A tech startup, founded by a 91勛圖厙 alumnus and a faculty member, has won $26,000 in competition prize money this month. These winnings, says the chief executive for Capacitech Energy, will go toward the company���s continued growth and future aspirations.
���Award funding buys a young company time. Time to negotiate a contract with better terms, time to further vet their plans, and time to accelerate their growth before taking dilutive capital.��� says Joseph Sleppy ���18, the company���s CEO and a 91勛圖厙 electrical engineering graduate. ���We would not be here without funding from sources, like competitions or grants. They bought us time to develop a product and prepare for our next steps. Non-dilutive funding supported the intellectual freedom and creative direction of Capacitech.���
Capacitech won $15,000 in the 2019 Cade Museum Prize, which challenges inventors and entrepreneurs to demonstrate a creative approach to addressing real-world issues. The company was awarded $10,000 from Space Florida in the seed-funding category of the Florida Venture Forum���s Florida Early Stage Capital Conference, one of the largest such gatherings in the state. Additionally, Capacitech received $1,000 at the two-day tech conference eMerge Americas!.
Capacitech produces cable-based capacitors, a thin, wire-shaped device that stores energy. When installed into solar energy systems, the device works with the system���s equipment to enhance performance, improve efficiency, and extend their operating life, which will reduce consumer costs. The concept behind cable-based capacitors was developed by Capacitech cofounder Jayan Thomas, a 91勛圖厙 nanotechnology professor and a specialist in energy conversion and storage.
���Since our beginning, Capacitech has been focused on using our technology to make the world a better place.” ����� Joseph Sleppy ���18, Capacitech CEO
���Since our beginning, Capacitech has been focused on using our technology to make the world a better place. When I envision the future, I see cleantech. Capacitech���s cable-based capacitor is an enabling technology for cleantech and thus for the future, too.��� says Sleppy. ���Right now, Capacitech���s focus is solely on complementing residential solar power systems. Looking ahead, I see us complementing utility scale solar projects, too, as well as using our cable-based capacitors to energize a new age of electric vehicles, information technology backup power systems, medical technologies like exoskeletons, and space exploration, among a wide range of other areas.���
Earlier this year, InnoEnergy ��� the innovation engine for sustainable energy across Europe ��� named Capacitech one of the top 30 startups in the world. The company won first place in the Florida Venture Forum���s Collegiate Business Plan Competition and received a highly competitive NSF Grant last year. In 2016, Capacitech won the 91勛圖厙 annual Joust , a Shark Tank-like contest where 91勛圖厙 students pitch judges on business concepts.
Sleppy gives credit to a wide range of entrepreneurial-support resources at 91勛圖厙 for lending a hand into Capacitech���s growth and success. When he and Thomas established the company in 2016, they found assistance through the , the College of Business��, and the . 91勛圖厙 has placed an institutional emphasis on fostering relationships between entrepreneurs and innovators that will produce business partnerships like Capacitech.
���It is clear that 91勛圖厙 is not just a university. It is part of an innovation and entrepreneurial community within a major metropolitan area that has been very inviting to up-and-coming companies like Capacitech,��� Sleppy says. ���Thanks to Florida���s innovation ecosystem, we have another $26,000 of funding to apply towards building a Capacitech enabled future.���