About Rural Energy Freedom

I’m Eli. I built this site to document what it actually takes to add DIY solar, battery backup, and high-efficiency HVAC to a grid-tied home in rural Oregon — without the hype, just hard-earned clarity.

This isn’t a tech blog or a green energy pitch. It’s a field-tested record of what I’ve done: from utility approval to final costs, from gear selection to solo installation. With a professional background in the HVAC industry, I’ve shifted my focus to discuss how to “capture” your own energy and use it efficiently.

I’m not off-grid. I still rely on the utility — but this system gives me backup, flexibility, and a way to cut through the noise. If you’re in a small town, on a plateau, or just tired of generator fumes, this site’s for you.

Me at the track meet. My 30-year-old spikes literally fell apart mid-jump, but I still cleared the bar. That’s the exact same energy I bring to this solar project: It doesn’t have to be shiny or perfect to work. It has to be done correctly and safe, but after that, it just has to get the job done.

Why I Stayed Grid-Tied

I didn’t want isolation — I wanted options. Staying connected to the utility means:

  • I get net metering when the sun’s out
  • I avoid generator noise when the power’s down
  • I can still run my system solo when I need to

This setup isn’t about going off-grid. It’s about having backup, flexibility, and control — without losing the benefits of being tied in.

​Living in rural Eastern Oregon, power outages aren’t just an inconvenience; they are becoming a threat to safety and comfort. I didn’t want a noisy gas generator running all night, and I didn’t want to pay a fortune for a “luxury” solar install.

For clarity, I live in a town of about 600 people, roughly 90 minutes from the closest city of 10,000. I’m not on a massive ranch; I’m just on a standard lot making the most of my space to build some personal resilience. I am still grid-tied, but I’m interested in how our small towns can improve grid resilience and become more self-sufficient, especially with so many power-hungry data centers moving into the region. I’m hoping that by documenting my own setup, I can help others figure out how to keep their own lights on when the grid gets pushed to its limit.

​I took matters into my own hands. I installed my own 11.8kW solar array coupled with the EG4 GridBoss and FlexBoss battery backup system. I also drive a Chevy Silverado EV, integrating electric mobility into a rural lifestyle where trucks are often a necessity, not a toy.

​Why I Write This Blog
Most solar advice is written for people with unlimited budgets and shiny new gear. That’s not me. I’m the guy whose shoes fall apart at the track meet but who finishes the event anyway. Rural Energy Freedom is for the rest of us—people who care more about results than branding.

​On this site, I document:

  • ​Real Performance: How my EG4 system handles actual outages.
  • Real Costs: No hidden fees—just the math on what it costs to go independent.
  • ​Real Integration: How to make EVs and home batteries work together in a rural setting.

​If you are looking for practical, common-sense advice on taking control of your power, you are in the right place.

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