC
DC Operation
This panel allows the user to access all DC setpoints and limits. Thanks to the unique Multichannel feature, each phase can have a different Operation Mode: voltage, current, power, resistance and advanced DC applications. Transition ramps, voltage and current limits can be modified. The limits for sink and source operation are different for safer testing, specially in battery applications.
Sequence
The User Interface Software integrates a Sequence Editor to create automatic test sequences, save them for future use and import them in .csv files. A smart datalogger can be activated from the LCD of the unit to record automatically the resulting voltage and current measurements with a time resolution of 400 ms.
Multichannel
Enabling the Separated Channel Control converts the device in three functionally independent DC Bidirectional Power Supplies, sharing the common negative rail. Each channel can have a different status (ON, OFF, Warning, Alarm), Operation Mode (see Range and Specifications table), Setpoint, Ramp and Limits.
battery Pack Tester
This functionality enables the user to precisely control the charge, discharge and cycling of a Battery. Basic parameters include the charge/discharge current, fast charge and floating voltages while Advanced parameters add Energy (Ah) and Time as transition conditions. Profiles for each Battery technology can be saved and imported in .CSV files.
Battery Emulation
The B2C+ integrates a mathematical model to emulate the voltage behaviour of a real battery pack. The output voltage will change as a function of the SOC and Current. By configuring the provided parameters, the voltage profile can be adjusted to match different technologies: LiIon, NiMH, NiCd, Pb, Flux, etc.
PV Panel Emulation
The PV Panel model is based on the single-diode equivalent circuit of a PV cell and the series-parallel connection of cells to form a panel. A Runtime functionality allows the simulation of a complete day by launching different irradiance and temperature setpoints from a .csv file, enabling the user burn-in and functional tests of PV Inverters.
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FAQ
The B2C+ is a high-performance, regenerative DC converter by CINERGIA (distributed by Intepro) that both sources and sinks DC power—returning energy to the grid with exceptional efficiency. It’s designed for DC test platforms and energy recovery applications.
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