Battery Boosted Charging
Overview
The Silicon Carbide (SiC) topology delivers 98.5 % peak efficiency over a broad operating range and yields a more compact package through higher power density. The system is fully sealed and liquid cooled, ready to deploy in harsh environments, including off-highway applications.
The GN01 inverter operates on-grid, off-grid, or as part of a smart microgrid. Its active neutral supports load imbalances up to 100 % per phase, ensuring stable performance even under highly uneven load distributions. The unit is fully user-configurable for any standard voltage up to 480 VAC and frequencies up to 400 Hz, making it compatible to a wide range of power grids across industries globally. It functions to stabilize voltage and frequency, balancing demand peaks, and delivering cleaner, more reliable power to the grid.
AC Droop control lets the user set target voltage and frequency, then overlay bidirectional active and reactive power control — useful for storage regulation, seamless AC synchronization, AC hot swaps, and generator hybridization. Droop parameters are exposed for real-time tuning by integrators, rather than locked behind firmware. Each unit takes CAN control locally, but coordination across units happen on the AC waveform itself. Voltage and frequency carry the signal, so any number of units can run in parallel on a shared AC grid without an additional communications layer between them.
When connected to a grid, GN01 can idle alongside the mains while the battery handles other duties, such as peak shaving, frequency regulation, or standing by. If an upstream breaker opens, including during islanding events, the inverter assumes the load with no transfer interruption. This delivers reliable ride-through performance equivalent to a uninterruptible power supply (UPS) as a native function of the grid-forming control, without a dedicated UPS in the system.
Characteristics
Power up to megawatt levels through paralleling
Full bidirectional operation for charging through the same converters
Support for all common grid standards up to 480 V, single-, split- and three-phase inverters, 50 - 400 Hz
Applications
Portable battery gensets (90 kW up to megawatt levels)
Off-grid and on-grid operation
Balancing microgrids
Microgrid capable BESS
Integration with other power sources such as solar and diesel generation
Portable DC fast charging, by integrating ADM-PC-DC01
Technical Data
Electrical
Rated AC voltage (L-L)
208 - 480 Vrms, reduced power below 380 Vrms
Rated AC frequency
50 / 60 / 400 Hz
Maximum AC current
±135 Arms, per phase
Maximum neutral current
±135 Arms
Power factor (PF)
≥0.99
Total Harmonic Distortion THDI
≤5 %, for loads above 20 %
Power Control
±0.9 inductive-capacitive
Wiring
L1, L2, L3, N
Startup
Internal soft start
Inrush current
Less than nominal current
Phase to PE separation
Basic isolation
Protection
Overvoltage, undervoltage, overcurrent, overtemperature
Fusing
Yes, UL/IEC rated
Overvoltage category
OVC2
Grid generation
Forming, following, microgrid
Connectors AC
4x RADSOK Size 8 mm Amphenol SurLock Plus (SLP-HIR-B)
DC Voltage range
360 - 950 V (min DC voltage depends on the mains voltage)
DC Current
±160 A bidirectional limited by power envelope
Max power (400 V/50 Hz)
93 kW
Current measurement accuracy
±1 % of full-scale
Voltage measurement accuracy
±1 % of full-scale
Primary-Secondary separation
Non-isolated
Fusing
Yes, on positive line, UL/IEC rated
AC Relays (Grid Side)
Yes
Connectors DC
2x port A, RADSOK Size 8 mm Amphenol SurLock Plus (SLP-HIR-B)
Low voltage and communication
Communication interface
CAN 2.0B
External control power supply voltage
24 V nominal (20-28 V)
Control power consumption
50 W
Standby power consumption
5 W
Isolation concept
CAN and 24 V isolated from PE CAN bus isolated from 24 V Basic isolation, reinforced towards HV
Connectors
2x for CAN, 1x for power
Paralleling of converters
Up to 120 units in parallel
Mechanical
Dimensions
700 x 400 x 165 mm
Weight
43 kg
Cooling
50/50 Water Ethylene Glycol Mix
Noise
Small internal fan
Mounting
4U rack, or custom brackets
Environment
Operating temperature range
-40 to 70 °C, derating applies
Ingress protection code
IP67
Allowed pollution degree
3 external environment
Altitude
3000 m
Shock
Pending
Vibrations
Designed for harsh environments
Standards
Designed to following standards
IEC 61851-1, 61851-23 ED2, IEC 62477-1, UL2202, UL1741
Grid code support
EN50549-1, IEEE 1547, VDE-AR-N 4100, UK G99, AS 4777.2
Electromagnetics compatibility
EMC class B possible with an external filter
General
Support
ADVANTICS Helpdesk included
Design and Manufacturing
EU
Please note that the technical data presented on the website is for reference only and may be subject to change without prior notice.
