A leading Global Energy Storage System (ESS) manufacturer needed to accelerate its software capabilities to support rapid, multi-region growth across Europe, North America, and APAC. The organization required strong engineering partnership, a robust software platform capable of supporting multiple energy storage and mobility use cases, while improving battery performance and lifetime across diverse operating environments. The business needed real-time, remote monitoring and field visibility to manage deployments & operations at scale. And, meeting these demands meant building delivery capacity fast enough to match the pace of global expansion.
Cloud Platform
Containerized Software Architecture
Digital Monitoring Platform
Remote Diagnostics
Battery Management Software
Global DevOps & Platform Engineering
As global adoption of battery-powered mobility and energy storage accelerated, the customer needed a software platform capable of supporting rapid growth without compromising reliability or operational efficiency.
The organization planned to expand its ESS portfolio across multiple industries including stationary storage, rail, marine, and adjacent mobility applications. However, achieving this vision required more than hardware innovation. It demanded a scalable software foundation capable of supporting global deployments while providing continuous visibility into battery health and system performance.
Existing software capabilities needed to evolve to keep pace with diverse regional deployments, growing operational complexity, and growing customer expectations for remote monitoring and predictive insights. The customer also sought a future-ready software architecture that could support high-voltage battery systems while maintaining compliance requirements and enabling faster rollout of new applications.
To support long-term growth, the customer needed an experienced engineering partner capable of delivering scalable platform engineering, cloud-enabled monitoring, and a globally distributed software delivery model.
Bosch SDS partnered with the customer to establish a dedicated software engineering organization focused on developing scalable digital capabilities for next-generation battery systems. Combining platform engineering expertise with cloud technologies and remote monitoring capabilities, the team built a software ecosystem designed for global expansion and long-term operational excellence.
The engagement enabled the customer to transform its software capabilities into a scalable digital platform supporting business expansion across industries and geographies.
Established a dedicated software engineering team of 20+ specialists.
Expanded software support across Europe, North America, and APAC.
Improved operational visibility by up to 15%.
Accelerated readiness for ESS, rail, marine, and adjacent mobility applications.
Enabled cloud-based remote monitoring and digital battery intelligence.
Delivered compliance-ready software and container ecosystem.
Built scalable software architecture supporting high-voltage battery applications up to 1500V.
Extended platform capabilities across multiple battery-powered mobility use cases.
Improved remote issue detection and service responsiveness.
Created a future-ready digital foundation for continued business growth.
Bosch SDS combined deep expertise in software-defined products, platform engineering, cloud technologies, and industrial digitalization to help the customer accelerate its software-led transformation. Rather than addressing immediate engineering needs alone, Bosch SDS established a scalable software delivery model capable of supporting product innovation across multiple markets and applications.
By integrating cloud-based monitoring, containerized architectures, and global engineering capabilities, Bosch SDS enabled the customer to improve operational visibility, simplify deployments, and expand confidently into new regions and mobility segments. The engagement delivered a future-ready software ecosystem that supports continuous innovation while enhancing battery performance, service readiness, and long-term operational scalability.
