Charge controllers using relays or PWM type? All of the charging sources are connected directly to the battery and so is the configuring a network operating system pdf. Rather it is diverted to the dump load when the need arises. In some cases this disconnection can be achieved by a double-pole fuseholder.
The diagram shows blocking diodes on the solar PV. This is normal practice if the solar is to be connected to the battery without its own dedicated controller. I would not say it is essential, but it’s recommended. This allows for gusts of wind etc. Load resistance increases by adding more loads in series. Current in each load depends on the voltage divided by the total resistance. More loads in parallel will use more current.
If necessary you can use more than one Tristar controller in parallel. Each Tristar will need its own resistive diversion load that is appropriately sized. They can all be wired to the same battery bank. The US code requires that you have a second independent means of charge control. If the Tristar shuts down, or its load fail to work then your battery could ultimately explode. Tristars are very reliable and most people keep an eye on things.
Before energising the Tristar you should configure its dip switches. Use 2 and 3 to configure the nominal battery voltage. Use 4,5 and 6 to fine tune the desired charging voltage based on the battery type and usage. Switch 8 allows you to choose automatic or manual equalisation of the battery.
It will adjust the charging to make sure the battery gets enough in cold weather and will protect it against damage if it gets hot. Hi, I am going to connect two Tristar controllers in parallel to the battery. The first is TS-MPPT-60 for solar panels and the second one is TS-60 with dump load for windmill. My question is in cooperation of both controllers. I want to be sure they will track each other. For example the sun is shining and no wind. The sun controller will charge the battery to the absorption or even float mode and then windy weather will come.