The Florida Solar Energy Center (FSEC)—a research institute of the University of Central Florida (UCF)—was created by the Florida Legislature in 1975 to serve as the state''s energy research
The Center''s 150-member staff includes 95 professionals with expertise in engineering, energy research, building science, energy and policy analysis, and education and training.
2009:For a fee of $5.00 per person, groups of 20 or more students in grades four and up are invited to visit. There is no charge for chaperones, and teachers receive a free packet of
The SunSmart E-Shelter Program, coordinated by UCF''s Florida Solar Energy Center, has installed more than 115, 10-kW photovoltaic systems on emergency shelter schools throughout Florida. This ambitious program brought together
Created by the Florida Legislature in 1975 to advance research, development and education in solar energy, FSEC''s focus includes renewable energy, energy efficiency, and sustainable
The Florida Solar Energy Center''s (FSEC) building science program was founded to research and develop building improvement strategies that reduce energy use, enhance the economy, and
The SunSmart E-Shelter Program, coordinated by UCF''s Florida Solar Energy Center, has installed more than 115, 10-kW photovoltaic systems on emergency shelter schools throughout
Nearly 400 students from 31 schools across Florida—from Tallahassee to Tampa to Boca Raton—converged at FSEC®, Florida''s premier energy research center at the
s potential for their future. The competition challenges students to design, build and race model solar cars po ered entirely by solar energy. The students are challenged to use scientific know
FSEC''s staff includes 51 faculty members, 6 A&P and 43 USPS members and approximately 40 students. FSEC''s faculty staff are entirely devoted to working on energy programs with
Students from Central & Southeast Florida high schools competed in the thrilling Electrathon race at the Florida Solar Energy Center, showcasing valuable skills like teamwork and collaboration
On April 26, 2025, some of our amazing Burns students traveled to Cocoa, Florida, to showcase their talents at the EnergyWhiz competition, hosted by the Florida Solar Energy Center
High Energy Hydrogen I is a hydrogen energy science unit developed by FSEC for elementary students in grades 3rd through 5th. This unit focuses on basic information about hydrogen and
For more than three decades, we''ve partnered with Florida International University (FIU) to help shape the next generation of America''s workforce, conduct cutting-edge research, help advance renewable energy in Florida and
The Florida Solar Energy Center has worked with many partners within the community to preserve the natural environment and improve the human environment through energy research, testing,
Rain Machine (Solar Still) Grades: K-4 Topic: Solar Owner: Florida Solar Energy Center This educational material is brought to you by the U.S. Department of Energy''s Office of Energy
The Center''s 150-member staff includes 95 professionals with expertise in engineering, energy research, building science, energy and policy analysis, and education and training.
The Center''s 70-member staff includes professionals with expertise in engineering, energy research, building science, energy and policy analysis, as well as
Our Mission Our mission is to research and develop energy technologies that enhance Florida''s and the nation''s economy and environment and to educate the public, students and
Changing the way the world uses and produces energy isn''t going to happen in one generation. FSEC works with educators to engage and interest students of all levels to help create a
Lending Library Materials The Education Department at FSEC has many resources available for loan to Florida teachers and civic leaders. These materials are designed to foster an
A hands-on, comprehensive, online unit that has been awarded the Interstate Renewable Energy Council''s (IREC) 1999 Recognition Award. Understanding Solar Energy is a solar energy
Solar Energy Institute offers students a classroom that mirrors real-world environments, including a mock grid setup, wall-mounted electrical panels, and a roof simulation with various materials
