FAQ’s

Our systems solar modules have a power output warranty of 25 years and give very little trouble. This all depends on the water quality also, if you water has sand and find particles this can prematurely wear out your pumps. It is important to always know what your well is doing based on the system you set up. It is important to give us the best information possible so we can size the system based on your well output. We have systems that will shut off your pump in the well if the water level gets to low, and also we have sensors that will turn off your pump when your tank is full. This will keep your pump from running unnecessarily and wasting valuable water.

We always recommend that you add these systems to your farm and ranch insurance policy. In most cases it doesn’t cost more than $20 per year, but consult with you agent for exact figures. In over 20 years of selling these systems and with thousands of systems in the field, we only know of a handful of panels broken to hail. They have weathered many hail storms and are extremely durable. The insurance is a great idea however.

Solar panel systems do generate solar electricity in cloudy weather but output is diminished. Flat plate solar arrays respond to a 180-degree window, direct sunlight is not needed to generate solar electricity. Home solar systems can even generate 50-70% of their rated output under a bright overcast.

Yes, in fact, solar arrays perform well in cold conditions. Solar panel systems actually generate more power at lower temperatures, when sunlight is plentiful. This is because PV arrays are electronic devices; they generate electricity from light, not heat. As with many other electronic devices, solar panels operate at higher efficiencies at cooler temperature. During winter months PV systems do produce less solar energy than in the summer, although this caused by shorter days, lower sun angles and greater cloud cover, not cooler temperatures.

Tracking effectiveness is greatly dependent on climate and application. Under ideal conditions, trackers can improve solar system output per day by 40%. Trackers are generally used in applications such as livestock watering where increased output matches increased demand.

Choosing the correct solar pump systems depends on a number of variables, such as geographic location, well depth, water level, well casing size, gallons per minute required (gpm), and application. Please don’t feel overwhelmed, we will calculate everything for you and provide you with the right system for your specific needs. I have several systems that will work from you from shallow well or up to deep well pumps that can go up to 950 feet.