Utility-scale drives market growth; utilities embrace new technologies and business models

WASHINGTON, DC -- The United States currently has 33.4 gigawatts (GW) of solar online -- and more than a quarter of that, 9.4 GW, was interconnected to the grid by American utilities just in 2016.

Those figures, and a wealth of other market data and analysis, are contained in the Smart Electric Power Alliance's (SEPA) 2017 Utility Solar Market Snapshot, now available on the educational nonprofits website.
Based on SEPAs annual Utility Market Survey of hundreds of utilities across the country, the Snapshot provides a detailed picture of utilities critical role in the ongoing growth of solar and other distributed energy resources (DERs) in the countrys evolving energy sector. Key takeaways include:
• Utility-scale solar continues to represent the majority of new solar capacity: The utility-scale market grew a whopping 84 percent year-over-year in 2016, far outpacing residential, which grew 11 percent, and non-residential, which grew 20 percent.
• Net metering and rate reform remain central policy issues: California and Vermont implemented successor policies to net metering in 2016, while 28 states considered changes to the key solar incentive. Forty-six utilities in 35 states filed requests for increases in fixed charges.
• Consumer appetite for solar continues to drive new program offerings: Community solar continues to boom -- with 311 MW now online and more than 300 MW in the pipeline -- while utilities pilot other new options, such as rooftop leasing models, with a particular focus on expanding access to low-income customers.
"Whats exciting about the survey is seeing the how solar is growing outside the traditional markets -- like California, Hawaii and Arizona," said SEPA Research Analyst Brenda Chew, who led this years survey. "We now have thriving solar markets in the Southeast, and were seeing growth in states such as Utah and Arkansas -- another sign that solar really is a competitive, mainstream power."
More than 415 utilities provided data directly to SEPA for this years survey -- a 20-percent increase over the previous year, she said.
"Utilities and their technology partners across the industry are increasingly focused on designing the programs and business models that will provide customers with more choice and control in the energy they use, while also supporting a reliable, clean and resilient grid," said Julia Hamm, SEPA President and CEO. "Obviously, there are challenges ahead, but what we see in this years survey is a real excitement about the new opportunities solar and other distributed technologies are bringing to the market."
Download the 2017 Utility Solar Market Snapshot.

About the Utility Market Survey
The Smart Electric Power Alliance (SEPA) began surveying electric utilities in 2007 to track the amount of solar power interconnected to the grid each year. Now in its 10th year, the survey and accompanying report continue to provide critical insights into the U.S. solar market in general, with a particular focus on utility scale development. The full dataset detailing this years survey results can be found on SEPAs Utility Database.
About SEPA
The Smart Electric Power Alliance (SEPA) is an educational nonprofit working to facilitate the utility industrys transition to a clean energy future through education, research, standards and collaboration. SEPA offers a range of research initiatives and resources, as well as conferences, educational events and professional networking opportunities. SEPA is founder and co-sponsor of Solar Power International and winner of the Keystone Policy Centers 2016 Leadership in Energy Award. For more information, visit

Featured Product

Solar FlexRack - TDP 2.0 Solar Tracker with BalanceTrac

Solar FlexRack - TDP 2.0 Solar Tracker with BalanceTrac

Solar FlexRack's latest solar tracker technology bundles an advanced tracker design with a full team of seasoned engineering and installation experts at your service. The next-generation solar tracker delivers a package of features that both enable increased energy yields for commercial and utility-scale solar installations, and significantly reduce project risks. That translates to smart installation cost-savings across your project budget.