CHARGE CONTROLLERS
| Solar Charge Controllers | |||||
|---|---|---|---|---|---|
| 6.6F | |||||
| P1010 | |||||
| P2020 | |||||
| Tristar 45 | |||||
| Tristar 60 | |||||
| PACHOS MPS 45 | |||||
| Flexmax 80 | |||||
| 220v Charge Controllers | |||||
|---|---|---|---|---|---|
| PM-0312F | |||||
| PM-0324 | |||||
| PM-0848 | |||||
| PM-1012 | |||||
| PM-1024 | |||||
| PM-2024 | |||||
| PM-2048 | |||||
| PM-2512 | |||||
What's the difference?
Solar Chargers
A solar charge controller is specifically designed for applications such as a solar installation where even if the batteries are full the power is still being produced from the solar panels.
In order not to damage the batteries in such a scenario the charge controller will charge the batteries until they are full and then disregard the electricity being produced by the solar panels. Depending on the application of the solar installation the charging rate (amps) can vary as well as the voltage. It is important to ensure that the correct size charge controller is used in your installation so that your batteries remain as close to full as possible without damaging them.
220v Chargers
Like a Solar Charge Controller, the 220v charger can charge the battery system from any 220v source. These charge controllers can be plugged into the wall socket to charge the battery bank from mains electricity such as Eskom or it can be plugged into a generator. This functionality is useful for systems that need a high redundancy or in situations where the renewable sources have not been performing at optimal levels. Such as a number of cloudy days or days without wind.