OK, not the best job, but at least I can go afloat and not worry (too much) about power conservation. This is a quick job for a mini cruise my wife and I will take on Saturday.
Panel is 50 Watt Renogy I purchased on Amazon. It is mounted with insulated 1" clamps. The support is not glued together yet. I am still experimenting with how I want to use it. I was thinking mounting a tee on the lower horizontal rail and shortening the support arm. Anyway, the tee under the panel is tie wrapped to the panel. Bottom of support has nothing right now by I might add a tee or end cap for now. 1" Schedule 40 PVC support.
Results show voltage from the panel about 21.4vdc and voltage at the controller load is 14.2vdc. Connecting the controller to the battery is 3' of #14 wire. I will change that to #10 before I leave.
So, finally I can charge while sailing and on the hook. Took me awhile but I am glad that I have finally done it. Please be gentle in your criticism.
:dance:
Panel is 50 Watt Renogy I purchased on Amazon. It is mounted with insulated 1" clamps. The support is not glued together yet. I am still experimenting with how I want to use it. I was thinking mounting a tee on the lower horizontal rail and shortening the support arm. Anyway, the tee under the panel is tie wrapped to the panel. Bottom of support has nothing right now by I might add a tee or end cap for now. 1" Schedule 40 PVC support.
Results show voltage from the panel about 21.4vdc and voltage at the controller load is 14.2vdc. Connecting the controller to the battery is 3' of #14 wire. I will change that to #10 before I leave.
So, finally I can charge while sailing and on the hook. Took me awhile but I am glad that I have finally done it. Please be gentle in your criticism.
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