The Center for Energy Efficiency and Sustainable Energy (CEESE) directs its R&D resources toward the smarter and more sustainable production and utilization of electrical power. Both traditional and alternative power production technologies are under development by the CEESE team. The CEESE is home to Louisiana’s only large-scale solar technology research facilities (Thermal Solar at the Cleco Alternative Energy Center and Photovoltaic at the NRG Solar Research Facility). Topics under research at the CEESE include solar energy, energy storage, wind energy, integrated of multiple alternative power systems, smart grids, energy conservation, energy audits, development of VR-based education systems, and cybersecurity of power systems. Key UL departments involving in CEESE activities include Mechanical Engineering, Chemical Engineering, Electrical & Computer Engineering, Physics, and Architecture.
Dr. Terrence Chambers, PE, of the UL Lafayette Mechanical Engineering department serves as the director of the CEESE. Dr. Chambers is a recognized expert of international statue in the areas of alternative energy, engineering education, and process modeling.
Some example projects underway at the CEESE are listed below:
- Optimization of solar thermal technology for use in a medium solar flux band region
- Production of electrical power using woody biomass fed into a fluidized bed gasifier
- Integration of photovoltaic technology within a thermal solar system
- Use of virtual reality for education of STEM to distant schools (focus on solar thermal technology)
- Cybersecurity of smart power systems
Dr. Terrence Chambers (Mechanical Engineer)
Director of the Center for Energy Efficiency and Sustainable Energy (CEESE)
Home Academic Unit: Mechanical Engineering