A detailed creative article on this innovative project written by Bob Saar for The Hawk Eye was published September 9, 2018. Click on the title to see more photos at their website. A recent synopsis published in MUM’s The Review, Vol. 34, #2, October 3, 2018 is added at the bottom. Also added info on the upcoming December 14 inauguration in The Review, Vol 34, #6, November 28, 2018, page 3.
Fairfield company Ideal Energy brings Iowa to national attention with new solar array installation at Maharishi University of Management.
First there is a mountain, then there is no mountain, then there is.
That Buddhist concept fits the solar energy business: The first mountain was long-term storage, but that has been alleviated with modern battery technology, paving the way for local, independent companies like Ideal Energy, Inc. in Fairfield, Iowa to enter the energy-supply business.
But that in turn led to another mountain: How will those smaller companies interconnect with utility giants like Alliant and MidAmerican Energy when they’re in competition with them for energy dollars?
Depending on who you ask, Iowa ranks somewhere in the top 20 states in solar energy development and production, based on a multitude of factors from metering to rebates to tax credits and electricity prices, but Ideal Energy is rising like the morning sun to heat things up for the Hawkeye State.
Founded in 2009 by CEO Troy Van Beek and chief marketing officer Amy Van Beek, Ideal Energy is pioneering modern solar storage technology in Iowa. One of their hottest projects is installing a large solar field for the Maharishi University of Management in Fairfield.
MUM’s array, Iowa’s newest and largest privately owned solar array, will track the sun as it moves across the sky, charging a battery system designed by Ideal Energy, providing the college affordable electricity when prices are highest. Called a solar-plus storage system, it’s the first large-scale installation of its kind in Iowa. The Iowa Economic Development Authority is sponsoring a study to encourage the spread of this new renewable technology throughout the state.
Ideal Energy is constructing the 1.1-megawatt solar tracking array on five acres of land. The panels in the array will move 120 degrees each day to track the sun’s journey. Each row of panels can move independently to maintain its own optimal angle to the sun.
Key to the dream of living entirely off the sun in the form of solar and wind energy is the need to store the sun’s output during peak times — noon on a cloudless day, for example — for use during low times — with solar, that’s all night long. Exacerbating the problem is the tendency for demand to increase at periods during low-light times.
The answer is batteries.
The array will provide electricity to the university and charge a vanadium flow battery system. When electricity is in highest demand and prices peak — hot summer days, for example — the university can draw from its own battery supply. Over time, reducing these “demand charges” will help MUM reduce its electricity bill. The battery power can also be used during emergency outages.
Renewable energy is obtained by collecting naturally replenished resources such as sunlight, wind, rain, tides, waves, and geothermal heat, all of which support sustainability.
Sustainability avoids the depletion of natural resources in order to maintain an ecological balance. In 1987, the UN said “sustainable development meets the needs of the present without compromising the well-being of future generations.”
Fossil fuels are nonrenewable — the earth has a finite supply of decomposed dinosaurs — thus a world economy based on coal and oil is not sustainable.
If the major industrialized nations worked toward sustainability by developing renewable energy sources, we wouldn’t be talking these days about global warming, melting polar icecaps or the threat of year-round hurricanes.
Back in the early 1970s, when America was bleeding out in the rice paddies of Southeast Asia, the Baby Boomers stumbled across several fresh concepts including sustainability, Buckydomes and — thanks to people like the Beatles, Donovan Leitch and the Beach Boys — a technique called Transcendental Meditation, via the Maharishi Mahesh Yogi, an Indian guru who first met those musicians in 1967.
Those so-called counter-culture concepts were not considered cutting edge; rather, they were ignored by the mainstream as being on the fringes of American societal thinking.
But mountains crumble with time and rivers flow relentlessly to the sea, thus today America embraces such previously alien concepts as solar energy, non-dependence on fossil fuels, electric cars, and Dick Tracy two-way wrist radios.
Back then, the problem was how to get off the grid; today, the problem is how to get on the grid with your solar energy system. Solar energy is big business growing larger each year, and big business means government regulation, utility giants and infrastructure.
