The micro inverter (mico onduleurs) field is from the previous owner. I added a multiplus II with a second field (+ Smart solar) and Nickel Iron batteries.
The green stuff on bottom right is the grid counter.
I have breakers and safety devices, not on the sketch for legible reasons.
Can I add the wind generator as on the sketch, with which kind of safety device?
Do I need the dump load resistors as the batteries can accept extra overload?
In such case with the dump load, will the batteries discharge in it?
I need a bit more information please before I can help.
1 - Do you have a link to your turbine manufactures website? (or make model)
2 - Do you have a dedicated Turbine Charge Controller? if so, link please. (or make model)
3 - You diagram does not show a smartshunt, do you have one (or two) fitted? and if where in your diagram?
You can also have a look at this post. (might help)
Hello, before I can advise can you post I diagram of your system listing in that diagram all your equipment (Manufactory, make/model including cable type/size) so I can see the layout, then I can advise accordingly if necessary.
But from what I can see it looks like a professional layout.
Hi, were you successful with this please? I have just upgraded my solar system (wll with Victron) but now there is less daylight it is becoming clear it won’t give me 100% of my needs through the winter months. I do, however, live somewhere that is very windy! And I am very keen to be able to exploit that wind resource.
Anybody successfully done this with Victron kit please? Any guidance would be much appreciated.
I wanted to share some thoughts on factors that influence the power generation from a wind turbine, based on my experience.
The output you can expect from a turbine significantly depends on several key elements:
Location: The wind resource in the area is crucial. A consistently windy location will naturally yield more power.
Position: Ensuring clear, unobstructed airflow to the turbine is vital. Any nearby obstacles can create turbulence and reduce efficiency.
Turbine Type: The specific blade configuration, the brand’s quality, and the effectiveness of the controller all play a significant role in overall performance.
Your Needs: Ultimately, what you expect and need from the turbine should align with its capabilities.
I’ve attached a couple of images illustrating my turbine’s production: one shows a full year’s output, and the other details the last two weeks. For my setup, most of the power generated occurs either at night or during very overcast conditions, precisely when my solar panels produce little to no power. This highlights that it’s really about what best integrates with and complements your specific system.
My advice is not to expect an excessive amount, but to be content with the supplemental power it provides. I personally am very happy with the contribution my turbine makes to my overall energy needs.
Hi, I am also interested in adding wind to my off-grid solar system and I’m thinking about possible solutions. I’m looking into the TESUP ATLAS wind generator. Maximum 10kW, but with ground wind speeds it should rather be in the range of 500W and even lower.
Therefore I’m thinking about just adding an Orion Smart DC-DC charger for my 48V system. The maximum rated power is 380W which is a pitty, but for 90% of the wind speeds this is probably enough.
Any suggestions about my system? Can it work this way or have I forgotten something? Any DC-DC chargers that are rated higher that 380W and still DVCC compatible? Anyone having the ATLAS already in place? How did you do it?
Purchase a 96V generator which should come with a 96v charge controller if not they are fairly cheap they just just convert the 3 phase output to DC voltage run the DC output to the solar input of your choice a 150-35 will be plenty for 2000w turbine and thats it. No need to tell you what gauge wire and fuse ect No need for a brake controller just set your bulk and float to .2v higher than your other charge controllers. When a tornado/cyclone comes through provided your mast or blades havent snapped you may see 1000w produced and its not the setup Im suggesting its how much made in china turbines produce. SM is full of people claiming how much power they produce many of which are actual sales reps pretending to be do it yourself owners helping people like you for free….. Good luck with it they can make power I saw just under 1800w produced from a 4000w made in China turbine (68kg minus blade and tail) always go by the weight of the unit not whats advertised turbine after removing blades and making a direct drive from a GX390 Honda which lasted about 2 mins before the turbine overheated and cooked the wiring (easy fix) the customer sold it asap
Ouch… You got a Tesup? Return it for a refund if possible. That will make an extreme maximum of 100w. Turbines (and i have played with many) MUST be of horizontal design. From memory the best a turbine can produce in terms of efficiency is 53% (i maybe wrong its been many yrs) If its weighing 20kg with blades its just not going to do anything on a 48v system. If your mind is set on a turbine and you want it to work theres a few steps and a few mods to get anything worth while out of one. Setup a wind meter in the exact location you plan and monitor it for a few days or so and average it to what an official site for your area is stating. HORIZONTAL only. When wind speed is worked out there is wind meter to blade size calculators online do your research because blades over 1000mm long get extremely expensive. This is a must and youll learn plenty like low wind go more blades but sacrifice high wind ect. Most turbines are made in China most in the same factory with different stickers tails and blade diameter but prices will vary a $2000 unit is sold under a different label for $9000. Upon purchasing it pull it apart and change bearings to quality ones anything made in japan at least. Cant think of the name of the part but the 3 wires coming out of the motor are always of poor quality and they are attached to a plastic brush type and contact plate that can be upgraded. This part is a must upgrade it allows the turbine to spin in all directions via contacts that wear and are always under rated. STILL CANT THINK OF ITS NAME youll know it upon pull down. You can upgrade magnets or add extra there are many vids out there on how to. The tail length of most turbines are too short causing no production on turbulent days and extending the tail (if its too short) is an easy fix before erecting it rather than later. Always choose the highest voltage turbine as long as its DC some 220v units are DC and some 110v units are AC always purchase the highest DC Voltage unit they cost minimal or no difference. The DC output acts exactly as a panel and your mppt will load/offload the turbine just like a panel. DO your own research do not allow anyone tell you how great their turbine is this windenergy is out of control. Youll work out why Victron a leader in alternative energy has nothing to do with wind.
