Solar Electric Power
Known as photovoltaic (PV) technology, makes use of the abundant energy from the sun. It can be used in a wide range of products, from small consumer items to large commercial solar electric systems. Few power-generation technologies have as little impact on the environment as solar power. It quietly generates electricity from light and produces no air pollution or hazardous waste. It doesn’t require liquid or gaseous fuels to be transported or combusted. And because its energy source—sunlight—is free and abundant, it can guarantee access to electric power.

Does Solar Power Work in the Cold?
Yes, very well in fact. Contrary to most people’s intuition, solar panels actually generate more power at lower temperatures, other factors being equal. This is because solar panels are really electronic devices and generate electricity from light, not heat. Like most electronic devices, solar panels operate more efficiently at cooler temperature.

Do Solar Panels Lose Power Over Time?
In general, the Solar Panels are the longest lived component of a solar power system. Top quality modules are designed to last at least 30 years and carry a 20 year warranty. They are designed to withstand all of the rigors of the environment including arctic cold, desert heat, tropical humidity.

Monitored Systems Want to see how your system is performing? How much revenue has it produced today, this month, or this year?
Monitoring your system not only lets you see the current energy and revenue production of your system, but you will be able to check it from any internet connected device. In your office or the coffee shop, you can show anyone what a smart decision you have made.

Aside From Solar Panels, What Else Do I Need In My Solar Power System? Although a solar power system can be as simple as a module and a load (such as a direct driven fan), most systems are designed to supply power whenever it is needed and so must include batteries to store the energy generated by the solar array. Systems with batteries also need electronic devices to control their charging or limit the discharging of the batteries. Since solar panels and batteries are inherently DC devices, large systems usually include DC/AC inverters to supply AC power in standard voltages and frequencies. This enables the use of standard appliances in the system. On the electrical side, protective devices such as diodes, fuses, circuit breakers, safety switches and grounds are required to meet electric code safety standards. In general, solar power systems also require mounting hardware to support and elevate the solar panels and wiring to connect the solar panels and other components together.

Deep Cycle Batteries Will at best last about 7 years (high quality industrial types). Smaller sealed units will typically last 3 to 5 years. Automotive batteries are poorly matched to the characteristics of solar power systems and will generally only last 12 to 18 months in solar power service.