The symbiosis of small outfits like Ideal with the big utilities — Alliant and MidAmerican in Iowa — is a topic beyond the scope of this story, but look at it this way: Companies like Ideal are the Davids standing tall for the common man, and Alliant is Goliath, only this time, the two are not combatants but are, instead, reluctant dance partners carefully avoiding stepping on each others’ toes.
One of the early solar energy problems was storage: Efficient use of solar requires storage for dark hours and peaks. Used railroad engine batteries were used by some off-gridders, but they had too short a cycle to keep a factory running all night, and thus battery technology had to grow up before solar could become truly viable.
At the heart of the solar problem was the duck curve — that’s the graph of usage versus time of day, which, when plotted out, looks like a duck’s silhouette. The fact the peak demand does not occur when the sun is high means peak usage is somewhat the inverse of peak solar input. In other words, while everyone leaves the office or factory to drive to McDonald’s for lunch, they aren’t using electricity, even though the sun is at it’s zenith. Conversely, when those same workers go home in the evening to fire up the stove, the TV, the hot tub, the Xbox to play Minecraft — that’s when the sun is crashing on the western horizon.
That’s why America needs companies like Ideal Energy.
Ideal wisely focused on battery storage. Today’s battery technology far surpasses those bulky D-cells you used to slide into your dad’s big flashlight, and two technologies are leading the way: vanadium flow and the batteries used in Tesla automobiles.
The vanadium flow battery is a non-toxic, pH-balanced battery whose performance does not degrade over time. Ideal was considering lithium-ion batteries, but those degrade: after 15 years, the top of the line lithium-ion batteries will only hold 50 percent of their initial charge. NEXTracker, owned by Fluxtronics, Ideal’s source for vanadium flow batteries, warranties their batteries for the life of the solar power system as long as Ideal follows a recommended annual maintenance schedule. That means after 25-plus years, the vanadium flow batteries will still hold 98 percent of charge.
A 2-by-4-by-6-foot vanadium battery sits at the end of each row on the MUM array, which consists of 3,150 panels rated at 350 watts each.
The Tesla Powerwall is the same battery utilized in Tesla’s cars; it can be integrated into a modular system and built out for commercial applications. Tesla also does this for residential homes, but the level Ideal is dealing with is large commercial installations.
Troy Van Beek earned his bachelor’s degree in sustainability from MUM and brought his Navy SEAL experience to the company.
“A part of the mission that has created Ideal is that we look at resource security as part of what we’re doing,” Troy said. “We’re in the process of creating abundance for our clients, and that’s really important because of the effect that it has on opportunity. The more opportunity there is, the less need for conflict.”
Amy Van Beek said the MUM project is the first solar and storage, large-scale battery project in the Midwest.
“It’s pretty significant because the National Renewable Energy Labs put out a study about a year ago indicating Iowa is one of the top ten states in the country to benefit from battery energy storage for peak demand mitigation,” she said.
Demand mitigation can reduce energy prices for hours with high price spikes by reducing the marginal generating cost of the system.
“The University is one of these peak demand customers,” Amy said. “We in Iowa have some of the lowest utility rates in the country, but for peak demand users, they’re in the top ten highest utility rates in the country. That can be a big problem for universities, manufacturers, even non-profit organizations — anybody that’s a large electric user.”
Troy Van Beek said that together, the vanadium flow battery technology and the tracking system makes the MUM project unique.
“It gives the U a good energy profile for its particular type of energy curve,” he said. “So that gives nice shoulders on the energy that’s being produced throughout the day. It really gives them a good payback on the project itself.”
That’s enough battery talk for today. Here’s something you can meditate upon tonight: The Sun is free and you can harvest whatever heat, light and wind by-products you want, all day, for free.
The technology to do so is not free. The delivery infrastructure is not free. The maintenance, legislation and continuing R&D are not free.
In the end, there will be no more solar mountains as more energy companies shine as brightly as Ideal Energy.
Read more about Ideal Energy’s projects at www.idealenergysolar.com.
The lyrics to Donovan’s song “There is a Mountain” refer to a Buddhist concept often attributed to Qingyuan Weixin, later translated by D.T. Suzuki in his “Essays in Zen Buddhism.
