Harnessing solar energy to fight local hunger

By Louis Medina

June 12 2017

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Electricity is energy. Fuel is energy. Food is energy. Manpower is energy.

All those forms of energy are essential to the running of Community Action Partnership of Kern’s Food Bank, whose food distribution poundage increased by more than 50 percent, from 9 million in 2013 to 13.6 million in 2016, to keep up with local hunger needs amplified by job losses in the agriculture and oil industries due to the drought and plunging oil prices during the same time frame.

Electricity is needed to keep the Food Bank office and warehouse operational — including 40,500 cubic feet of walk-in fridge and freezer space to ensure proper storage of fruits, vegetables, meat, and other fresh and frozen foods.

The Food Bank’s fleet of trucks needs fuel to get nutritious food to well over 100 partnering distribution locations throughout Kern County’s 8,200 square miles.

The more than 1 million pounds of food the Food Bank distributes monthly helps keep thousands of folks — seniors, families with children, homeless individuals, at-risk veterans — throughout the community from going hungry.

Our staff members and volunteers provide the manpower to collect, sort and transport the food that is either purchased or donated for the benefit of the food insecure among us.

Well, the CAPK Food Bank will soon be using another type of energy — Kern County’s abundant solar power — to significantly reduce its electricity costs.

Thanks to generous funding that includes grants from the city of Bakersfield and Kern County Community Development Block Grant program, The Bakersfield Californian Foundation and Southern California Gas Company, the Food Bank warehouse will soon boast 504 roof-mounted photovoltaic panels that will generate 254,787 kilowatt-hours of energy annually — enough to reduce its electricity costs by close to $50,000 a year.

This will result in savings and operational efficiencies that can be reinvested into the acquisition and distribution of food for the hungry.

“The grants that are allowing us to do this work are like a gift that keeps on giving,” said CAPK Executive Director Jeremy Tobias. “From now until the lifespan of these panels ends, we’re going to be receiving that money back every year. Instead of writing a check for utilities, we can spend that amount on food. It’s like an investment, almost. It’s a gift for the entire community.”

And grant dollars are staying in Kern County, as the work has been contracted to local firm A-C Solar, a subsidiary of A-C Electric Company. A-C Solar Energy Manager Jeff Petrini, who has assisted a number of nonprofits, including churches, with their commercial solar installation, knows how important grant dollars are for these organizations.

“Solar is an expensive proposition and having a zero-out-of-pocket financing option or a grant is really the only way it can happen for nonprofits,” he said, because they cannot enjoy the tax breaks for-profit companies do on their solar installs.

“The cost of energy is going up and up on a yearly basis,” Petrini said. “Being able to help nonprofits to better utilize the funds they have, for the purpose that they’re designed for, is important to us.”

The actual date for the “switch throwing party” for the CAPK Food Bank’s solar project has not been set yet, but is anticipated for some time in mid-to-late summer. CAPK is looking forward to making it a community event to inspire other nonprofits to follow suit and think outside the box to generate savings that can be invested in the real work at hand: serving people.

These Solar Panels Generate Drinking Water from the Air

By Rich Demuro

June 12 2017

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A company called Zero Mass Water has created a special solar-like panel that creates clean, drinkable water from the air. You can now install them on your home or office.

I’ve drank a lot of water from bottles, but it was never created like this.

I’m on the rooftop of a building in Santa Monica on an overcast day, checking out solar panels from a company called Zero Mass Water. These are not just your typical energy creating panels – they are busy pulling water out of the air.

“It turns out there is more water in the air than all the fresh water in the planet,” explains Zero Mass Water CEO Cody Friesen.

Friesen says he’s installed his special form of solar panels in seven countries. The panels are self-contained – with everything they need to generate clean drinking water inside. Solar cells power the device, a special membrane inside absorbs water molecules, which is then treated with minerals for a fresh taste before being stored in on-board reservoirs.

“What these panels do is very similar to the ocean, sun, rain cycle,” says Friesen.

