Peak Energy Tech Stack
Sodium-ion battery storage systems for grid-scale deployment
Peak Energy manufactures sodium-ion battery storage systems targeting utility and independent power producer deployments, with first systems shipping in 2025 and a domestic gigafactory planned for 2027. The tech stack—MATLAB, ANSYS, COMSOL, CATIA, SolidWorks for simulation and design—reflects a hardware-engineering-first approach; the hiring velocity (15 roles in 30 days, heavily weighted toward manufacturing and senior engineers) and active projects (production line buildout in Sacramento, NPI planning, supplier qualification) show the company is transitioning from prototype validation into scaled manufacturing. NetSuite adoption signals growing operational complexity as production ramps.
Tech Stack 33 technologies
What Peak Energy Is Building
◆Challenges
- Scaling next-generation energy storage production
- Building finance infrastructure
- Expanding manufacturing lines
- Meeting production schedules
- Ensuring equipment safety compliance
- Bottlenecks impacting plan vs actual performance
- Ensuring supplier quality and delivery
- Building reliable hardware supply chain
- Implementing erp system
- Establishing accounting controls
▲Active Projects
- Design and acquisition of testing equipment and infrastructure
- Testing and functional verification of energy storage systems
- Erp implementation
- Gigawatt-scale energy storage system thermal design
- Transition from prototype builds to scaled manufacturing
- Lean/5s initiatives
- Building production lines at sacramento facility
- Engineering change orders
- Supplier qualification and readiness
- Production ramp and npi planning
Hiring Activity
Department
Seniority
Notable leadership hires: Manufacturing Shift Lead, Manufacturing Director
