— Solar energy news in Texas and nationally in recent months —
Staying on course with its strategic Flexible Path, CPS Energy has partnered with Go Smart Solar, a local San Antonio firm, to operate and maintain 5 megawatts (MW) of community-owned solar power. Covered solar parking spaces will be constructed throughout the community in a project that will be known as Big Sun Community Solar.
In their analysis released in early May, ERCOT paints an urgent picture, predicting a new all-time peak demand record and the likely need to enter Energy Emergency Alert status to maintain reliability, Utility Dive reports. The analysis forecasts peak summer demand of 74,853 MW, which would be 1.3 GW higher than the previous peak set last July. Total generation resource capacity is expected to be 78,929 MW.
The Texas Renewable Energy Cooperative (TREC), a private contractor under state oversight, has secured renewable energy pricing below 3¢/kWh on behalf of Texas state agencies, cities, medical institutions, college districts, and public and private universities. This May pv magazine article notes that at least 150 MW of wind and solar will be secured in 12+ year power purchase agreements.
The Dallas Fed notes that a variety of forces explain why Texas residential solar is such a small slice of the pie of rooftop solar deployment, according to this May Axios article. Texas is among just two states that do not force power companies to buy surplus power from residential projects. Electricity is also cheap in Texas, which translates into a relatively longer repayment period to recoup an initial residential solar investment.
With the land secured, interconnection in place and buyers of the power on board, it’s construction time for the behemoth Taygete Solar Project, pv magazine reports. The April announcement by 7X Energy anticipates groundbreaking in the third quarter of this year. The project is reported to be the 5th largest in the United States.
This April Bloomberg article reports that Starbucks is among the few companies that are both buying clean power and investing in tax equity. The company also agreed to buy solar power from two of the Cypress Creek projects, in Wharton and Blossom, Texas. The 10-megawatt solar farms produce enough energy to power the equivalent of 360 Starbucks stores.
Ground has been broken on the Enel Green Power Roadrunner solar project, a 497 MW behemoth located in Upton County, Texas, and exceeded in size only by the 550 MW Topaz project in California. This February pv magazine article anticipates that the first 252 MW phase will be completed by year end. The remaining 245 MW is expected to reach completion just a year later, at the end of 2020.
Georgetown has often been cited as a renewable energy success story, with well publicized claims that it is powered by 100% renewable energy. In February, the city was subjected to several news media reports that the City’s energy contracts were losing money. The Georgetown utility explains what happened in this series of frequently asked questions.
In this February report, Greentech Media describes the launch of Texas’ first grid-tied, vehicle-to-grid (V2G) research and testing center. Pecan Street Inc., an Austin-based energy research organization, and the municipal utility Austin Energy, are testing V2G as part of a larger project to optimize the integration of DER, inverters, and smart controls on the grid at utility, commercial and residential scales.
The January ERCOT report released in February shows a connection queue of 11 utility scale projects totaling 1,232 MW that are expected to come online during 2019, reports pv magazine. Five projects totaling 717 MW have met the requirements for being included in planning models and Wood Mackenzie estimates that 440 MW is presently under construction.
According to a Wood Mackenzie analyst, wind energy’s fight with fossil fuel is transitioning to crafting a strategy to cope with solar, GTM reports in this May article. As the energy transition unfolds in the United States, it introduces new power market dynamics that fundamentally favor solar power over wind.
On May 9, the Sierra Club reached a milestone with their announcement of two recent coal plant retirements, bringing the number to 289 since 2010. Marking the 51st coal plant retirement announcement since Donald Trump was elected, utilities across the country have been shifting from dirty, uneconomic coal to cleaner, cheaper alternatives like solar, wind, batteries, and energy efficiency.
LevelTen’s marketplace shows utility-scale solar power offers falling $2/MWh across five large grid operators, due to competition among developers and falling construction costs, according to this May pv magazine report. The Q1 PPA Price Index shows general price decreases for both wind and solar power in 1Q19 compared to 4Q18.
According to a May Wood Mackenzie and Solar Energy Industries Association (SEIA) report, US solar installations surpassed two million in February. Based on their previous work, pv magazine believes that the United States will reach 3 million solar installations in 2021, and 4 million in 2023.
CEO of 8minuteenergy thinks solar energy will be nearly free in 10 to 20 years as new electricity models emerge
Thomas Buttgenbach, the CEO of 8minutenergy and a German-born physicist, is confident that solar costs will continue to decline, as reported in this May Forbes article. Even the eventual loss of the federal Investment Tax Credit will do little to slow down solar energy’s long-term ascendance. Solar is already in the $20 per MWh range, well below the cost of fossil-fired alternatives.
