EnergySage and NABCEP released the results of the sixth annual Solar Installer Survey, the largest and most comprehensive business survey of solar companies nationwide. Over 650 residential and commercial installers across the country participated in this year’s survey, which was fielded and authored by EnergySage in partnership with the North American Board of Certified Energy Practitioners (NABCEP).
As was the case for every person and every sector, the story of 2020 for solar was dominated by the COVID-19 pandemic. This report captures key observations about the U.S. solar industry from local, regional, and national solar installers — and provides a detailed look at the current state of affairs, as well as the mentality of installers going forward and their plans for growth. With that in mind, here are several key findings from the 2020 Solar Installer Survey:
Despite the pandemic, installers reported an all-time high in industry confidence
Over half of respondents reported that their businesses were negatively impacted as a result of the pandemic. Still, installers expressed more confidence in the industry than in any previous Installer Survey, with just 18% of installers saying COVID-19 decreased their confidence. Nationally, three-fifths of installers stated being more confident in the solar industry than in 2019. Additionally, when asked about their three-year plans for growth, 67% of respondents continue to place a greater emphasis on gaining market share than on increasing the gross margins of each installation.
The shift to 100% online selling is permanent for some, but temporary for most
When asked when they plan to resume selling solar in person, the majority of respondents stated that they are already doing so, or plan to soon, while many don’t expect to sell in person for several more months — if at all. However, 12% of solar installers plan to continue selling 100% remotely moving forward as a result of adjustments made during the pandemic.
One in five solar installations nationwide included a battery
2020 was the best year ever for residential energy storage installations in the U.S., a trend that solar installers confirm. According to survey respondents, both consumer interest and the storage attachment rate jumped by over 30% between 2019 and 2020, resulting in a nationwide average attachment rate of 20%. Resilience, better known as emergency backup power, remains the primary driver for battery demand, as evidenced by what we’re witnessing in Texas after the state’s devastating February power outages. Registrations for solar and battery quotes on EnergySage.com increased 392% in Texas, with interest remaining very high in the weeks following the storms.
“Like so many solar installers across the country, we too are excited for the industry’s future and about our abilities to help people feel secure and resilient,” said Vikram Aggarwal, CEO and founder of EnergySage. “With extreme weather events and subsequent power outages now a common occurrence – not to mention an aging electrical grid – consumers are turning to our industry for solutions, and we’re well-positioned to deliver.”
EnergySage fielded this survey throughout January 2021. In addition to EnergySage, NABCEP, the leading certification organization for renewable energy professionals, as well as several large manufacturers, distributors, publications, and industry associations, sent the survey to their own installer networks. In total, 651 solar installers participated across 48 states and two territories: Washington, D.C., and Puerto Rico.
“As always, thank you to everyone who took this year’s survey, and to the organizations that continue to help us collect such valuable insights into the state of the PV industry,” said Shawn O’Brien, president and CEO of NABCEP. “Our team relies on important information like this to better understand the current needs and future challenges of solar professionals so that we can adjust our programs and services accordingly.”
The latest report can be downloaded for free at: www.energysage.com/data/#2020-survey. All solar installers who download this survey will be invited to participate and have their voice heard in the 2021 edition. For questions and feedback, please contact data@energysage.com.
News item from EnergySage
Consequence or perhaps misery sales will be the low hanging fruit of the solar PV industry. Those in Texas that had to get inventive of shoveling up snow and melting it on a propane bar-b-que for potable water. Folks bundled up in their cars with the heater on just to survive. Then turning around and finding YOUR utility bill under the ERCOT umbrella is $5,000, $10,000….. for the month and most of that was electricity ‘capped’ at $9/kWh for those days of the big freeze. “Once there was a girl, with a little curl, right in the middle of her forehead. When she was good, she was very, very good, when she was bad, she was horrid.”
California, most of the IOU utilities and most of California electricity ratepayers are on some kind of block rate electricity which is tiered and can go from $0.16/kWh up to $0.31/kWh. Then there’s TOU rate spiking after hours and often demand charges that drive up electricity. The final straw is the ability to turn off your power if a storm event creates conditions that could take down power lines and spark wildfires. The PSPS has been one of the best salesmen for solar PV and energy storage. California utilities have damaged themselves in the marketplace. The residential retail electricity ratepayers are paying on average of around $0.20/kWh to $0.25/kWh, some larger homes even more. Home owners who have installed ‘just’ simple grid tied solar PV of 10kWp to 15kWp on their roofs, have paid for their systems in 5 to 7 years.
I was not affected by the Texas power outage of several days this month. We are served by PEC and somehow? the power stayed on the “lines” served by our COOP!
I am a retired “energy manager” of over 20 years in the business and have been interested in installing a battery back-up system. I am well aware of our exposure and believe that a simple battery back up (no need for solar) could provide us with “ instant reliable power “ in the event of an outage! Low cost power in the early hours could be used to keep the battery fully charged reducing costs by maintaining the battery at full charge. If you agree and can supply such I am interested (assuming PEC would go along with such a program.
Let me hear from you . Thanks.