The biggest match-up of Super Bowl weekend is not what you think

It’s not football. It’s not even puppies. It is the…

the Solar Bowl

Sunday’s game between the Seattle Seahawks and the New England Patriots is predicted to be a near toss-up. What is guaranteed to win is renewable energy, regardless of the score. The Salt River Project, a local utility, has pledged to purchase enough renewable energy credits to cover 100% of the electricity consumed at Glendale Stadium during the game. Arizona Public Service Company, another utility, will purchase renewable energy credits to offset electricity usage at Super Bowl-affiliated venues in downtown Phoenix, such as the hotels where the teams are staying.

This begs the question: how “renewable” are these teams the other 364 days of the year? We collected solar statistics for each team and their hometowns* to see how they stacked up.

Seattle Washington solar statistics        SolarBowl Trading Cards_Boston v1

(*We used Boston for comparison’s sake, though the Patriots play for all of New England.)

When it comes to population size, the two cities are roughly identical. But when it comes to solar, it’s not much of a contest. Not only does Boston have more total solar capacity installed (12 MW versus 4 MW), but even the stadium where the Patriots’ play generates more solar electricity: 1 MW compared to 0.8 MW on the Seahawks’ CenturyLink Field.

It’s no surprise that Boston has embraced solar to a greater degree than Seattle given that Boston has more overall solar potential, as measured by the amount of sunlight available for PV generation. On top of that, Boston is number 2 in the United States for having the best conditions for maximizing the return on your solar investment, second only to New York, NY. Seattle comes in at number 42.

It’s your move, Seattle. Can you make your solar game as legendary as your defense? Tune in next year to find out.

Your Solar System This Winter

picture of Sungevity home solar system in the snow

A Sungevity solar installation in Highland, NY sees snow for the first time.

The snow storm dubbed #snowpocalypse that hit the East Coast on Monday may not have lived up to its hashtag, but even a little snow can make life more complicated. On the bright side, your solar system doesn’t require any additional maintenance to run smoothly in snowy weather. Just keep these simple tips in mind to keep your system operating safely all winter long.

Be aware of snow and ice accumulating on your solar panels

After heavy snowfall, snow or ice may accumulate on your rooftop and cover the panels. Please do not try and remove the snow yourself - we don’t want you to slip and fall. The snow will slide off on its own as the sun warms up the panels, and the system will go back to producing electricity. Please use caution and good judgment when walking under or around the panels while there is snow on your rooftop. Try to avoid parking your car, or keeping other valuables, under the roof’s edge.

Don’t worry that your system is producing less electricity these months

You may see your system’s production decrease these winter months, and that’s normal! We took seasonal variation into consideration when we designed your system and estimated your annual production. You have the upcoming summer production to look forward to and Sungevity’s production guarantee on your side.

Consider these energy saving tips to make the most of your clean electricity

Using energy more efficiently this winter can also help keep your utility bills under control. Before turning on your heater, check your ducts for leaks. Make sure to close your damper when the fireplace is not in use. And our favorite: take advantage of sunny days to heat your house. Open the curtains on your south-facing windows during the day and close them at night to lock the warmth in.

No matter the forecast, remember that we have your back

Don’t hesitate to email us at customerservice@sungevity.com if you have any questions or concerns.

Would you spend $6.50 on your daily morning coffee?

Let’s be honest: probably not. (Unless, perhaps, it was this gourmet bean that cats digest first.) You’d take matters into your own hands and finally start brewing your coffee at home, like you’d always intended.

The good news is that the average cup of coffee doesn’t cost $6.50 today, nor will it 20 years from now. But it might if coffee prices increased at the same rate as some homeowners’ electricity bills.

The average price of a brewed coffee in the U.S. is $2.38 today.* If prices continue to go up at the same rate they have over the previous 20 years  (2.09% per year, approximately the same rate as inflation), that same cup of coffee will cost about $3.50 in 2035.

Imagine now that the price of coffee increased at the same rate as some homeowners’ electricity bills. Take Maryland, for example, where the price of electricity has increased at an average rate of 5.49% per year over the previous 10 years.** At that rate of increase, a cup of coffee that’s $2.38 today would cost $6.50 in 2035.

What would that extra 3% rate increase cost you over the years? For those people whose morning cup of joe is as necessary as breathing, that amounts to spending over $10,000 more between now and 2035.

So when PG&E recently announced a rate increase that added $5.23 to the average homeowner’s monthly bill, or when National Grid issued winter utility bills that were 37% higher than last year’s, why didn’t their customers switch to another electricity provider?

That’s because many Americans don’t have a choice about their electricity provider – their utility is the only option.

Or, we should say, didn’t have a choice – until now. Home solar energy now offers many homeowners a predictable and sometimes cheaper way to generate electricity, right at home. It’s like being able to lock in the price of coffee at $2.38 for the next twenty years and using the thousands you save for a vacation to Hawaii.

Don’t take our word for it. Research your options to find the best electricity provider for you. The beauty of solar is that you now have the freedom to choose.

pge-blog-sunClick here to find out if Sungevity serves your state. Visit the U.S. Energy Information Administration (EIA) website to learn more about electricity rates in your state. Have other questions? Let us know in the comments below.

* Average price of a cup of coffee taken from Coffee Statistics 2015.

** Data taken from the EIA’s Electric Power Monthly, “Average Retail Price of Electricity to Ultimate Customers”, in December 2004 and September 2014. Electricity rates vary by state and utility. Visit the EIA website for more information.

Updated March 11, 2015 to incorporate the current average price of brewed coffee.