Establish a broad based interdisciplinary research program which integrates fundamental
science, nanotechnology, and engineering to design the next generation of advanced
energy systems. This involves exploring renewable energy sources, enhancing the performance
of traditional fuels through molecular engineering, and employing cutting edge solid
state and polymeric polyelectrolyte fuel cell technology.
Build a state-of-the-art laboratory to model power generation that can test new technologies,
such as biomass, hydrogen fuels, fuel cells, carbon sequestration, and power cogeneration.
This facility will be able to quantitatively evaluate the economic factors of zero
emissions power generation and will enable the Center to be a national leader in establishing
universal standards for safety and environmental impact for the energy industry.
Engineer full scale demonstration and testing facilities to accurately simulate the
power generation grid and which will optimize the distribution network, provide alternatives
in case of local failures, and provide early warning of sabotage, leaks, or terrorist
infringements.
Design a program of public outreach to the community in order to explain energy policy
and emerging technologies. This includes:
Sponsorship of national and international conferences for leaders in energy research
Organizing workshops to inform the public of energy policies
Outreach to schools through special programs designed for K-12 teachers and their
students.
