Vortrag
Building Energy-Efficient Embedded Systems for Smart Energy Applications
- von -
- Halle C6C6.501
- Sprache: Englisch
- Vortragstyp: Vortrag
Vortragsbeschreibung
Smart energy systems depend on connected embedded technologies to deliver real-time visibility, optimize energy usage, and improve the reliability of energy generation and distribution. IoT-enabled solutions integrate smart meters, grid infrastructure, and connected devices into enterprise IT systems to improve efficiency and support more resilient energy delivery. Designing embedded systems for these environments requires a holistic approach that spans device connectivity, data management, and system integration. Smart metering and grid solutions rely on real-time data collection, remote device management, and secure communication to enable load balancing, reduce outages, and improve operational efficiency. This presentation explores best practices for embedded design in smart energy applications, focusing on how to build scalable, connected systems that operate reliably across distributed environments. It will highlight design considerations for integrating IoT modules, connectivity, and edge platforms to enable real-time monitoring and control. Attendees will learn how embedded systems can support energy monitoring, analytics, and automation through platforms that connect devices, manage data, and integrate with enterprise systems. The session will also address lifecycle challenges, including deploying and managing large fleets of smart devices, simplifying connectivity with eSIM provisioning, and ensuring continuous operation through flexible, resilient communication infrastructures. By combining connectivity, device management, and data orchestration, embedded systems enable utilities and enterprises to improve efficiency, reduce costs, and gain actionable insights into energy usage. These capabilities are essential to modern smart energy systems and grid modernization initiatives.
