Planet Energy Systems develops reusable, configurable firmware libraries that form the foundation of reliable and scalable power electronics products. These libraries are designed to accelerate development, improve consistency across projects, and reduce long-term maintenance effort while meeting the real-time and reliability requirements of embedded control systems.
Our firmware libraries are the result of hands-on development experience across power conversion systems, battery-based energy storage, control platforms, and automotive-grade communication stacks. They are structured to be modular, portable, and adaptable to different target hardware and system architectures.
The libraries are built with a clear separation between hardware abstraction, control logic, and application-level functionality. This allows features to be reused across platforms while maintaining deterministic real-time behavior.
We provide firmware building blocks for a wide range of power electronics applications. These libraries are designed to operate within tight real-time constraints and are suitable for deployment on MCUs, DSPs, and SoCs commonly used in power conversion systems.
The libraries are designed to integrate seamlessly with hardware-specific drivers, enabling rapid adaptation to different power stages, sensing circuits, and processing platforms.
Planet Energy Systems develops robust, production-ready bootloader solutions to support secure and reliable firmware updates in embedded systems. These bootloaders are designed to meet automotive and industrial standards, ensuring safe firmware deployment over multiple communication interfaces.
The bootloader architecture supports application isolation, rollback protection, and controlled handover between boot and application layers. Firmware updates can be performed in-field or during production without compromising system integrity.
In addition to application-specific functionality, we provide reusable infrastructure libraries that support complex embedded control systems. These libraries are designed to improve system robustness and simplify integration across large firmware projects.
Our firmware libraries are developed with portability in mind and have been deployed across a range of target platforms including real-time MCUs and DSPs used in power electronics and automotive systems.
Hardware abstraction layers allow the same functional logic to be reused across different processor families while preserving deterministic execution and timing behavior.
The firmware libraries can be delivered as standalone modules, integrated into existing codebases, or customized to meet specific system requirements. Typical customization activities include adaptation to target hardware, communication stack integration, and feature extension.
This approach enables customers to leverage proven firmware components while retaining full control over system architecture and application behavior.
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