Clean Energy Stronger Communities
Delivering clean energy Solutions that strengthen homes, business and communities.
Clean Energy Stronger Communities
Delivering clean energy Solutions that strengthen homes, business and communities.
Delivering clean energy Solutions that strengthen homes, business and communities.
Delivering clean energy Solutions that strengthen homes, business and communities.
Our mission is to expand access to clean energy solutions that strengthen homes, businesses, and communities through renewable energy, energy efficiency, EV charging, and community resilience.







At Infinity Solar USA, we specialize in designing and installing premium solar energy systems that help you reduce your utility bills and carbon footprint. Whether you’re in Portland or anywhere across our service areas, our solar power systems are built to last and perform at peak efficiency.
We proudly serve homeowners and businesses all across the US. Our team delivers comprehensive services including solar panel cleaning services, routine solar panel maintenance, and expert solar panel repair.
EVA is a strategic partner of Renewable Energy Collective (REC), providing site surveys, electrical site assessments, and general contracting services for EV charging projects. EVA helps evaluate electrical capacity and site requirements and serves as the general contractor for installation and construction. Together, REC and EVA provide a coordinated approach to developing reliable EV charging infrastructure for businesses, property owners, and communities.

opconnect is a Portland, Oregon-based OpConnect offers a diverse portfolio of EV charging hardware, network services, and charging solutions for commercial, residential, fleet, and community applications. As an authorized reseller of OpConnect offerings, REC helps customers select and deploy solutions that meet their specific charging needs while supporting local investment and the growth of clean transportation infrastructure.

Ray Shellmire serves as Community Engagement Director for Renewable Energy Collective (REC), building relationships with residents, businesses, community organizations, and local partners. He leads outreach and engagement efforts that connect communities with solar energy, electric vehicle charging, and clean-energy opportunities while helping ensure REC’s projects reflect the needs of the communities it serves.
503-803-2309

Terry Robinson Sr. serves as President of Renewable Energy Collective (REC), where he leads business development, sales, and community partnerships. His work focuses on solar energy and electric vehicle charging, including site design, project development, and sales. Terry brings decades of sales and leadership experience to advancing clean-energy solutions that create economic opportunities and strengthen communities.
503-462-1600
renewableenergycollective@gmail.com

Jordan Abramson serves as Chief Strategist and Solar Subject Matter Expert for Renewable Energy Collective (REC). He provides strategic guidance and technical expertise in solar energy, supporting system planning, project development, site design, and clean-energy solutions. Jordan helps REC develop practical, scalable solar strategies for residential, commercial, and community-based projects.
541-399-2257
Please reach us at renewableenergycollective@gmail.com if you cannot find an answer to your question.
A: Solar energy is power derived from the sun’s radiation. This energy can be converted into electricity (using solar panels) or heat (using solar thermal systems).
A: Because the sun continuously produces energy and is not depleted by use. As long as the sun exists, we can harness its energy.
A: Solar panels contain photovoltaic (PV) cells that absorb sunlight. The sunlight knocks electrons loose inside the cells, creating an electric current.
A:
A:
A: Yes, but energy output is lower. Solar panels still capture diffuse sunlight, but production can drop by 10–75%, depending on cloud cover.
A: Typically, 25–30 years, though they degrade slowly and may continue producing at lower efficiency after that.
A: Yes. Most components—glass, aluminum frames, metals—can be recycled, and recycling technologies are improving.
A: Very little. Mostly cleaning (dust, pollen, snow) and occasional inspections. Inverters may need replacement after 10–15 years.
A: A policy that allows homeowners with solar panels to send excess electricity back to the grid and earn bill credits.
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A: Yes. With sufficient panels and optional battery storage, a home can run entirely on solar power—even off-grid.
A: Batteries store excess energy produced during the day so it can be used at night or during outages. Common battery type: lithium-ion.
A: Over time, yes. Although upfront costs are high, long-term savings on electricity often pay off, especially with incentives or subsidies.
A: Yes. Solar produces electricity without burning fossil fuels, reducing greenhouse gas emissions and lowering our carbon footprint.


Given the absence of a published specific consumer-bill increase figure, here’s a reasoned interpretation based on available data:
So a reasonable ballpark might be that consumers could see bill increases in the low-to-mid single-digit percent per year over part of the transition period (above inflation), rather than a dramatic one-time jump — but that's my inference, not a stated utility number.
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