The Solflow Solar Hybrid’s intelligent technology puts you in control by allowing you to pre-set how much AC power can be used to obtain optimal operating efficiency and water flow.
The Solflow Solar Hybrid Bore Pump’s breakthrough technology draws upon solar power when the sun is shining, then transitions to mains power when it is cloudy or at night, or when you need extra wattage for smooth, continuous 24/7 operation.
In regional and rural areas, bore pumps are an important part of life. Solar-powered bore pumps were a great advance, but the reality is they rely solely on the sun shining. What about cloudy days? Or night time? Everything comes to a stop.
That’s why the Solflow Solar Hybrid Bore Pump from Darwin Solar is proving so popular with home and property owners everywhere.
At its heart sits a smart technology hybrid controller that can transition seamlessly between solar energy or mains power. When the sun is shining, the pump’s power needs are met by the nearby solar panels. If it gets cloudy then the system can automatically switch – in part or entirely – to mains electricity; a smart technology power-sharing arrangement that keeps your pump operational round the clock, and
for a much lower cost.
For example, if your pump is set to work at 600 Watts capacity but only 520 Watts can be solar-generated at a particular period of the day, then the remaining 80W is drawn from the mains power automatically. For you it’s a ‘no worries’ situation. You just pre-set and forget!
The Solflow system also takes into account the fact that the sun rises and sets at different times in varying regions of the Territory. You simply set a start time and finish time for solar energy so the controller knows when to start looking for solar power early in the day and when to turn off at day’s end. There are even auto-preset times for Summer and Winter. You simply push a button. Easy!
In addition to significantly reducing power consumption, The Solflow Solar Hybrid’s intelligent technology puts you in control by allowing you to pre-set how much AC power can be used to obtain optimal operating efficiency and water flow.