You can hear cooling fans whirring as the panels do their job on the rooftop. Each panel costs about $2,900 and that does not include installation costs. A panel produces about ten small water bottles daily and is expected to last for about ten years. A simple water line carries the drinking water inside the building, your home or into your kitchen.

We head downstairs to a drinking fountain supplied by Zero Mass Water’s panels. As I fill up a water bottle, a digital counter says the system has filled the equivalent of 5,862 plastic water bottles so far.

The water looks and smells clean. I take a sip and am pleasantly surprised by the taste. It’s fresh, crisp and doesn’t have the flat taste I had imagined.

Zero Mass Water has managed to create a green source of water and their panels are now available to homeowners in California and Arizona, although the company says they will work anywhere in the world.

Although their current price is prohibitively expensive for many homeowners, they practically pay for themselves in about 4 years if you’re currently buying bottled water. It also just feels neat knowing that you’re going green and creating your own water supply, seemingly from thin air.

More information:

Zero Mass Water

Solar accounts for 30 percent of new energy in U.S. so far this year

By Bret Fanshaw

June 8, 2017

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WASHINGTON, DC – A new analysis released today by SEIA/GTM Research shows that solar remains a growing part America’s energy mix so far in 2017, accounting for 30 percent of new energy capacity installed.

California, North Carolina and Arizona rank as the top three states for solar installations during that time.

The report comes as President Trump withdraws the United States from the Paris Climate Agreement and as dozens of state and local leaders double down on their commitments to climate action and renewable energy.

According to SEIA, the U.S. now has nearly 15 times more solar energy capacity installed than in 2010, with enough solar to power the equivalent of over 8.7 million homes and reduce 55 million metric tons of carbon emissions annually.

The solar industry is expected to nearly triple in the next five years, as demand for clean energy grows and costs continue to fall.

The data comes from the quarterly U.S. Solar Market Insight Report by SEIA/GTM Research.

Environment America solar program coordinator Bret Fanshaw released the following statement in reaction to today’s report:

“The data released today is clear: solar power continues to boom across America.

“If state and local leaders keep stepping up their commitments to solar power, our country’s health and environment will benefit from cleaner air, water and a safer climate.

“These figures also show that even while President Trump withdraws from the Paris Climate Agreement and unwisely rolls back American commitments to act on climate change, state and local governments, businesses and institutions stand ready to ramp up renewable energy at record speed.

“In order to reach 100 percent renewable energy, we can and must continue the wave of solar adoption currently underway in our communities.

“We urge state and local leaders across the nation to stand with us for a clean, bright solar future.”

Bellevue teens build solar panels to power homeless encampments

By LiLi Tan

June 6, 2017

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For geometry teacher Walt Hickey, the thought to use solar panels in homeless encampments was a piercing revelation that started a student revolution.

Inside Interlake High School’s metal shop, Hickey is showing students bit by bit how to design, wire and build solar panels.

“I know you know how to drill,” Hickey told one student. “The U-bolt goes in there and the mast goes in there.”

The mast he is referring to supports a solar panel used to power tiny house villages in Seattle’s Ballard and Othello neighborhoods.

“Youri showed up and said let’s do this. So that’s when we did our research on the Internet, got out some schematics, plugged wires in and next thing you know we had light,” Hickey said.

Youri Babakoff, 16, is the co-founder of the club Community Impact Activists.

“We come from an area that’s really lucky and have a lot of opportunities that a lot of people don’t have 13 and I find that just small actions make a big impact on the world,” Babakoff said.

Inspired by Hickey’s work in Mexico, where he has been installing solar panels for families there for the last 15 years, 20 high school students formed the club to help families here.

“I had a friend on the bus and he’s like, ‘Dude, there’s this really cool club we can both get involved in. It’s like a mix of engineering and helping the community,’” Petros Magoulas, 17, said.

Hickey’s nonprofit Camino Maestro donates the parts to students. Each solar panel costs about $115 to build and $10 to ship via Amtrak. The panels students assembled Tuesday afternoon are bound for Mexico.

