Shape the future of Smart Industry
online, on-demand
Unlocking sustainable, carbon-neutral energy with advanced DC Power architecture
The goal has been set: the world must become climate neutral as quickly as possible. Efforts are needed in all sectors to switch to renewable energies and increase energy efficiency. Sustainability, carbon-neutral energy, energy savings, and efficiency are key, which can be achieved with further electrification in production processes. Switching to direct current (DC) instead of using alternating current (AC) in factories has a huge potential in resource and energy savings. In such a DC factory, conversion losses are reduced, and power generation systems from renewable energies and battery storage are integrated directly into the factory systems. The advantages include lower copper consumption in the power lines, less power consumption, power recovery during braking, and the low-loss integration of battery storage and renewable power generators.
Join us for an enlightening webinar that will transform your approach to energy solutions in the smart industry. Discover how Direct Current (DC) power architecture is shaping the path to a sustainable, carbon-neutral future. This session is designed to captivate engineers and decision-makers, providing deep insights into the latest advancements and practical applications of DC technology.
Webinar Highlights:
- Transition to Sustainable Energy: Learn how DC technology supports the global goal of resource conservation and CO2 neutrality by increasing efficiency and integrating renewable energy sources.
- DC Grid in Industry: Explore the numerous benefits of DC grids, including reduced copper use, minimized power loss, and the innovative utilization of braking energy. Understand how local energy storage integration can lower peak power demands from the AC grid and enhance the efficiency of renewable energy incorporation.
- Real-World Applications: Delve into compelling use cases and examples that highlight the advantages and challenges of implementing DC grids in the industry. Discover the significant impact of DC architecture on energy efficiency and environmental sustainability.
- Implementation Strategies: Gain practical knowledge on the essential building blocks for successful DC grid implementation, including AC/DC converters, PFC, DC/DC converters, smart DC breakers, energy storage, and energy management systems.
- Future of DC Technology: Stay ahead of the curve with an overview of advanced power electronics for DC, including Silicon Carbide (SiC) technology, and understand the next steps in DC industry technology evolution.
Don't miss this opportunity to be at the forefront of the energy transformation. Register now to learn how DC power architecture can drive sustainable energy solutions for the smart industry, ensuring a flexible, efficient, and carbon-neutral future.
Sessions
| Supplier | Session |
|---|---|
| STMicroelectronics | Shape the future of smart industry with DC power concepts and solutions (Claudio Condorelli) |
| Microchip | Empowering a Sustainable Future with Silicon Carbide (Marc Rommerswinkel) |
| Nexperia | SiC based converter design for efficient DC microgrid systems (Pradip Chatterjee) |
| ODCA | ODCA - Advancing DC solutions together (Olaf Grünberg) |
| Qorvo | Smart DC Breakers (Kiran Kumar Ramachandra, Jonathan Dodge) |
| NXP | Battery Energy Storage Systems (BESS) – Enabling Sustainable Carbon Neutral Energy for Smart Industry (Marcelo Marques) |
Registration
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