The Truth Behind Some of the Most Common Solar Power Myths
The solar power industry is in a record-breaking growth phase, and technology continues to advance. New systems are more energy-efficient and they are highly resistant to shade from buildings and trees, which allows them to produce a larger portion of the energy required by homes and businesses. With these technological advances and the dynamics of the market, things that were true a few years ago may not apply today. In the sections written here, readers can learn the truth behind some of the most common myths about renewable energy.
Systems Require Significant Maintenance
A solar electric system that is tied to the power grid has no moving Parts, therefore it requires almost no maintenance. This is quite impressive, especially when considering that the design life of such a system is up to 30 years. This technology is so reliable that many solar power maker is provide warranties that last for up to three decades. While solar panels are very low-maintenance, it is still a good idea to inspect them at least twice a year for debris and dust.
Solar Power is Expensive
Although this statement was very true just a few years ago, the expensive solar equipment and panels has dropped sharply. As technological advances arrive, energy production is increasing significantly, which allows systems to make more of the electricity households and businesses need. Now that solar power has grown in popularity, equipment is entering mass production, which allows prices to further decline. Today, these systems are very affordable, and they make a great investment in certain markets.
Solar Power Systems Make Little Power During Winter
Unless someone lives at the South or North Pole, a solar energy system typically generates a lot of electricity during the cold season, unless it is covered by ice or snow. Despite the fact that the sun is lower in the sky and the days are shorter, a solar energy system can generate a substantial amount of electricity during the winter.
For homes that are located in remote areas off the power grid, a standalone system equipped with batteries may be the best solution. There is typically a charge related with the extension of the power grid, which can run into the tens of thousands of dollars Depending on distance and various other factors. Sometimes, a standalone system is more cost-efficient to install, even when the costs and battery maintenance are considered.