EST12KH/15KH/17KH/20KH series inverter, also known as hybrid or bidirectional solar inverter, is suitable for energy management of photovoltaic, battery, load, power grid and other solar energy systems. Electricity from the photovoltaic panels is used for residential electricity, and excess power can be stored in batteries. When the battery is fully charged, users can send excess power to the utility grid.
Key Features
。Integrate PV and storage system modem, support multiple batteries, integrate with EMS Smart energy management systems
。UPS function, support three-phase imbalance, on/off gird switch within 10ms
。Wide PV voltage input range 180V-950V, wide batteries volt-age range 180V-700V
。lP65 protection, aluminum housing, Built-in lightning protection, high-precision leakage protection
。Ultra silent, flexible communications.support remote/local USB upgrade
。Support bifacial panels, max DC current 12. SA, max PV input power up to 1.3 X rated power
Technical Specifications
Efficiency Max Efficiency: >98.2%
Max. PV Data:
Max. PV input voltage: 1000V
MPPT Opreation Voltage Range: 180-950V
Battery Data:
Max Input/Output Voltage: 700V
Opreating Voltage Range: 180-700
Max Charge/Discharge Current: 50A
Max InputOutput Power(W): 12KW,15KW,17KW,20KW
Battery Type: Li-ion/Lead-acid
General Data:
Operating Altitude: <4000m
Noise(dB): <45
Topology: Transformerless
Cooling Method: Intelligent Fan
Ingress Protection Rating: IP65
Relative Humidity: 0-100%,no condensation
DC Connection Type: MC/Amphenol/Phoenix
AC Connection Type: Plug-in,Connector
Display: LCD
Communication With Portal: RS485(WiFi/GPRs Optinal)
Communication With BMS: CAN
Communication With Meter: RS485
Mounting Method: Wall-mounting,bracket
Dimensions(W*H*D): 505*630*220mm
Certification:
Safety: IEC62109-11-2
EMC: EN61000-6-1/-2/-3,IEC61000
On-Grid standard: AS4777.2.NRS097-2-1:2017
When the photovoltaic power is not enough to meet the user's load demand, the battery will
discharge to the load. If there is not enough energy stored in the battery, the grid will supply
power to the load through the system.