Microinverters

Microinverter MIT‑5000‑8T 4 MPPT 3F Hoymiles

Manufacturer: Hoymiles

INDEX: HOY MIT-5000-8T

Product number: HOY MIT-5000-8T
Product information "Microinverter MIT‑5000‑8T 4 MPPT 3F Hoymiles"

Hoymiles MIT 8T microinverter series is a new generation of three-phase devices designed to handle up to eight high-performance photovoltaic modules. The MIT-5000-8T model, with its four independent MPPT inputs, ensures each module operates in optimal conditions, resulting in maximum energy yield. The innovative 8-in-1 design shortens installation time and reduces overall system costs. The device uses Sub-1G communication, providing a stable connection with the Hoymiles DTU gateway and access to module-level monitoring via the S-Miles Cloud platform.

A PV installation using MIT microinverters is an ideal solution for commercial and industrial applications, combining high power, installation safety, convenient servicing, and lower system cost.

Product features:

  • Supports up to eight PV modules in one device
  • 4 independent MPPTs for maximum energy harvest
  • Three-phase output – optimal for industrial and commercial installations
  • Low input voltage for enhanced installation and operational safety
  • Compatible with the latest PV modules (182 mm / 210 mm)
  • 8-in-1 design with Flex-T5 system – quick installation and cost reduction
  • Sub-1G communication – stable connection and convenient remote management
  • Weather-resistant (IP67) with passive cooling and no fans
General features:
Type: Microinwerter
Communication type: Sub-1G
Weight [kg]: 9
Dimensions [mm]: 395 x 60 x 308
DC parameters:
Maximum short-circuit current per MPPT [A]: 25
Maximum PV power [W]: 750
Max. voltage [V]: 140
Min. MPPT voltage [V]: 12
Max. MPPT voltage [V]: 136
Initial feed-in voltage [V]: 32
Number of MPPT inputs: 4
Maximum current per one MPPT [A]: 20
Supported number of PV modules: 8
AC parameters:
Power [W]: 5000
Feed-in phases: 3
Max. output current [A]: 7.25
AC output voltage [V]: 400
Efficeincy:
Max. efficiency [%]: 97.4