BEG1K0110G

BEG1K0110G is a non-isolated bi-directional ACDC converter module designed to meet the applications of energy storage equipment and the stepwise utilization of retired batteries. The module can be used to connect the battery and AC power grid. It adopts the third-generation semiconductor SiC, coupled inductor and other technologies to realize excellent performance such as high efficiency, high power density, high scalability, minimal electromagnetic radiation and interference, high reliability, etc. It is a power converter module with international leading level.

BEG1K0110G
Product Features Application Scenarios Classification
Product Features
High Efficiency and Energy Saving
High Efficiency and Energy Saving

■ High efficiency:Designed with all SiC (Silicon Carbide), it has a peak efficiency of up to 99%.
■ High power density: Power density of up to 62W/in3 for space savings.

Safety and Reliability
Safety and Reliability

■ Isolated air ducts and gluing: Isolated air ducts are designed to improve heat dissipation efficiency, and the gluing process makes the module's ability to protect against salt spray, humidity, mold and mildew significantly improved.
■ Non-destructive hot-plugging: plug and play, easy maintenance.

Intelligent and Convenient
Intelligent and Convenient

■ Supporting parallel and off-grid applications: adapting to various application scenarios.
■ Hot swapping without damage:Plug and play, convenient for maintenance.
■ Parallel connection of multiple modules:It supports the parallel connection of up to 16 modules. With flexible capacity expansion, it can be adapted to the simultaneous use of retired batteries of different models.

Widely Compatible
Widely Compatible

■ Wide AC voltage range: 323Vac to 530Vac, adaptable to various power grids.
■ Wide DC voltage range: 650Vdc~1000Vdc, suitable for charging and discharging different types of batteries.
■ Wide temperature range: -40℃~+75℃, adapting to a variety of scene applications.
■ Unique protective design:Designed to be resistant to salt spray, moisture and mildew, it adapts to various application scenarios.

Application Scenarios
  • Energy storage system

    Energy storage system

  • Photovoltaic-storage-charging integrated system

    Photovoltaic-storage-charging integrated system

  • DC bus microgrid system

    DC bus microgrid system

Classification
Working Conditions

Operating Temperature -40℃~+75℃, deratingabove +55℃.
Relative Humidity ≤95%RH,Condensation-free
Cooling Method Forced Air Cooling
Altitude 3000m, above 3000m need to consider the use of derating

Rectification Mode

AC Input Rated Voltage 380Vac,3L+PE
Input Voltage/Frequency Range 323Vac~418Vac;45Hz~65Hz
Power Factor ≥ 0.99 (50% to 100% full load output)
THD <3% (50% to 100% full load output power)
DC Output Rated Power 62.5kW
Output Voltage/Current Range 650Vdc~1000Vdc,0~110A
Voltage Stabilization Accuracy < ±0.5%
Stabilization Accuracy ≤ ±1% (output load 20% to 100% rated range)
Efficiency (Peak) ≥ 99%
Rectifier and inverter mode switching time (Battery Test) 100ms

Inversion Mode

DC Input DC Input Voltage & Output Power 650Vdc~1000Vdc; 62.5kW constant power output
Maximum Current 110A
AC Output Output AC Voltage 323Vac~418Vac
Rated Power/Current 62.5kW /95A
Output AC Frequency 50Hz/60Hz
THDi < 3%
Output Power Factor Settable, setting range 0.8~1, -0.8~-1
Efficiency (Peak) ≥ 99%
Wiring Method 3L+PE/Grid-connected, 3L+N+PE/Off-grid
Off-grid Voltage Accuracy/Distortion 1% / 3%
Power Factor 0.7~1.0 (For more application scenarios)
Voltage Dynamic Response/Recovery Time 5% / 20mS


Appearance

Dimension 110mm(H)×385mm(W)×390mm(D)
Weight ≤22kg

Others

Connect Method CAN
MTBF >500,000h
Satisfied Standards CE、TUV、UL


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