Yes I have panels 3rd picture, the turbine works perfectly, I'm in Cornwall England and it's in the middle of a field. Do you have any idea on how to set up the solar panel controller. The details are wrong as I know they've been messed with.
Details meaning programmed settings? Get a manual or data sheet for the battery and set MPPT SCC according to that.
The MPPT has "Load" terminals for small loads, would enable that depending on battery voltage.
Large loads like the inverter would connect directly to battery (check if it is 12V or 24V inverter, as Sam says.)
You would simply connect MPPT battery terminals to battery first, PV panels second.
Through its menu there may be ways to set voltages for charging battery, according to battery data sheet.
Ideally there would be a fuse at the battery, maybe a fuse for inverter and smaller one for charge controller. Sized greater than maximum current, and protects wires from starting a fire if there is a short. But I have connected an inverter directly to automobile battery, relying on internal fuses.
"Leisure" batteries with automotive style terminals are meant as house batteries for RVs, don't think they give as long life or tolerate as deep cycling as true deep-cycle batteries. But these are AGM, so could be good for the purpose. Can't add water, so must never be charged to higher voltage than intended. It will last longer if not discharged to as low a voltage, and fully recharged as soon as possible. Avoid drawing too much power so PV panels charge to full voltage and charge controller holds that voltage for a couple hours before dropping to "float" voltage.
The inverter says "Modified Sine Wave" or MSW, which is actually Modified Square Wave. Nothing at all to do with sine wave except the waveform has same RMS voltage as 120V (or 220V?) sine wave, delivers same power to resistive load like light bulbs or heaters. Motors can run on it, better for brush-type motors like vacuum than induction motors like refrigerator, but may work. The problem is the steep waveform edges and sharp corners contain lots of power at frequencies much higher than 50 or 60 Hz. That causes extra heating in the iron magnetic core of motors and transformers.
Use the inverter for some loads, but if powering things like refrigerator maybe you're better off buying a pure sine wave inverter or all-in one, might get longer life from the appliance.
The higher the turbine is above ground, the better it will work. May function 20 or 30' up, likely smoother and faster wind 60' to 100' up.
Studies of actual wind turbine installations, many brands, found they put out a fraction of the power expected even compared to measured wind speed. Likely due to turbulence. Just like an airplane having a bumpy ride 1000' above a mountain ridge, turbulence kills lift.
