Mate3 and Wind turbines

Mate3 and Mate3s communications devices for Outback Power
Post Reply
Forum Junior Member
Posts: 1
Joined: Wed Nov 06, 2019 2:30 pm
My RE system: 6kW of Solar panels (mostly 285 W panels)
2kW of Primus Wind Turbines
100Ah Iron Edison Lithium Iron Batteries

Mate3 and Wind turbines

Post by sb10701 » Wed Nov 06, 2019 2:42 pm

We are the Science Barge people in Yonkers, NY. Off the grid teaching facility w two greenhouses, outdoor classrooms and wind and solar renewable energy systems. We are wondering how to integrate our 2kW of Primus wind turbines into the Mate3.

Forum Emperor
Posts: 2066
Joined: Tue Jul 26, 2016 5:57 am
My RE system: Flexpower One: FX3048T, (2) FM80, MATE3s, FlexNetDC
Outback 200NC batteries (8 @ 48v)
Outback IBR3 battery enclosure
Suniva 330 watt panels (12 - 6 strings of 2 in series)
Hyundai 355 watt panels (6 - 3 strings of 2 in series)
Honda EU7000is gas fuel generator

Re: Mate3 and Wind turbines

Post by raysun » Wed Nov 06, 2019 3:08 pm

I assume you are using other Outback equipment other than the Mate3? If you include details of charge controllers, inverters, battery monitor, etc., it will help in answering your questions.

The wind turbine is DC? Does it have a charger compatible with the system battery?

Forum Whiz
Posts: 49
Joined: Tue Jul 04, 2017 9:01 am
My RE system: 4x VFXR3048E, 4x FM80, Mate 3, Flexnet, HUB10, 4x Shunts
Location: Grenada West Indies

Re: Mate3 and Wind turbines

Post by grenadapalace » Tue Nov 12, 2019 12:56 am


If you are using the FNDC, along with its ability to read from 3 shunts, as long as the wind turbines can provide DC, and, more importantly, they can be stopped when the batteries reach full charge (some wind turbines have this built in, some you need an external control box with dump load), you can use the third shunt to incorporate wind into your system (e.g. 1st shunt = inverters, 2nd shunt = solar charge controllers, 3rd shunt = wind).

Be very careful about over charging your batteries.

A couple of wind turbines I use for example ( ... ro_pro.jsp - in built programable battery charger, or this very very good copy of the wind dolphin

One last tip, if you can get spare brushes/sliprings for your turbines, do so. These wear out and need replacing. There are some excellent all-in-one 3rd party replacements, something like this is good, something like this is very very good, but very expensive (expensive because they are fit and forget). Make sure to use a slip ring that can handle the high currents (use multiple slipring poles for one conductor for example).

Keep your DC wires as short as possible, and dont skimp on DC cable diameter/rating.

Wind keeps my batteries topped up at night, rather than running my system on its own.

Hope this helps.


Post Reply