ON/OFF Grid Switching STS Module (60kW 100kW 200kW)
Model:STS-60K/STS-100K/STS-200K
ON/OFF Grid Switching STS Module (60kW 100kW 200kW)
The STS module adopts the static switching technology, which supports seamless switching between the grid and the grid, and adopts DSP design, which supports CAN/RS485 communication. The module is widely used in on/off-grid switching application scenarios, such as weak grid areas, microgrid energy storage, etc., to ensure uninterrupted power supply to important loads.
Summarize.
This ON/OFF Grid Switching STS Module adopts static switching seamless switching technology, with a height of only 2U, compact structure, high power density, and supports seamless on/off-grid switching; it adopts DSP design and supports CAN/RS485 communication. Together with the PCS module, it can realize seamless switching on and off the grid and ensure uninterrupted power supply for important loads. The module is widely used in application scenarios of on and off-grid switching, such as weak grid areas, microgrid energy storage, etc., to ensure uninterrupted power supply for important loads.
HIGHLIGHT
·Modular design for easy maintenance ·3L+N+PE,Support off-grid unbalanced load
·The module height is only 2U/3U, Compact and high power density
·Ensure UPS power supply for important loads.
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·Weak grid area, micro-grid energy storage
Areas of application
Weak grid areas, microgrid energy storage
Weak grid area, microgrid energy storage application scenarios, grid power, battery and grid power bidirectional flow, to realize the charging and discharging function, shaving peaks and filling valleys, to earn the difference in tariffs; grid power down, through the grid switching STS module to switch to the battery power supply, to ensure that the load is uninterrupted power supply.
Product
Parameters
The ON/OFF Grid Switching STS Module adopts the static switching technology,
which supports seamless switching between the grid and the grid,
and adopts DSP design, which supports CAN/RS485 communication.
The module is widely used in on/off-grid switching application scenarios,
such as weak grid areas, microgrid energy storage, etc.,
to ensure uninterrupted power supply to important loads.