However, Babakoff says he is now creating a student-run non-profit group to build more panels for families in need in the Seattle area.

“I remember this one lady,” Babakoff said of a tiny house resident, continuing, “she came and hugged us after we installed it and you could really tell how much it meant to her. I felt that’s what really counts.”

Hickey says the solar panels come with USB charging ports so tiny house residents can charge their phones for job interviews, to arrange transportation and to get in touch with family.

Through Farmer’s Insurance, Hickey has applied for a $2,500 “Thank a Teacher” grant to provide students with more funding.

The public can go online to vote for which project should receive funding. Click here and search for Interlake High School.

© 2017 KING-TV

China Turns On The World’s Largest Floating Solar Farm

By Jason Daley

June 7 2017

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Last week, workers switched on a solar energy plant capable of producing 40 megawatts of power, which floats on a manmade lake in China’s Anhui province near the city of Huainan, reports Sarah Zheng at the South China Morning Post. The array is the largest floating solar project in the world, though at the brisk pace China is building new renewable projects it’s unlikely to hold that title very long.

Built by the company Sungrow Power Supply, the power plant will produce enough energy to power 15,000 homes, Zheng reports. While the company has not revealed the exact size of the operation, it produces twice as much energy as the previous holder of the largest-floating-solar-plant title, which is located in the same area and was launched by the company Xinyi Solar in 2016.

Anhui province is a coal-rich region, and the Sungrow plant is located on a lake that was once the site of intensive mining. Heavy rains filled the area with water. As Zhen reports, the depth of the lake varies from 12 feet to 30 feet.

So why build solar plants on top of lakes and reservoirs? Fiona Harvey at The Guardian explains that building on bodies of water, especially manmade lakes that are not ecologically sensitive, helps protect agricultural land and terrestrial ecosystems from being developed for energy use. The water also cools the electronics in the solar panels, helping them to work more efficiently, reports Alistair Boyle for The Telegraph. For similar reasons Britain built a 23,000-panel floating solar farm on the Queen Elizabeth II reservoir near Heathrow airport in 2016 to help power the Thames Water treatment plant.

The Sungrow solar farm is just one tiny piece in China’s push towards renewable energy. According to Irina Slav at Business Insider, the country recently announced it would invest $361 billion in renewable power by 2020, and by 2022 could produce 320 gigawatts of wind and solar power and 340 gigawatts of hydropower. Zheng reports that currently renewables are responsible for 11 percent of China’s energy and may reach 20 percent by 2030.

While the floating solar plant is the largest in the world, it pales in comparison to some of China’s non-floating solar projects. The Longyangxia Dam Solar Park on the Tibetan plateau hosts 4 million solar panels that produce 850 megawatts of energy. Even that will soon be eclipsed by a project in the Ningxia Autonomous Region, which will have 6 million solar panels and produce 2 gigawatts of power.

US Army Base Goes Green With Renewable Energy Project

By Reuters

June 6, 2017

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The U.S. military’s biggest base on American soil has begun drawing nearly half of its power from renewable energy, days after President Donald Trump’s decision to pull out of a global agreement to fight climate change.

Fort Hood, in Texas, has shifted away from fossil fuels to wind- and solar-generated energy in order to shield the base from its dependence on outside sources, a spokesman said.

“We need to be autonomous. If the unfortunate thing happened and we were under attack or someone attacked our power grid, you’d certainly want Fort Hood to be able to respond,” Chris Haug, a spokesman for Fort Hood, said in a phone interview.

The project brings the Army base, home to 36,500 active-duty personnel and some 6,000 buildings, in line with the Department of Defense’s decade-long effort to convert its fossil fuel-hungry operations to renewable power.

It comes in the wake of Trump’s decision last week to withdraw the United States from a landmark global agreement to fight climate change, the Paris accord, a move that drew condemnation from world leaders and heads of industry.

The project is already fully operational. Its 63,000 solar panels, located on the base’s grounds, and 21 off-base wind turbines provide a total of some 65 megawatts of power, according to an Army statement.

