-- Shireen Bojja, the founder of Voltek Ace LLC and B2B Engineering Manager at Agile Energetics Electronics, LLC (AEE), has been honored with a 2025 Global Recognition Award for her excellence in Electrical Engineering, Business Leadership, and Technology Advancement. Bojja and the AEE team have addressed the issue of long-standing dependence on outdated lead-acid and lithium-ion batteries that burden American public transit and utility infrastructure with high maintenance costs, environmental drawbacks and severe health hazards highlighted by OSHA | Occupational Safety and Health Administration. Agile Energetics Electronics has emerged as a leading force in energy storage solutions that are sustainable and practical for deployment in demanding environments.
Photo Courtesy of Kimberly Quiroz
Across the United States, public agencies are directing resources toward more intelligent intersections, robust transit networks, and environmentally responsible energy solutions. Yet, many continue to rely on outdated battery technologies that are maintenance-intensive and ecologically problematic. Bojja’s critical contribution played a key role in the development of Graphene Hybrid Supercapacitors (GHSCs), designed to deliver fast, safe, and reliable power for challenging real-world environments such as remote traffic signal cabinets and locations exposed to high humidity and extreme weather. Her technical expertise and systems-driven approach have significantly advanced Agile’s mission and product capabilities. The technology is rooted in advanced material science and a thorough understanding of public infrastructure needs, ensuring practical and forward-looking solutions.
Powering What’s Next: Graphene Hybrid Supercapacitors Transform Infrastructure
Graphene hybrid supercapacitors represent a significant step forward in energy storage technology, offering rapid charging capabilities and the ability to withstand various environmental conditions. Unlike traditional lead-acid and lithium-ion batteries, GHSCs can charge in under ten minutes, deliver over 20,000 charge and discharge cycles, and operate reliably in temperatures ranging from -30°C to 70°C. These features make GHSCs especially well-suited for public infrastructure, where consistent performance and minimal maintenance are essential.
The deployment of GHSCs has already demonstrated tangible benefits in the field, with installations outlasting conventional batteries and significantly reducing service interruptions. These systems require no hazardous materials or ventilation, which lowers operational costs and helps public agencies comply with environmental and safety mandates. By leveraging the unique properties of graphene, Shireen Bojja, Arthur Rubalcava—president of Agile Energetics Electronics—and the team have created a solution that is both efficient and adaptable, meeting the needs of modern infrastructure at a competitive selling price while reducing long-term costs.
Design for Manufacturability: A BABA-Aligned Path and Scalable Commercial Success
Bojja’s expertise in power electronics, combined with her business acumen and commitment to design for manufacturability (DFM), has enabled Agile Energetics Electronics to bring GHSCs to market in a way that meets both technical and regulatory requirements. The company’s end-of-line production capabilities in California ensure that GHSC modules can support Build America, Buy America (BABA) compliance requirements, making them an ideal fit for federally funded infrastructure projects such as the U.S. Department of Transportation’s INFRA initiative. This focus on innovation and practicality has allowed GHSCs to qualify for government-funded projects prioritizing technology advancement and long-term resiliency.
Another key advantage of GHSC systems is their predictability, which is enhanced by Bojja’s development of the GreenPower Runtime Calculator (GPRC) app. This algorithm-driven tool allows public agencies to model cost savings, runtime performance, and environmental impact based on their unique deployment scenarios. The transparency provided by the GPRC app makes it easier for city planners, traffic engineers, and procurement officers to justify investment in GHSCs not only on technical merit but also on financial sustainability. Agile Energetics Electronics has been able to commercialize the technology through Bojja’s significant contributions. Their participation in the 2024 AEMS trade show (Anaheim Electronics & Manufacturing Show) and the 2024 RE+ trade show in Anaheim, California, drew significant attention toward the product. RE+ is the largest clean energy trade show in North America, bringing together over 40,000 industry professionals from over 115 countries and serving as a global hub for advancing clean energy innovation and facilitating cross-border collaboration.
Collaborative Support and Market Adoption
The development of GHSCs and the GPRC app has been partially funded by the California Manufacturing Technology Consulting (CMTC) through the CMA+ initiative, which is part of the Manufacturing Extension Partnership (MEP) program under the U.S. Department of Commerce. Agile Energetics Electronics’ go-to-market strategy is further strengthened by its association with VizBiz Solutions, a B2B marketing and content strategy firm that supports technology innovators and manufacturers. These partnerships have enabled the company to introduce GHSCs to the market at a pivotal time, as agencies seek technologies that deliver long-term resiliency and sustainability.
The proven performance and cost-effectiveness of GHSCs in real-world applications have challenged misconceptions about the affordability and feasibility of advanced materials like graphene. Public agencies have recognized that investing in durable, efficient, and adaptable energy storage reduces operational expenses and delivers better service and sustainability outcomes for communities. The deployment of GHSCs marks a necessary step forward in modernizing transit corridors and utility infrastructure, ensuring that the technologies chosen today will define the resilience of systems for decades to come.
Final Words
Shireen Bojja’s accomplishments have been formally recognized with the 2025 Global Recognition Award, underscoring the growing importance of resilient and sustainable energy storage in future infrastructure. Her work exemplifies how technical innovation can drive meaningful progress for communities and industries when aligned with practical application and regulatory compliance. GHSCs are not a luxury but a critical upgrade, offering a more innovative use of public funds while advancing environmental stewardship and operational excellence.
The support from industry partners and the successful deployment of GHSCs highlight the value of collaboration in accelerating the adoption of transformative technologies. As public agencies modernize, integrating advanced energy storage solutions like GHSCs will be essential for achieving long-term reliability and sustainability. Alex Sterling from the Global Recognition Awards emphasized this impact, stating, “The award to Shireen Bojja highlights the increasing significance of resilient, sustainable energy storage in shaping the infrastructure of tomorrow. Her work exemplifies how innovation, rooted in practical application and collaboration, can drive meaningful progress for communities and industries alike.” With this 2025 Global Recognition Award, Shireen Bojja’s contributions have set a new standard for what is possible in public infrastructure, bridging technical advancement with real-world impact.
About Global Recognition Awards
Global Recognition Awards is an international organization that recognizes exceptional companies and individuals who have significantly contributed to their industry.
Contact Info:
Name: Alexander Sterling
Email: Send Email
Organization: Global Recognition Awards
Website: https://globalrecognitionawards.org
Release ID: 89165006
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