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Travis Simpkins, PhD
Microgrids, Energy Storage, Distributed Energy, Economic Optimization, Bitcoin Mining
Travis Simpkins is a highly accomplished individual with a diverse academic and professional background. He holds a Doctor of Philosophy in Electrical Engineering and Computer Science and Philosophy from the prestigious Massachusetts Institute of Technology (MIT), where he also studied Electrical Engineering and Computer Science. Travis has also completed academic programs at the MIT Sloan School of Management and Case Western Reserve University, where he achieved a Bachelor of Science in Electrical Engineering and Applied Physics. Prior to higher education, Travis attended Orrville High School.
Travis is the Founder and Chief Technology Officer of Mugrid Analytics, a successful startup that leverages artificial intelligence and machine learning to help companies drive success through transformative data analysis. Previously, he held positions as a Senior Contributor at One Mile at a Time, co-founder of Pine Hill Travel, Principal at Independent Chip Design, Senior Research Scientist at Optron Systems, and as an intern at Agilent Technologies, IBM, and Intel Corporation before his academic and professional success.
Driven and accomplished, Travis Simpkins has demonstrated that he is a leader and expert in the fields of electrical engineering, computer science, data analytics, machine learning, and artificial intelligence.
Highlights
I drive by the somewhat famous Indian Hills Community Center sign every day as I take my kids to school. Sometimes the puns make you groan, sometimes chuckle, but mostly they are forgettable. Today's, however, really spoke to me on multiple levels.
The sun doesn't shine at night. My second grader would say "duh Dad"! And that's why the microgrids that we are designing, building, and operating at muGrid Analytics include batteries so that you can shift the sun's energy to when you want it.
But not only does the sun not shine at night, these projects don't happen overnight! They all take months, some take years -- and some take many years -- to happen. We're all playing the long game here. When I started at the National Renewable Energy Laboratory in 2010, the cost of solar was around $7 / Watt! Now it's maybe $1. Why? Because we collectively marched forward, believing in the future.
Around 2012, a colleague of mine at the lab told me that "microgrid optimization" would be the next big thing. I didn't quite know what a microgrid was yet, nor did I know what we were going to optimize. But by 2016 I was so bullish on microgrids that I left the lab to start a company and even put microgrids in our name! ("mu is for micro!") It took a few years, but here we are designing, building and commissioning our first microgrids that have been optimized using our Redcloud Planning platform and then are being optimally operated by our Redcloud EMS.
As they say, I might have been early, but I wasn't wrong.
The sun doesn't shine overnight. And the projects don't happen overnight either. I promise you, we understand that better than anyone.
#microgrids #solar #batterystorage
We have probably all heard about the Public Safety Power Shutoffs in California. These somewhat controverial blackouts happen when the utility cuts off power to certain regions to prevent wildfires from starting. If you're like me, you've maybe been a little skeptical that this really helps -- how many fires do power lines really start anyway? I mean, I work in the energy sector designing and optimizing resilient power systems at muGrid Analytics, and I've still been a little incredulous at times about these events.
Well, I got to do a little experiential learning over the US Independence Day holiday at our place in Ohio. I was working outside in the early afternoon prepping for our annual holiday cook-out when I heard a dull boom off in the distance. I figured it was one of our neighbors shooting (eh, it happens around here) or more likely getting an early start on setting off fireworks (also happens, now even legally. sigh.). Then my daughter came out and said the power just went out.
Uh oh.
I texted a neighbor further down the radial feeder from us. She still had power.
Double uh oh.
My next thought was that maybe our transformer blew -- but it looked OK to my naked eye. We're 500 feet off the road with our own aerial lines spanning 2 or 3 poles, that happen to be next to trees, so things do happen.
I called our utility -- we're served by a muni. They are usually super responsive, and indeed they had a truck out to check on us within 30 minutes.
What was the problem?
According to the linemen, a vulture must have perched on the pole nearest the road, fried itself, and shorted the lines. The top of what was left of the pole was still on fire!! Flames were visible, and a wisp of smoke was trailing off in the wind. It had already burnt down about 5 feet of pole, and the linemen said it would probably burn the whole thing down eventually. (His confidence in all of this seemed to imply he had seen it before, maybe many times before.)
They climbed the pole, got the fire out, spliced an extension onto it, and got our service restored within an hour or so.
Now this being Ohio where things are perpetually green and wood is often soggy means its probably unlikely that this fire would have gotten far. Plus there are people around to notice. So it probably wasn't too big of an issue.
But imagine dry California. In a remote area. Yeah.
I guess I'm something of an experiential learner -- you can tell me something, and I'll believe you, but probably not really feel it. Now I feel it! Electric lines really can start fires, and it can happen to you! All it takes is a stupid bird.
It really puts our work at muGrid Analytics into context and reminds me why our work around resilient power systems is important.
(If you squint, you can see the charred edge of the top of the pole. The flames and smoke aren't really visible in this photo, so you'll have to trust me on that!)
#psps #microgrid #resilience
