Mishaal SyedNaveed, product manager for fire protection at Wärtsilä Energy Storage, has been named a finalist for POWER’s 2026 Rising Star Award. This recognition highlights his central contributions to battery storage fire safety, regulatory compliance, verification, and risk assessment across Wärtsilä’s GridSolve battery energy storage system portfolio. As the energy storage sector scales globally, rigorous fire protection engineering has become vital for project development, asset owners, insurers, and authorities having jurisdiction.
What Changed
SyedNaveed has taken on a leading technical role in translating complex battery fire and explosion hazards into actionable engineering requirements, comprehensive test programs, and advanced product designs. His work focuses heavily on Wärtsilä’s GridSolve energy storage platforms, including the 5-MWh GridSolve Quantum3 system and the GridSolve Quantum2 platform.
Central to this work was his technical leadership during Wärtsilä’s 2025 fire safety testing initiatives. These programs featured UL 9540A unit-level testing, large-scale fire testing, and rigorous evaluations of Wärtsilä’s Active Ignition Mitigation System (AIMS). Third-party verification for these tests was witnessed by CSA Group, ensuring independent validation of the safety performance metrics.
Key Benefits and Technical Testing
The 2025 large-scale fire test on the GridSolve Quantum3 system demonstrated critical containment capabilities. During the evaluation, testers intentionally ignited a fire within the unit and allowed it to burn for more than 22 hours. The test results showed that the fire remained entirely contained within the initiating unit, achieving this without propagation to adjacent units and without external suppression or intervention.
In tandem with the large-scale burn tests, AIMS testing evaluated the accumulation of flammable gases during a thermal event. The system is designed to ignite those accumulated gases early in a controlled manner, preventing the buildup of dangerous gas concentrations that could otherwise lead to an uncontrolled deflagration.
Similar rigorous validation was applied to the GridSolve Quantum2 platform. SyedNaveed supported large-scale and full-system testing for this architecture, which included U.S.-based AIMS validation under worst-case gas-release scenarios. Large-scale fire testing for Quantum2 similarly demonstrated no unit-to-unit propagation.
Sector Impact and Evolving Industry Guidance
The implications of these rigorous test programs extend beyond individual product lines. According to Wärtsilä, these empirical testing results have helped inform evolving industry guidance, including shaping future editions of NFPA 855. By bridging the gap between physical testing and regulatory frameworks, SyedNaveed actively contributes to broader industry safety standards.
Furthermore, SyedNaveed participates directly in CSA and UL technical committees related to energy storage. He collaborates continuously with customers, authorities having jurisdiction, fire protection engineers, insurers, and first responders to align product capabilities with real-world deployment expectations.
Wärtsilä has credited his ability to translate complex test data into design guidance and permitting support as a major factor in reducing project risk and improving permitting outcomes for clean energy developers.
Background and Professional Experience
SyedNaveed is a licensed Professional Engineer in fire protection. His career spans extensive experience in risk engineering, design, loss prevention, and code consulting across the energy sector.
Before joining Wärtsilä Energy Storage, he served as a fire protection engineer at Dominion Energy. In that role, he acted as the subject matter expert for more than 64 MWh of installed energy storage projects and 284 MWh of planned energy storage projects.
His academic background provides a strong theoretical and practical foundation for his industry work. He holds a master’s degree in Energy Systems Engineering from Northeastern University and a bachelor’s degree in Fire Protection Engineering from the University of Maryland, College Park.
Business Implications and Risk Management
For energy developers, asset operators, and financial stakeholders, battery safety directly impacts project viability. Unmitigated fire risks can stall permitting processes, increase insurance premiums, and delay deployment timelines.
By establishing predictable fire containment behavior and validated mitigation technologies like AIMS, engineering leaders help de-risk large-scale battery deployments. Transparent third-party verification by organizations like CSA Group gives authorities having jurisdiction and local first responders greater confidence when reviewing complex energy storage proposals.
Limitations and What to Watch Next
While advancements in unit-level containment and active ignition mitigation represent significant progress, energy storage safety remains an evolving discipline. Real-world performance depends heavily on strict adherence to installation codes, proper maintenance protocols, and site-specific risk assessments.
As standards bodies continue to update codes like NFPA 855 and UL protocols evolve, industry stakeholders will need to monitor how manufacturers adapt their product portfolios. Observers will also watch how upcoming technical committee decisions and future deployment data reflect the real-world efficacy of systems like AIMS across diverse operating environments.