True South Solar works in the Rogue Valley every day. We design and install systems for homeowners, businesses, schools, and organizations across Southern Oregon, keeping us in constant contact with the people and institutions that keep our region running.
Over time, that proximity changes how you think about energy. It stops being abstract and starts being about what happens when storms roll in, when wildfire season stretches the grid thin, or when the power goes out and there’s no clear timeline for it coming back. For us, energy resilience means building systems that keep working even when conditions are at their worst.
Resilience in Action: Central Point Elementary
We all know that the unexpected can happen—whether it’s a sudden storm or an unforeseen grid failure—and we’ve helped build Central Point Elementary’s new solar microgrid to serve as a vital insurance policy for those moments. While the 109 kW, 200-panel system quietly lowers the district’s bills every day, it was designed with a proactive “what if” in mind. We wanted to ensure that if local power ever falters, our students and neighbors have a place that remains bright and ready.
By integrating advanced battery storage, we’ve made sure that when the surrounding grid goes down, Central Point Elementary stays up. For our students, this means education doesn’t have to stop just because the power does; the lights stay on, tech remains charged, and learning continues without interruption. Beyond the classroom, the school transforms into a reliable sanctuary for the wider community. It’s a proactive investment in our collective resilience, ensuring that no matter the circumstances, our kids have stability and our neighbors have a dependable hub to find support.
Leading the Way
Projects like this don’t happen by accident. They require specialized technical training and a willingness to work at the leading edge of what utilities and regulators are still figuring out. A similar microgrid system built by True South for the Phoenix-Talent School District reflects this same pioneering approach.
By solving these complex energy puzzles today, the district is creating a “living laboratory” that offers tangible benefits far beyond emergency preparedness:
- A Living Lab: Students have a front-row seat to the future of energy. By integrating real-world data into the STEM curriculum, the district turns its own infrastructure into a powerful teaching tool.
- Essential Resilience: In times of grid instability, battery storage ensures that critical campus functions—from food service to communication hubs—remain fully operational.
- Financial Freedom: Every dollar saved on “peak” energy costs is a dollar reinvested where it matters most: into our teachers, specialized programs, and student resources.
These schools are no longer just buildings; they are resilient, high-tech environments designed to ensure the next generation can learn without interruption, no matter what happens outside.
Opportunities for Every Scale
Not every project has to be a massive campus-wide overhaul to make a difference. Energy independence is a “choose your own adventure”—it looks different for a local shop, a growing nonprofit, or a busy commercial facility. If you’ve been weighing the “what ifs” for your own business, now is the time to move from curiosity to action. Commercial projects are still eligible for the 30% federal tax credit this year and next, providing a defined window to invest in your own safety net while the incentives are at their peak.
Our commitment to this work goes beyond the hardware. We live and work in these neighborhoods, which is why we show up for local teams, nonprofits, and community organizations. We believe energy resilience only matters if the community itself is resilient. It’s about ensuring that when we’re all tested, our people and our systems hold up together.
Ready to take charge of your energy future? We’d love to help you figure out what that looks like for your space—give us a shout and let’s start the conversation.