Previously, some 77 percent of base’s energy was generated by fossil fuels, a 2015 draft report assessing the renewable energy plan shows.

Burning fossil fuel generates greenhouse gases that are blamed by scientists for warming the planet.

The Paris accord aims to reduce such emissions, including by encouraging a shift to clean energy.

Fort Hood’s new solar field and wind farm will result in savings of more than $100 million over some 30 years, the Army said.

Over the last decade, the U.S. military and intelligence officials have developed a broad agreement about the security threats that climate change presents, in part by threatening to cause natural disasters in densely populated coastal areas, damage American military bases worldwide and open up new natural resources to global competition.

The number of military renewable energy projects nearly tripled to 1,390 between 2011 and 2015, a Reuters analysis of Department of Defense data previously showed.

The Defense Logistics Agency (DLA), a Department of Defense agency assisting the Army in its renewable-energy shift, is also working with the U.S. Air Force on long-term renewable energy projects, a DLA spokeswoman told the Thomson Reuters Foundation.

Prince Secretly Donated Thousands To Help Solar Power Startups

By Tod Perry

June 6, 2017

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It’s been a little over a year since the world lost Prince, but his influence is still strong as ever and not just in the world of music. It was recently revealed that Prince anonymously gave $250,000 to support solar energy entrepreneurship—a generous cash infusion that ultimately led to Powerhouse, a for-profit incubator that links solar entrepreneurs with investors. Prince’s interest began after a conversation with Obama’s former green jobs advisor and current CNN commentator, Van Jones.

He asked ‘If I have a quarter million dollars, what can I do with it?’ ” Jones said in an interview. “My wife said he should put solar panels all over Oakland.” Since Powerhouse was established in 2013 in Oakland, California, it’s helped over 43 clean energy startups create $52 million in revenue, raised $287 million in capital, and generated over 240 million megawatts of solar energy.

Nearly half of the companies backed by Powerhouse were founded by minorities and women, far beyond the industry norm. These companies include: BrightCurrent, PVComplete, UtilityAPI, and Hot 4 Solar. Prince’s investment is even more important now, given the harsh political climate in Washington. The Trump administration is expected to propose a 70 percent budget cut to the Office of Energy Efficiency and Renewable Energy. In 2018, the cut would slash up to $1.45 billion from its current $2.09 billion budget.

Prince and Jones also collaborated on the #YesWeCode initiative that works to help young people of color enter the tech industry. The initiative was inspired by the tragic death of Trayvon Martin. “I was talking to Prince and he said, ‘You know, every time people see a young black man wearing a hoodie, they think, he’s a thug. But if they see a young white guy wearing a hoodie they think, oh that might be Mark Zuckerberg. That might be a dot-com billionaire,’” Jones recalled. “I said, ‘Well, yeah, Prince that’s true, but that’s because of racism.’ And he said, ‘No, it’s because we have not produced enough black Mark Zuckerbergs. That’s on us.’”

[Correction: An earlier version of this article stated Prince’s anonymous donation was $25 million. The correct amount is $250,000. The post has been updated for accuracy.]  

Solar Power Has Finally Proven That It’s The Energy Source of the Future

By Kaitlyn Wylde

June 5, 2017

A NEW AGE IN ENERGY?

As with most energy and cost efficient power alternatives, there’s a lot of misinformation surrounding solar energy — even when we’re faced with hard facts outlining their benefits. Consider the fact that it took nearly 30 years for fluorescent light bulb (also known as CFL) sales and dependency to rise, as Americans were unwilling to switch over from incandescent bulbs until 2010.

Tried and true sustainable products often sit on the market for a while before they become “trendy enough” to be purchased. But now, thanks to some promising developments from Tesla,(including some slicker-than-expected solar panel roofs) the value and importance of solar power is finally getting the momentum it so critically needs.

