-- Shireen Bojja, an expert in public safety power electronics has been honored with a 2025 Global Recognition Award. As the Engineering Manager for Agile Energetics Electronics LLC, Bojja contributed significantly towards the development of the graphene-based energy storage technology. Bojja's achievement represents a significant milestone in sustainable energy technology, particularly by developing the next-generation graphene-enhanced energy storage systems and SuperPower GPRC algorithm app for use with the energy storage module. Her work addresses critical limitations of legacy battery technologies by offering quick charging capabilities, extended operational life, and stable performance across extreme temperature ranges. The contributions have an impact across leadership, research, innovation, and mentoring categories, particularly emphasizing the international scope to power electronics advancement.
Photo Courtesy of Agile Energetics Electronics LLC
Technical Innovation and Graphene Technology Leadership
Bojja’s early career as a design engineer developing navigation systems and 900 MHz radio systems for use in Caterpillar dozers supporting heavy highway infrastructure laid the foundation for her current focus on the traffic industry and the advancement of graphene technology for intelligent transportation system (ITS) applications. Her transition from Silicon Valley to Southern California as a technical engineering consultant began her entrepreneurial journey, where she demonstrated an exceptional ability to bridge complex technical innovation with practical market applications. Under her guidance, the development of Graphene Hybrid Supercapacitor technology represents a paradigm shift in energy storage solutions that addresses the limitations of traditional lead-acid batteries.
The SuperPower GPRC algorithm provides real-time optimization and operational modeling capabilities, enabling engineers to visualize runtime performance instantly and maximize efficiency across installations. The graphene hybrid supercapacitor modules support over 20,000 charge-discharge cycles while fully recharging in under 10 minutes, demonstrating superior performance to conventional battery technologies. These non-toxic modules operate across a wide temperature range from -30 degrees Celsius to +70 degrees Celsius, eliminating hazardous leakage risks and enabling safe deployment in roadside cabinets, fleet depots, and remote installations.
Research Excellence and Industry Impact
Currently pursuing a doctorate in business administration, Bojja's academic endeavors reflect her commitment to integrating research methodologies with practical business applications while focusing on small business growth and sustainability. Her research demonstrates the ability to combine technical innovation with business scalability considerations, particularly in developing frameworks that help enterprises navigate complex technological transitions. Furthermore, California Manufacturing Technology Consulting supported the development of graphene hybrid supercapacitor technology through the CMA+ program, which is part of the U.S. Department of Commerce's Manufacturing Extension Partnership.
Sustainable Technology Development and Market Applications
Bojja's graphene hybrid energy storage work represents more than a technological upgrade, as it constitutes a fundamental shift toward greater resilience and sustainability in public infrastructure development. Her SuperPower series energy storage solutions powered by graphene hybrid supercapacitor technology deliver rapid charging, extended life, and stable operation, making them ideal for systems that demand reliability and low maintenance. Field testing of these modules is currently underway in critical-use scenarios, including intelligent transportation systems and U.S. Department of Transportation applications, with initial observations highlighting the potential for reduced maintenance costs and increased uptime.
The cost-benefit analysis over 10 years demonstrates that lead-acid batteries incur recurring costs every two years with stark increases over time, while graphene hybrid supercapacitor modules require only a one-time fee with no replacements needed over the same period. This technology exhibits dramatically higher life cycles than traditional lead-acid batteries across all depths of discharge, with improvements ranging from over 12,000 percent at 100 percent depth of discharge to more than 90,000 percent at 20 percent depth of discharge. For public sector adoption, Agile Energetics Electronics has end-of-line production capabilities in California to ensure that GHSC modules can support Build America, Buy America (BABA) compliance requirements to meet grant guidelines while avoiding delays and cost overruns.
Final Words
Alex Sterling from Global Recognition Awards noted the significance of Bojja's contributions to electrical engineering and sustainable technology development. "Shireen Bojja's recognition represents a commitment to advancing sustainable energy solutions while creating practical applications for complex infrastructure challenges," Sterling remarked. "Her technical expertise in developing graphene-enhanced energy storage systems, combined with her entrepreneurial leadership and mentoring impact, embodies what this recognition represents in terms of breaking technological barriers and fostering innovation that addresses real-world sustainability needs."
Her work continues to influence critical infrastructure development while setting new paradigms for sustainable energy storage solutions in transportation, industrial, and public sector applications. The recognition highlights her role as a trailblazer who graduated with a master's degree in electrical engineering from California State University-Fresno and became the first female engineer in the R&D at Trimble Navigation in 22 years, demonstrating her steadfast commitment to innovation, sustainability, and breaking barriers in the science, technology, engineering, and mathematics fields.
About Global Recognition Awards
Global Recognition Awards is an international organization that recognizes exceptional companies and individuals who have contributed significantly to their industry.
Contact Info:
Name: Alexander Sterling
Email: Send Email
Organization: Global Recognition Awards
Website: https://globalrecognitionawards.org
Release ID: 89165026
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