No Moving Parts

Solar (PV) is low impact, long lifespan, minimal maintenance and contains no moving parts. Solar panels are not a “designed to fail” commodity. Solar modules are not like my car. I don’t have to take it in to get my oil changed every 3,000 miles or fill up the tank every other day. However, nothing is “hassle free.” Maintenance of a solar system opn average is no more than washing the panels twice a year. Compared to other sources of energy that is nothing. Coal plants require hundreds of train cars each week filled with coal to keep operating.

However, no matter how high of quality something may be it won’t last forever. A PV solar system’s first point of failure will be generally at the inverter. Warranties vary, but some solar manufacturers offer a 20 year warranty on their inverters. The industry standard warranty for panels are 25 years. The average life of a solar system is 40 - 50 years. Solar modules can still produce electricity long beyond that. The longevity and minimal maintenance of solar systems is because of no moving parts.

An interview with KATU News out of Portland, OR about our energy efficient residential development, “Solar Village.” Located right off of Belmont St., here in Hood River.

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Competitive Solar is the home to the Gorge’s experts on Solar and Energy efficient homes. Were based in the gorge, but we serve all of Oregon and Washington. Competitive Solar offers FREE solar site inspections, we believe solar should be affordable to everyone! Competitive Solar is a division of Competitive Commercial Roofing. Check out our website to find out more.

Here are a couple pictures of Solar Village located off of Belmont St. in Hood River, Oregon. Solar Village’s homes each have a 4.4 KW solar system on the roof. All of the homes are designed with high energy efficiency systems. One of the homes had a family of three living in it. After one year their electricity bill for the entire home was less than a $1 a day!

Oregon’s Solar Resources

Hi, my name is Chase Drum. I am a student at the University of Oregon majoring in physics with a focus on renewable energies. I have been bestowed the honor of writing Competitive Solar’s first Blog entry. In this blog I’m going to go over the most common question people have about solar in Oregon: “is it even possible?”

Renewable Energies are being brought up in conversations everywhere today. Whether I’m listening to NPR or I am walking through the local grocery store people keep coming up to me asking about “Green Energies.” Another fascinating interest about renewable energies is the broad social interest behind it. People, liberal and conservative, want to move off of foreign oil. The untapped sources of power out there are unfathomable. There are hydro, geothermal, tidal, biomass, and more. There are also other sources of energy such as nuclear and the idea of “clean coal” that have received some thought as energy sources to power ourselves in this upcoming century. Nuclear in its defense does deserve some credit. The country of France receives over 80% of its electricity from nuclear power. However, there are two sources of energy that generally come to mind first when people hear the term “renewable energies.” Solar and wind. A great combination of natural resources that are already being used to a great extent internationally. Germany is the world leader in solar. Germany receives over 20% of its power from solar. Europe has been a leader in adopting use of solar and wind.

Solar is starting to match the same growth pattern as of wind in the late 90’s up to today. Although the market is starting to speak for solar I still get the same question from most people: “Well it might work in Germany, but it can’t actually work in the northwest can it?” The answer is it can. The city of Berlin is on about the same latitude line as Vancouver. Astoria has the lowest amount of solar irradiance in the state of Oregon, yet it receives more sunlight than any part of Germany. Oregon also receives more sunlight than Japan which is right behind Germany with the greatest amount of solar installed. Not is it only feasible, but it has some great advantages over wind especially in urban areas. Wind faces problems in urban areas such as less wind exposure and complaints about aesthetics.

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