The Impact of Solar Power: A 4-Year Journey at House 1837

Harper Quill

Updated Monday, June 24, 2024 at 12:00 AM CDT

The growing adoption of solar power systems has made a significant impact on energy consumption and cost savings for homeowners across the globe. An insightful example of this transformative shift can be observed in a modest detached house, numbered 1837, featuring a sloped grey roof adorned with multiple solar panels. This house, with its light yellow vertical siding and quaint porch, stands as a testament to the practical benefits of embracing solar energy.

Located in Albuquerque, New Mexico, the owner of this house has installed 10 solar panels, generating an impressive 3.2 megawatt hours of electricity over the past year. This green initiative has successfully reduced carbon dioxide emissions by approximately 2.3 tons, leading to a remarkably low electric bill of just $1.25.

Several enthusiasts have shared their experiences and insights regarding solar power systems. For instance, a user from the Twin Cities in Minnesota highlighted the financial benefits of solar energy. Their energy costs dropped from $2700 to $900 within a year, achieving a break-even point in roughly 10 years. Another user from New England proudly stated that their 33-panel installation resulted in a $0 electricity bill for an entire year.

Despite these success stories, some users raised concerns about diminishing returns due to changes in net metering policies. A commenter suggested that investing in a robust battery system to store surplus energy could be a more sustainable solution, allowing homeowners to rely almost entirely on solar power and minimize dependence on the grid.

The discussion also touched on geographical considerations, with users from various regions, including Seattle and the Canadian Arctic Circle, deliberating the feasibility and efficiency of solar power in their respective locations. One user humorously pondered the potential of harnessing energy from humidity, mosquitoes, and other environmental factors in Mississippi.

The image of house 1837 not only serves as an inspiration for those considering solar power but also prompts important questions about energy efficiency and sustainability. Queries about the R value of roof and wall insulation, the type of HVAC system, and the frequency of panel cleaning all contribute to a deeper understanding of optimizing solar energy use.

Ultimately, the story of house 1837 and its solar journey underscores the significant impact renewable energy can have on reducing carbon footprints and lowering utility costs. With continued advancements and shared knowledge, more homeowners can make informed decisions to embrace solar power and contribute to a greener future.

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View source: Imgur

Top Comments from Imgur


Interesting post. Maybe you could just add in which part of the globe you are located (vaguely; of course), because those data are strongly related to yous location. It"ll be heavily modified if you're in the south of Italy or in the Canadian arctic circle....


Very thorough analysis. Good deal. I separated my solar from the power grid. Every year I was receiving lower and lower value for what I generating to the point where it was almost the same as my original bills. Now I run on solar only for around 60-70% of the time and only switch back to the grid when solar production drops. I plan on adding a panel or two yearly to try bettering my averages.


I've got 10 panels on my roof in Albuquerque, New Mexico. So far this year, I've produced 3.2 megawatt hours. Equivalent to 2.3 tons of CO2 reduction. My bill from the electric company is $1.25.


One thing that's a killer on these is so many places are reducing or eliminating net metering and it's absolutely f***ing folks over. Honestly, getting a system with a strong battery so you can store surplus and run basically entirely off the grid seems to be the way to go.


Id really like to do this, but I live in Seattle and the south half of my roof doesnt have the greatest footprint. Not bad either, I could probably fit in as many panels as shown in #3. If I were back in California it would be a no brainer. But I am genuinely wondering if the investment would be worth it in the 5 year short term. Plus I drive an EV, which would mean I have a car that is technically powered by the SUN which is cool as f***. I honestly wonder though if I get enough sunlight.


If only those in charge weren't greedy, unintelligent worms. We could have been implementing solar in some small or large capacity into every new home or building erected since the 80's or earlier. There's no reason why every building or plot of land doesn't have solar or wind augmenting traditional power or replacing it completely.


wow, what an excellent layout of the data! Could you fill in the R value of your roof/wall insulation? Also, is your HVAC a heat pump or geothermal heat pump? I'm curious how much energy you could have saved and not needed to produce, if you had upgraded your insulation and improved your resource consumption levels.


What a thorough breakdown, thanks for sharing


I put solar on a year ago. Best decision I ever made. We're North of the Twin Cities in Minnesota but the amount we save almost covers us for an entire winter to run our furnace. Our energy costs dropped from $2700 to $900, meaning we saved about $1800 that first year and break even will be in about 10ish years if the pattern continues. Great post, OP!


@op this is great. A couple questions. How often do you clean the panels? You’re quoting CO2 offsets, have you calculated how long until the installation is carbon neutral ? (Including production, transport and install) genuinely curious. Cheers!

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