Microinverters

Hoymiles HMS-900-2T Microinverter

Manufacturer: Hoymiles

INDEX: HOY HMS-900-2T

Product number: HOY HMS-900-2T
Product information "Hoymiles HMS-900-2T Microinverter"

With up to 900 VA output power, the new Hoymiles HMS-900-2T microinverter ranks high and strong among the best inverters operating 2:1 with photovoltaic modules. Each 2T microinverter has two MPPT input with the ability of connecting one module for each, which directly affects its efficient operation, maintaining maximum performance in all weather conditions. The microinverters and thus the photovoltaic modules are monitored independently by the Hoymiles monitoring system via Sub-1G transmission.

IMPORTANT! A Hoymiles monitoring module must be selected for each installation consisting of Hoymiles microinverters.

Product’s distinguishing characteristics:

  • Highest-powered microinverter for 2 in 1 with output power up to 900 VA
  • With Reactive Power Control, meets the requirements of EN50549-1:2019, VDE-AR-N 4105:2018, UL1741, ABNT NBR 16150, etc.
  • Safer for rooftop solar stations with rapid shutdown compliant and isolated transformer
  • Independent MPPT and monitoring makes greater energy harvest and easier maintenance
  • Each microinverter supports up to 2 modules, faster installation and good adaptability to all kinds of module arrangement
  • Sub-1G wireless solution enables the stable communication when installed for commercial and industrial stations

WARNING! The microinverter works only with panels whose maximum voltage (Voc) does not exceed 60 V.

General features:
Dimensions WxHxD [mm]: 261 x 180 x 31
Type: Microinwerter
Communication type: Sub-1G
Weight [kg]: 3.1
Dimensions [mm]: 261.0 x 180.0 x 31.0
DC parameters:
Maximum PV power [W]: 600
Max. voltage [V]: 60
Min. MPPT voltage [V]: 16
Max. MPPT voltage [V]: 60
Initial feed-in voltage [V]: 22
Number of MPPT inputs: 2
Maximum current per one MPPT [A]: 45364
Supported number of PV modules: 2
AC parameters:
Power [W]: 900
Feed-in phases: 1
Max. output current [A]: 3.91
Efficeincy:
Max. efficiency [%]: 96.5