GO SOLAR!

SWITCH TO SOLAR, STOP OVERPAYING FOR YOUR ELECTRICITY

COMMERCIAL SOLAR INCENTIVES, 30% INVESTMENT TAX INCENTIVE, AND MORE UNTIL 2027

RESIDENTIAL SOLAR,

THIRD PARTY OWNERS (TPO) MAY LEASE YOUR ROOF

MANY LOCAL INCENTIVES

The landscape of solar energy incentives is rapidly evolving, bringing fresh opportunities, new challenges, and critical information that every solar advocate, business owner, and industry professional should know. As federal, state, and local policies adapt to meet changing energy needs and climate goals, it is more important than ever to stay informed and proactive. The current admistration anti-science policies is gravely hurting the U.S., and our following pages explain our position.

Solar panels against a blue sky with fluffy white clouds.

Economic incentives, including a 30% tax credit for commercial projects, are available. Additionally, several other 10% credits may be applicable. The greater the tax credits, the more money a business can save. Commercial solar credits exist until 2027, if begun by mid-2026. Now is the perfect time to invest in a solar system for your business. No matter the size of your business or the industry you’re in, or the amount of electricity you use, you may take advantage of the benefits of switching to sustainable energy. A commercial  solar  system can significantly lower your energy bills, reduce your carbon footprint, solidify your company’s commitment to sustainability, and improve the comfort and value of your commercial property. Solar DC Power offers free consultations to help local business owners in our community make their transition to sustainable energy seamless and stress-free. Contact Solar DC Power now to discover how much you can save by owning your power, and never endure another power outage. Solar DC Power serves the Atlanta metro area, all of Georgia, and throughout the United States and Canada.

In order to meet global energy demands with clean renewable energy,  large surface areas are needed because of the relatively diffuse nature of solar energy. Food production demand and energy demand are both growing and vie for the limited land resources. A vacuum is created and filled by Agrivoltaics. Agrivoltaics co-develops the same area of land for both a solar PV power station and for conventional agriculture, including grazing area for small magafauna. The Agrivoltaics economics for farmer partners are compelling: 58% of farmers reported being offered annual payments of $1,000 or more per acre to lease their land for solar projects, compared to the average annual cash rent for farmland in Georgia in 2024 of $153 per acre.


It has become obvious that Agrivoltaics can produce abundant energy. As mentioned in this site's Microgrid page, Agrivoltaics can be to rural areas as Microgrids to urban areas. And the Southeast opportunity is real — agrivoltaics introduces a steady, predictable income stream that can help keep land in agriculture instead of forcing sales to developers, enable younger farmers to take over aging family farms, and offer a way to diversify income without requiring farmers to abandon what they already do well. No competitor in Georgia or the Carolinas is combining rural data center siting + agrivoltaics + independent farmer partnerships into a single offering. This is a genuine win-win-win positioning.

Solar panels installed on a metal frame, workers below.

Solar DC Power specializes in Commercial Solar and Residential Solar, and climate change infrastructure, including EV chargers and scalable Storage Batteries, Microgrids and Agrivoltaics.  Due to differences between the two, we work on different virtual platforms —residential and commercial —and with corresponding Groups: Surge for commercial projects and Powur for residential projects. Surge's Mission Statement is " to accelerate the transition to clean energy by connecting businesses and organizations with scalable solutions that lower costs, increase profitability, and reduce environmental impact". Surge's Mission Statement is similar, and Solar DC Power subscribes to both Mission Statements. Solar DC Power is taking an integral part in building infrastructure to build resilience to climate instability. Our access includes support from Surge's top Strategists. Our support companies have designed systems that can be installed on rooftops, ground mounts, or carports, in sizes ranging from megawatt utility-grade projects to 600 kW for Business Buildings, and even a 28 kW Juice Bar. With our collective, extensive experience, attention to detail, and focus on clients' desires, we customize solar systems that meet your unique energy needs, helping businesses, homeowners, and community organizations participate in the clean energy transition. Get a no-obligation preliminary offer based on current usage and a property analysis. This is the starting point with no money out of your pocket for a deep dive discovery call.

Based on market research and search trend analysis, these are the questions People Also Ask:

  1. Why are cities banning data centers?
  • Cities often oppose data centers due to intense strain on local infrastructure, specifically the massive consumption of water for cooling and electricity for operations.

  2. What is agrivoltaics and how does it work?

  3. Can solar energy reliably power a data center?

  • Yes. Solar DC Power recommends Storage Batteries in a solar system, and for back-up, on-site energy generation, Bloome's scalable NG modular fuel cells. Each data center analytics would determine final energy configuration.

  4. How much can a farmer earn from a solar lease in Georgia?

  • According to the Ag Economy Barometer, a survey by Purdue University and CME Group, 58% of farmers reported being offered annual payments of $1,000 or more per acre to lease their land for solar projects. In comparison, the average annual cash rent for farmland in Georgia in 2024 is $153 per acre. Since small family farms are more likely to face higher risk of financial instability, incorporating agrivoltaics can provide a more reliable, year-round income stream than traditional farmland alone.. 
  1. What is the difference between a solar farm and an agrivoltaic farm?
  2. Are rural data centers better for communities than urban ones?
  3. How do agrivoltaic solar panels affect crops and livestock?
  4. What are the environmental benefits of rural solar data centers?
  5. Is RoundUp (glyphosate) used on agrivoltaic farms?
  6. How long does it take to build a solar-powered data center?









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