Quality that touches on every part of your installation
Microinverter accessories
Microinverters bring convenience to our life. Every high-quality inverter cable product contributes to our efficient, high-performing solar ecosystem. Within our range of inverter accessories, you’ll encounter the same unwavering commitment and passion that our engineers infuse Hoymiles products.
AC Connector – F
Can be connected with the AC Connector – M of the microinverter. Used for making AC end cable or AC extension cable.
AC Connector – M
Can be connected with the AC Connector – F of the microinverter. Used for making AC end cable or AC extension cable.
AC Connector Cap – F
Used to protect vacant AC Connector – F.
AC Connector Cap – M
Used to protect vacant AC Connector – M.
AC End Cable-M/F
Consist of an AC Connector – M or F and a cable, to connect the microinverter branch to the distribution box.
AC Extension Cable
Consist of an AC Connector-M, an AC Connector-F and an AC cable, to connect the microinverters when the distance between the microinverters exceeds the original cable length.
DC Extension Cable
Connect the microinverter and the PV module when the distance between the two exceeds the original cable length.
Download accessories datasheet
AC Trunk Cable, 12/10 AWG Cable
AC Trunk Cable is used to connect the microinverter to distribution box. The Trunk Connector on the AC Trunk Cable is evenly distributed at intervals, Hoymiles provides AC Trunk Cable with different AC Trunk Connector spacing.
AC Trunk Connector
The AC Sub Connector of the microinverter can be inserted into the port of the AC Trunk Connector. Plug and play connectors speed up and simplify installation.
AC Trunk Port Cap
Used to protect vacant AC Trunk Port.
AC Trunk End Cap
Used to protect the cable port of AC Trunk Connector at the end of the AC branch.
AC Trunk Port Disconnect Tool
Used to disconnect the connection between the microinverter and the AC Trunk Connector.
AC Trunk Connector Unlock Tool
Used to unlock the AC Trunk Connector upper cover so that the cable can be removed, replaced, and the AC Trunk End Cap installed.
DC Extension Cable
Connect the microinverter and the PV module when the distance between the two exceeds the original cable length.
HMS Trunk Connector
Used to connect the microinverter's AC output to the AC Trunk, as well as to join together multiple HMS Connection Cables to create the AC Trunk.
HMS Connection Cable
Make a customized AC Trunk by utilizing HMS Trunk Connectors and HMS Extension Connectors.
HMS Connector
Used to form the AC cable into an AC End Cable, which completes the connection between the end of the AC Trunk and the distribution box.
HMS Extension Connector
Used to extend your cable runs when the distance between two microinverters exceeds the standard length of an HMS Connection Cable
HMS Sealing Cap
Used to cover the unused connection port on the HMS Trunk Connector, which is typically located at the beginning of the AC Trunk.
HMS Disconnect Tool
A versatile tool that can be used to take apart connectors, tighten nuts, and loosen nuts.
Download accessories datasheet
3P-AC Trunk Cable, 12/10 AWG Cable
3P-AC Trunk Cable is used to connect the microinverter to distribution box. The Trunk Connector on the 3P-AC Trunk Cable is evenly distributed at intervals, Hoymiles provides 3P-AC Trunk Cable with different AC Trunk Connector spacing.
3P-AC Trunk Connector
The AC Sub Connector of the microinverter can be inserted into the port of the 3P-AC Trunk Connector. Plug and play connectors speed up and simplify installation.
3P-AC Trunk Port Cap
Used to protect vacant AC Trunk Port.
3P-AC Trunk End Cap
Used to protect the cable port of 3P-AC Trunk Connector at the end of the 3P-AC branch.
3P-AC Trunk Port Disconnect Tool
Used to disconnect the connection between the microinverter and the 3P-AC Trunk Connector.
3P-AC Trunk Connector Unlock Tool
Used to unlock the 3P-AC Trunk Connector upper cover so that the cable can be removed, replaced, and the 3P-AC Trunk End Cap installed.
DC Extension Cable
Connect the microinverter and the PV module when the distance between the two exceeds the original cable length.
