Renewable Energy Production & Integration

There is a broad scientific consensus that global surface temperature warming trends will continue if a significant reduction in greenhouse gas (GHG) emissions isn’t achieved in the near future.

CE-CERT is addressing this issue by accelerating the transition to renewable energy through technologies that create energy from waste, capitalize on the sustainable energy sources that exist in nature, and explore methods to store, allocate, and integrate renewable energy with existing infrastructure.

Featured research: Transforming plant matter into renewable energy

Meet the Research Groups

CE-CERT researchers work across renewable fuels, solar energy, advanced materials, energy storage, and integrated power systems.

Two researchers wearing face shields, blue lab coats, and protective gloves work together to operate laboratory equipment during an experiment in an industrial research facility.
Charles Cai

Bioenergy, Biorefining, and Biomaterials

The B³ team develops scalable technologies that convert plant-based biomass, agricultural residues, and forestry waste into renewable fuels, sustainable materials, and value-added bioproducts.

A researcher works with solar energy and electrical systems equipment at a UC Riverside renewable energy research facility.
Alfredo Martinez-Morales

Southern California Research Initiative for Solar Energy

SC-RISE advances solar research, deployment, grid integration, and policy engagement through applied engineering, regional partnerships, and real-world clean energy demonstrations.

Renewable energy research materials and laboratory equipment representing sustainable fuels production and integration.
Arun Raju

Sustainable Fuels Initiative

SFI develops and evaluates low-carbon fuel pathways, including hydrogen and renewable natural gas, through experimental research, energy systems modeling, life cycle assessment, and techno-economic analysis.

Sustainable Integrated Grid Initiative energy systems testbed at CE-CERT.
Alfredo Martinez-Morales

Sustainable Integrated Grid Initiative

SIGI integrates renewable generation, energy storage, electric and hybrid vehicles, and smart grid controls to advance resilient microgrids, bidirectional charging, load management, and clean energy deployment.

Battery testing equipment used for energy storage research at the Winston Chung Global Energy Center.
Juchen Guo and Hamed Mohsenian-Rad

Winston Chung Global Energy Center

The center advances energy storage, generation, distribution, and grid integration research, connecting battery innovation and smart energy systems with practical solutions for resilient communities.

Connect With Renewable Energy Research

Explore partnerships, research capabilities, and opportunities to work with CE-CERT on renewable fuels, solar energy, storage, and integrated energy systems.

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