After years of rapid growth, with enough solar to power one in 11 homes, Utility Dive notes that an April Environment America report says that cities could still generate “hundreds of times more solar power than they do today.” Encouraging installations on large buildings and stand-alone utility-scale installations could help further tap cities’ full potential.
Unsubsidized lithium-ion batteries are increasingly posing a competitive threat to traditional generating plants when paired with solar and wind projects in a number of markets throughout the world, according to new research by BloombergNEF (BNEF). This March pv magazine article observes that since the first six months of 2018, the benchmark levelized cost of electricity (LCOE) for lithium-ion batteries has plunged 35 percent to $187/MWh.
In this March pv magazine interview, 8minutenergy CEO Tom Buttenbach stated that energy storage is no longer a cool feature, but something that our grid will increasingly depend upon for true 24 hour power that will replace a traditional power plant. How long until we see that? “Signing a power purchase agreement and a plant starting toward operation, I think you’ll see that in the next 12 months. It’s happening.”
The Solar Foundation released the 2018 solar job numbers at the local level, pv magazine reports. The March report reveals some changes seen in solar jobs in recent years. While manufacturing makes up only 14 percent of US solar jobs – far exceeded by the installation sector – US solar module manufacturing is seeing a resurgence in the wake of both the Section 201 tariffs and tax reform.
Wood Mackenzie forecasts 14 percent growth in US solar installations in 2019 following a 2 percent dip in 2018
Reuters reports on the March Wood Mackenzie forecast of 12.1 GW of new US solar installations this year thanks to lower module prices, surpassing last year’s 10.6 GW. Prices for US solar modules fell to 36 cents per watt last quarter from 48 cents a year earlier, according to the report. Residential installations will grow 4 percent to 2.5 GW, after rising 7 percent in 2018 to 2.4 GW
As of February 1, Hanwha Q Cells began shipping solar panels from its 1.7 GW factory near the Georgia-Tennessee border, the second major U.S. module factory to announce production this week, pv magazine reports. When fully ramped, the factory will have the capacity to produce 1.7 GW of solar panels annually.
Each year in February, the U.S. Department of Energy’s Energy Information Administration (EIA) publishes final power generation numbers at the national and state level. This year saw more gains for wind and solar, which now meet 8.9% of all electric demand in the United States, according to pv magazine’s analysis of the EIA data.
The third-largest U.S. module factory by capacity, behind Tesla’s Buffalo gigafactory and First Solar’s Perrysburg facility, opened for business in late February. JinkoSolar touts the Jacksonville factory as its most advanced, pv magazine reports, and revealed that it is the most highly automated in its fleet; even the junction boxes are attached by robots. The factory employs 200 people working in two shifts.
Bloomberg New Energy Finance (BNEF) estimates US solar installations grew 6% in 2018 to 11.7 GW, 15% higher than earlier estimates
Official results for 2018 solar deployment will be released in April, but this February BNEF estimate of 11.7 GW is sharply higher than previous estimates, reports pv magazine. Little solar growth was expected in 2018 compared to 2017 official deployments of 10.6 GW, due to factors including net metering and rate design battles, as well as four rounds of solar tariffs.
The Solar Foundation released its National Solar Jobs Census 2018 showing US employment down 3.2 percent to 242,343 solar workers, according to this February, Wood Mackenzie report. Meanwhile, Texas solar employment rose 8 percent to 9,612 workers, ranking Texas #5 among states and #38 in solar jobs per capita.
A flurry of political activity at the state level shows what happens when governors campaign on climate action and win
US states are stepping up, shifting attention and debate from waning federal climate leadership. The 2018 midterms saw several green-minded governors either elected for the first time or reelected, and they are wasting no time pushing forward. This January Vox article suggests there is nothing but running room, as state initiatives will expand the clean energy market and eventually carry the feds along.
Global PV installations increased from 99 GW in 2017 to 109 GW in 2018 due to solar’s fiercely improved competitiveness
Overall investment in solar dropped 24 percent to $130.8 billion in 2018 reports BloombergNEF in January. This reduction was due to sharply declining capital costs as BNEF’s cost benchmark of installing PV fell 12 percent as manufacturers slashed prices in the face of a glut of PV modules on the market. Countries took advantage of PV’s fiercely improved competitiveness, installing a record 109 GW in 2018.