These moves are important because, not only is solar power cost effective, it reduces our reliance on fossil fuels, which is an imperative issue we need to tackle. Humanity’s current net emission is 37 gigatonnes of CO₂, meaning we’ll need a reduction of at least 700 gigatonnes to keep global warming within safe limits. By switching over to solar power, we reduce our carbon dioxide emissions by over 37 million metric tons. And while it might be hard to see past your own finances, switching to solar power saves the United States over $400 billion in healthcare and environmental cleanup costs. But back to your wallet: solar panels pay for themselves in six to 15 years and increase the resale value of a house by about $15,000.

But solar power technology is nothing new. In fact, a similar standard of today’s models has been around since the 1960s. And since that time, panels have only become more efficient, more dynamic, and more attractive. So, what’s taken us so long to consider the switch?

MAKING A CHANGE

It’s the myths that deter people from trusting in the technology. Most commonly, potential consumers worry that solar panels will not work in cold or cloudy climates. The truth is, they’re highly functional in cold climates, as conductivity is increased at colder temperatures. And, Germany, a country that receives half as much sun as the sunniest city in the United States, has the most successful solar power system in the world.

Now that Tesla has shown us how chic the solar panel roof of the future will look, skeptical homeowners will be more likely to make that change.

If you’re curious about the potential to save money and the planet, check out a solar power advocate like Understand Solar and get a proper estimate for your home. When faced with the facts, it’s hard to see it any other way: solar power roofs are essential investments for your home and the future. Fill out a cost estimate form and get access to exclusive deals in your area, and a fast and easy estimate to get things started.

Clean energy too big to be shut down by Trump

By Carolyn Lochhead and David R. Baker

June 4, 2017

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WASHINGTON — President Trump’s decision to abandon the Paris Accord will slow the battle against climate change in the U.S., but there’s too much momentum in the nation’s clean-energy economy to shut it down, energy experts say.

Trump’s move on Thursday sent a “shock wave” through the renewable energy sector, said Mark Bauhaus, a partner at Just Business, a San Francisco tech incubator. But the business opportunity in the so-called decarbonization of the economy is “bigger than the Internet,” he said.

“We have to remake the economy for low-carbon, clean energy, efficient everything: transportation, agriculture, appliances, houses, generation, all the grids,” Bauhous said. “The fact that the federal government is going backwards doesn’t change that inexorable momentum.”

Two broad trends have driven the country’s growing reliance on renewable energy. One is the plummeting cost of solar and wind power, now cheaper in many circumstances than electricity from plants that burn fossil fuels. The other is the increasingly visible evidence that damage from a warming climate will bear an enormous cost.

The combination, analysts say, is driving city and state governments, businesses and individuals alike to embrace the new forms of energy, even in deep-red states.

The city of Carmel — not the California coastal enclave, but a Republican-dominated town in Indiana — has committed the community to 100 percent renewable energy in 20 years, Mayor Jim Brainard said in a conference call Friday. The plan began long before the Paris Accord.

Carmel is changing its design, from installing walking and biking trails to adding hundreds of traffic roundabouts that each save 25,000 gallons of fuel a year, Brainard said. And the city is replacing its streetlights with energy-efficient LEDs.

“Other cities are going to do the same thing,” he said. “Those forces are far stronger and make a lot more difference than the president’s proclamation.”

California Gov. Jerry Brown, a Democrat, may have seemed to be on a quixotic tangent when in 2015 he linked up with the German city of Baden-Württemberg to found the Under 2 Coalition, an organization of states, regions and cities that have pledge to reduce their greenhouse gas emissions to net-zero by 2050.

Currently in China to expand the Under 2 Coalition, Brown has gained the national spotlight as Trump’s chief climate antagonist. On Thursday, he countered Trump’s announcement by forming a new coalition with the governors of Washington and New York to try to meet the goal American negotiators agreed to in Paris in 2015 — to cut nationwide emissions at least 26 percent below 2005 levels by 2025.

Former New York Mayor Michael Bloomberg followed Brown’s path on Friday, forging yet another coalition of cities, states and businesses to try to meet the U.S. targets. So far, 30 mayors, three governors and more than 80 university presidents and over 100 businesses have signed on.

