ATESS 150kW Hybrid Inverter 450-600v 225kW MPPT

The ATESS 150kW Hybrid Inverter with a voltage range of 450-600V and an MPPT capacity of 225kW is a highly capable all-in-one hybrid inverter specifically designed for commercial applications. It offers a large capacity and is well-suited for meeting the power requirements of most commercial setups, supporting system capacities of up to 600kW.

This hybrid inverter is built to ensure a stable and uninterrupted power supply, providing reliability and peace of mind for your commercial operations. It combines multiple functions into a single unit, eliminating the need for separate devices or components.

With its advanced technology and intelligent design, the inverter seamlessly integrates various power sources such as batteries, grid connections, and solar inputs. This allows for efficient energy utilization and enables you to optimize your power system based on your specific requirements.

The inverter’s robust design and high capacity make it a reliable solution for commercial settings, capable of handling substantial power loads. It ensures that your operations can continue smoothly without any disruptions caused by power fluctuations or outages.

Whether you need to power critical equipment, maintain essential services, or support your day-to-day operations, the ATESS 150kW Hybrid Inverter delivers the performance and reliability needed for commercial applications.

The commercial-grade all-in-one hybrid inverter is designed to meet the high-capacity demands of commercial applications, with support for system capacities of up to 600kW. This comprehensive inverter integrates seamlessly with battery, load, grid, and solar connections.

With its programmable working mode, you have the flexibility to choose between peak-shaving, back-up, or custom settings, allowing you to utilize the system according to your specific needs and preferences.

The scalable design of the inverter enables you to expand the capacity by paralleling up to four units, providing a quadruple increase in power output to meet even higher demands.

To ensure a reliable power supply, the inverter features a hot back-up function. In the event of an inverter failure within a parallel system, the remaining unit(s) seamlessly take over the load without any interruption or downtime.

The inclusion of a touchscreen LCD adds convenience to the parameter setting and maintenance processes, making it easier for you to monitor and control the inverter’s operation.

With its seamless transfer capabilities, the inverter guarantees an uninterrupted power supply, ensuring that your critical loads are protected from power disruptions.

Additionally, the dry contact output allows for remote control of a diesel generator, providing further flexibility and control over the system’s operation, enhancing its overall functionality.

Product Specifications

MODELATESS HPS150
AC (GRID-CONNECTED)
Apparent power165kVA
Rated power150kW
Rated voltage400V
Rated current217A
Voltage range360V – 440V
Rated frequency50/60Hz
Frequency range45~55/55~65Hz
THDI<3%
PF0.8lagging~0.8leading
AC connection3/N/PE
AC input240kVA
AC (OFF-GRID)
Apparent power165kVA
Rated power150kW
Rated voltage400V
Rated current217A
THDU≤2%linear
Rated frequency50/60Hz
Overload capability110%-10 mins
120%-1 min
DC (BATTERY AND PV)
Max. PV open-circuit voltage1000V DC
Max. PV power225kWp
PV MPPT voltage range480V-800V DC
Battery voltage range
at Max. charge power
500V-600V
Battery voltage range352-600V
Max. charge power225kW
Max. discharge power165kW
Max. charge current450A
Max. discharge current467A
GENERAL INFORMATION
Protection degreeIP20
Noise emission<65dB(A)@1m
Operating temperature-25 °C~+55 °C
CoolingForced-air
Relative humidity0-95% non-condensing
Maximum altitude6000m (derate over 3000m)
Dimension (W/H/D)1200/1900/800mm
Weight1230kg
Build-in transformerYes
Transfer between on/off gridAutomatic≤10ms
Standby consumption<30W
COMMUNICATION
DisplayTouch screen
CommunicationRS485/CAN
CERTIFICATE
CE , MEA , PEA , AS 4777.2,EN 61000-6-4:2007+A1:2011 , EN61000-6-2:2005 , EN62109-1:2010 , EN62109-2:2011 , EN 50549-1:2019 , IEC62109.1, IEC62109.2, NRS 097-2-1:2017, G99,
VDE-AR-N 4105:2018,DIN VDE V 0124-100:2020-06

Product Documents

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