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Update: Iowa press cover launch of new MEG’Array Solar Power Plant for Maharishi University Fri, Dec 14. https://goo.gl/4uypUX
Also see Iowa Entrepreneur profiles Ideal Energy, Fairfield. IPTV first aired this 13-minute story, on July 28, 2017.
On Oct 10, 2018, Ideal Energy posted Women Empowered: a short film about the leaders driving Iowa’s energy future.
See The Review story below:
Construction Begins on Five-Acre Solar Array West of Campus
Construction began last month on a 5-acre, 1.1-megawatt solar array west of the recreational trail that borders the west side of campus. It will be capable of supplying approximately a third of the energy needs on campus.
The array will have a number of advanced features, including panels that track the movement of the sun and a battery system that will store power for use when the sun isn’t available and during times when there is “peak demand” (such as a hot summer day).
During times of peak demand, not only is electricity from the power company more expensive, it also raises the basic rate the customer pays throughout the year. The utility company offers lower rates to customers who are able to reduce their consumption during peak demand – which will also save the university money.
The array is being installed by Ideal Energy, a highly successful company founded by alumni Troy and Amy (Greenfield) Van Beek. It will be the first solar and storage, large-scale battery project in the Midwest.
The project, which will cost over $2 million and will be owned by an independent company, is being funded by private investment and by a loan from MUM that was made possible by donations, including a $100,000 grant from the Wege Foundation.
The panels in the array will move 120 degrees each day to track the sun’s movement across the sky. Each row of panels can move independently to maintain an optimal angle to the sun.
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MUM to Inaugurate Solar Array Dec. 14
MUM’s new solar array will be inaugurated at an event Friday, December 14, beginning at 2:45 p.m. in Dalby Hall.
The 1.1-megawatt, five-acre solar array west of campus will provide one-third of all the electricity used by MUM.
The MEG’Array Solar Power Plant is the first system in the Midwest to combine two leading-edge technologies on a large scale: active tracking and vanadium-flow batteries. In active tracking systems, the solar panels follow the sun as it moves across the sky, yielding 20–25% more energy than a fixed tilt array.
Each row of panels in the MEG’Array includes its own motor controlled by software that allows rows to move independently of each other and remember the best angles for maximum energy production throughout the seasons.
The vanadium-flow batteries will store energy for use at night, on cloudy days, and during peak energy usage times. These batteries are capable of operating for decades without any loss of efficiency.
The solar array is being installed by Ideal Energy, a Fairfield company founded in 2009 by MUM alumni Troy and Amy (Greenfield) Van Beek. As the CEO of Ideal Energy, Mr. Van Beek has brought the company to a leadership position for the solar industry in Iowa and the U.S. He has spoken to national, and international leaders in Washington, D.C. and at the United Nations about the fundamental relationship between sustainable energy and national security.
The MEG’Array Solar Power Plant is owned by an Iowa LLC that will sell electricity to MUM at considerable savings to its current energy costs. The solar facility operates “behind the meter,” meaning that all the electricity produced by the solar panels and batteries directly powers the campus.
MUM Trustee Tom Factor is the managing partner of the LLC that owns and operates the MEG’Array. He began his involvement in renewable energy at MUM in 1992 and has since pioneered the development of 60 Midwest wind farms generating over 8,000 megawatts of wind power. He now serves as a trustee with a focus on helping the university achieve its goal of carbon neutrality.
The inauguration on Friday, December 14, will begin at 2:45 p.m. in Dalby Hall and will feature President John Hagelin and Mr. Factor, along with video presentations by Ideal Energy. At 3:30 p.m. the event will move to the site of the solar array west of campus to “flip the switch” on the array. (Bus transportation provided).
The MEG’Array Solar Power Plant will serve as an energy research facility, with studies being conducted by Ideal Energy, MUM’s Sustainable Living Department, and the Iowa Economic Development Association. This project represents a unique leadership role for the university and community, and the research it generates will help validate solar energy as a solution for colleges, factories, and government policy makers.
The Uncarved Blog 