Last month, Atlanta officials committed to operating on 100 percent renewable energy, joining 27 other cities.

Twenty-nine states now have standards for increasing their use of renewable power. California gets more than 27 percent of its electricity from renewable sources, and state law requires 50 percent by 2030.

States can also set energy-efficiency standards for buildings and adopt policies encouraging the use of lower-carbon fuels. They can help fund mass transit, while local governments can shape land-use policies to build more housing near transit or job centers in an effort to cut commutes.

They can even try tackling greenhouse gas emissions directly through a cap-and-trade system or a tax on carbon emissions, although no state has adopted a carbon tax. California has a cap-and-trade system that covers most of the economy, while nine northeastern states use cap and trade to limit emissions from power plants.

“You’re talking about a long list here of important policies that aren’t federal,” said Mark Muro, senior fellow with the Brookings Institution. “We’ve somewhat underestimated that set of potential actions. And like it or not, the nation is now going to have to see how much we can leverage from bottom-up activity.”

But some analysts say, as meaningful as the efforts are, they probably won’t be enough to make up for the goal set down in Paris.

“Without re-engagement at the federal level, presumably starting in 2021, that target will be hard to meet, even with ambitious actions at the state and local levels,” said Kevin Kennedy, deputy director of the U.S. Climate Initiative at the World Resources Institute think tank.

If anything, though, the decision to withdraw from the Paris Accord may have provided a heightened incentive to move forward, said Andrew Beebe, managing director of Obvious Ventures, a venture capital firm in San Francisco that focuses on businesses that operate on environmental and social problems.

“Businesses feel a sense of greater vigilance and need to step in and make these things happen, but they were already there,” Beebe said. “Utility executives are not going to suddenly say, ‘Let’s start building coal plants.’ They build on 20-year horizons, and this presidency has another seven years at most.”

Other major factors that will keep driving the change to renewable energy are the plummeting price of solar and wind power across the country — a recent study from financial advisory firm Lazard found both to be cheaper in most circumstances than new coal-fired generation — and lifestyle benefits associated with it.

“People are not stupid. They see that it’s much cheaper and much healthier and much better for their kids’ survival to go to clean renewable energy,” said Mark Jacobson, a professor of environmental engineering at Stanford University.

A less recognized force propelling many people to reduce emissions is the “increasing obviousness of the damage” from climate change, and the costs of adapting to it, said John Holdren, who served as President Barack Obama’s science adviser.

“All around the world, we’re seeing increases in torrential downpours and associated flooding directly attributable to climate change,” Holdren said. “We are seeing increases in the intensity and length of heat waves. We’re seeing in drought-prone regions increases in drought.

“We’re seeing increases in the annual area burned by wildfires,” he continued. “We’re seeing thawing in the permafrost and the release of additional greenhouse gases. We’re seeing the disappearance of mountain glaciers, coastal glaciers and the great ice sheets on Greenland and Antarctica, losing ice at an increasing pace, raising sea level, with resulting increasing damages and nuisance flooding on almost every high tide in low-lying places.”

Trump’s decision “will have an adverse impact,” Holdren said, “but it can be partly alleviated by what states, cities, individuals, businesses and civil society decide to do.”

California’s aggressive climate change efforts, now more than 10 years old, have produced results. But progress has taken time.

The state’s greenhouse gas emissions peaked in 2004, at 487.6 million metric tons. By 2014, the most recent year for which data are available, emissions had fallen 9.5 percent. The historic drought, which slashed the output of California’s hydroelectric dams, didn’t help. Neither did the surprise closure in 2012 of the San Onofre nuclear plant.

And while California produces fewer greenhouse gases per person than does the country as a whole, the state’s 2014 per capita emissions of 11.4 tonsremain well above those of China (7.6 tons per person), India (1.8 tons) and the European Union (6.7 tons).

“Our policies are just now beginning to ramp up and reduce carbon across our economy,” said Laura Wisland, a senior energy analyst at the Union of Concerned Scientists. “If we continue to stay that course, we will begin to see very dramatic reductions in carbon in the coming years.”

