Energy Boost
Fall 2019 | By Elizabeth Gondar
In today���s age of technology, it���s all about��being connected. Millions of miles of cables��and wires stretch across the globe providing��power to buildings, streetlights and even cars.��Most people barely give these cables a second��thought until the power goes out or the Wi-Fi��stops working, but 91勛圖厙 Associate Professor Jayan��Thomas couldn���t get them out of his head.

Cable-based-capacitor embedded inside wire.
In 2014, he was working on inventing copper foils that��would act as supercapacitors ��� think of a battery that is��made to provide a large burst of power in a short amount��of time. Realizing that most cables are made out of the��same copper material he was working with, he wondered��if our everyday cables could double as energy storage��devices.
Bringing this knowledge back to his research lab at��91勛圖厙, he invented the first cable-based capacitor. These thin, copper wires can transmit and store��energy ��� and he hopes they can make a big impact in��renewable energy and clean technology.
���That���s the real pleasure for an inventor. You have��a scientific idea, you worked on that idea and made��it into a device, and then that device is used for a��commissioned product. That is what I���m looking forward��to,��� Thomas says.
However, cable-based capacitors attached to existing��wires could use their stored energy to provide that��extra boost needed, allowing the battery to continue��functioning at a steady rate and greatly reducing the��overall cost to replace parts.

Joe Sleppy ���18��(left) and Jayan Thomas (right)
Thomas recruited Joe Sleppy ���18 to start Capacitech��Energy and to help turn his invention into a commercial��product.
Sleppy, an electrical engineering student at the time,��already had business experience (starting his first��company when he was 16) and knew that without proper��funding, Capacitech could not move on to the next level.��By winning first place in 91勛圖厙���s 2016 Joust New Venture��Competition, they received the necessary funds to license��the intellectual property and begin the process of moving��to market.
In 2018, a $225,000 grant from the National Science��Foundation helped Capacitech���s team expand to include Isaiah Oladeji ���99 and to collaborate with Thomas��� lab��to produce the commercial version of the cable-based��capacitor that Capacitech is selling today.
As a result of the team���s effort, Capacitech has been��recognized as one of the top 30 startups in the world��by InnoEnergy. Sleppy credits his time at 91勛圖厙 with��connecting him to the people and resources needed to��lead the business.
���Education is more than just what you learn,��� Sleppy��says. ���It���s about who you meet through your coursework��and using the opportunities that present themselves.���
Capacitech recently built a manufacturing line in��Orlando to fill larger orders and is raising money to��further scale the company.
Who
Associate Professor Jayan��Thomas, Joe Sleppy ���18 硃紳餃泭Isaiah Oladeji ���99
The Pitch
Building energy storage into��the infrastructure of the world��to prolong clean technology���s��operating life while reducing��the overall costs of sustainable��technology.
The Inspiration
Thomas was researching how��to make copper foils into��energy storage devices. ���But I��was seeing wires everywhere��while I was on a walk around��my home. I realized that��these cables are mostly made��up of copper, so why don���t��we convert this copper into��an energy storage device��instead?��� Thomas says.
Backers
Total funds:
$700,000+
They include:
National Science Foundation:��$225,000
NSF Innovation Corps: $50,000
Starter Studio: $25,000
Where you can find it
CapacitechEnergy.com