Ali Zaidi, Obama’s former energy adviser, now at the Morrison Foerster law firm and a scholar at Stanford University, said the economics of clean energy are now “hardwired” to the point where it will continue penetrating the economy. The only question is how fast and “who’s going to lead us getting there.”

As Trump proposes slashing climate spending, China has announced a $360 billion investment in renewable energy.

“If we’re not innovating the next generation of (photovoltaic) cells and modules in the United States,” Zaidi said, “there’s no question about where those jobs are going to expand.”

Carolyn Lochhead and David Baker are San Francisco Chronicle staff writers. Email: clochhead@sfchronicle.com, dbaker@sfchronicle.com Twitter: @carolynlochhead, @DavidBakerSF

Renewable energy generation in the US dramatically exceeds 2012 predictions

By Megan Geuss

May 30, 2017

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The Energy Information Administration (EIA) has released numbers on US electricity generation for the first quarter of 2017, and renewable energy numbers are coming in big.

According to the EIA, renewable energy sources like wind, solar, and geothermal power accounted for 10.68 percent of total electricity generation in the first quarter of 2017. If you include electricity from conventional hydroelectric plants, renewables made up nearly a fifth of total electricity generation—as much as 19.35 percent.

The striking part about that number is that the EIA, a statistical department within the Department of Energy, couldn’t foresee how dramatically renewables’ share of the electricity mix would increase just five years ago. In 2012, the administration predicted (PDF, page 87) that electricity generation from renewable sources would increase “from 10 percent in 2010 to 15 percent in 2035.” Even by 2015, the administration predicted (PDF, page ES-6) that “The renewable share of total generation grows from 13 percent in 2013 to 18 percent in 2040.”

Non-profit organization Sun Day Campaign said in a statement that, if the EIA were to extend its 2012 renewable growth forecast further out into the future, “renewables would not be expected to reach 19.35 percent until roughly the year 2057.”

The renewable energy numbers for the first quarter of 2017 include about 4.786 TWh of residential and small-scale solar electricity, as well as 9.2 TWh of utility-grade solar electricity. In the previous year’s first quarter, utility-grade solar generated only 6.67 TWh of electricity, meaning utility-grade solar electricity generation increased 38.5 percent year over year.

The EIA’s projections didn’t foresee the explosion of solar installations caused by compelling federal tax incentives combined with plummeting photovoltaic costs. Instead, five years ago, economists were predicting that “most of the growth in renewable electricity generation comes from wind and biomass facilities.”

Wind certainly contributed a major proportion of renewable energy in the first three months of 2017 (67.64 TWh), but biomass faltered, with wood and wood-derived fuels losing 1.2 percent of the total electricity generation year over year. “Other biomass” lost 2.3 percent of the share it had in 2016.

For the entire year, the renewable energy portion of total electricity generation won’t track exactly with the first quarter of the year. Solar might increase as the days get longer and sunnier, while hydro could fall behind if any reservoirs experience droughts. Depending on where you are in the country, wind can become more variable in the summer.

Outside of renewable energy, nuclear power plants provided 1 percent less electricity, year-over-year. Older nuclear facilities have been facing retirement (like the recently-announced planned retirement of Three Mile Island in 2019), while newer and proposed nuclear plants have faced stiff competition from cheap wind and natural gas. Earlier this year, the status of three proposed nuclear plants was thrown into question as Westinghouse, the reactor builder owned by Toshiba, declared bankruptcy.

Coal also saw a 5-percent bump in the first quarter of 2017 from the first quarter of 2016, but it was a bump that was largely expected by economists due to demand for natural gas. Natural gas has been incredibly cheap, driving up demand. As demand goes up, some electricity purchasers have turned back to coal in the short term. But the Institute for Energy Economics and Financial Analysis says that bump is short-lived, barring dramatic policy intervention.

Correction: The watt-hours generated in the first quarter of 2017 have been corrected from GWh to TWh.