Tech Talk - Fuel Cell Systems - BoP Part 2 - Optimization - Balance of Plant Explained - Hyfindr Ley скачать в хорошем качестве

Tech Talk - Fuel Cell Systems - BoP Part 2 - Optimization - Balance of Plant Explained - Hyfindr Ley

Learn about the efficiency and performance optimization of fuel cell systems. Steven and Christoph discuss the optimization of fuel cell systems for maximum performance and efficiency. The different components of the system, including the anode system, cathode system, and cooling system, and how they can be improved to increase power output are weighed. The topic specifically focuses on the importance of the fuel cell compressor and how it affects efficiency and power generation. The power demands of a system, including the use of a high voltage battery system in combination with the fuel cell system for peak power demands are also deeply discussed. #hydrogen #fuelcell #engineers #engineering #technology #tech #brennstoffzelle #balanceofplant #bop #fuelcellsystemoptimisation Jump right into the discussion topics: 0:00 Hyfindr Tech Talk 0:23 Welcome, Christoph Ley 0:45 Balance of Plant (BoP) optimization for better fuel cell system efficiency 1:58 Air compressor or blower selection for fuel cell stacks for better efficiency 3:40 Static load and dynamic load on the fuel cell system 6:12 Gross efficiency and net efficiency of the fuel cell system 7:47 Coolant pump effects on fuel cell stack efficiency 10:51 Energy consumption and Hydrogen consumption in the fuel cell system 12:17 How to select a fuel cell system? 13:34 Total cost of ownership (TCO) and End of Life (EoL) of the fuel cell system 17:11 Optimized operating conditions for the fuel cell stack 20:30 Thank you 21:09 Like, subscribe and comment Executive Summary of Tech Talk Script: During this Hyfindr Tech Talks, Steven introduced Christoph from AE Driven, who discusses optimizing fuel cell systems for maximum performance and efficiency. This Tech Talk begins by examining the different components of the system, such as the anode system, cathode system, and cooling system, and how they can be improved to increase power output. This Hyfindr Tech Talk then focuses on the fuel cell compressor, a critical component of the cathode system. It supplies air into the stack, which is necessary to generate power from the fuel cell stack. The compressor's size impacts efficiency and power generation. Increasing the pressure on both the anode and cathode sides can increase power output, but this must be controlled to avoid damaging the membrane inside the stack. The power demands of a fuel cell system are discussed. A load profile and note are examined that there are peaks that require extra power. To meet these demands, they suggest combining a fuel cell system with a high voltage battery system. This would allow the fuel cell system to run on a very efficient point, while the high voltage battery system provides additional power for peak demands. Overall, the conversation highlights the importance of optimizing each component of a fuel cell system to increase performance and efficiency. It is beneficial to combine fuel cell systems with high voltage battery systems to meet power demands. Services shown: Fuel Cell System Integration - https://hyfindr.com/marketplace/servi... Store: AE Driven - https://hyfindr.com/store/ae-driven-s... Service categories: Fuel Cell System Integration - https://hyfindr.com/product-category/... Interview partner: Christoph Ley (AE Driven - https://hyfindr.com/store/ae-driven-s...) VISIT - B2B Marketplace for the Hydrogen Economy: https://hyfindr.com/ Hyfindr.com is the rapidly growing B2B marketplace for the hydrogen economy. Buyers are able to find products and services with ease. Suppliers are presenting their offerings 24/7 to generate high quality leads. JOIN - Hyfindr Tech Community: https://community.hyfindr.com/ No spamming - no marketing - just tech! We have launched the Hyfindr Tech Community. If you have a technical question, submit it and the intelligence included in the community will help you. Hundreds of professionals are already helping each other. Join today! The following topics are addressed in this Hyfindr Tech Talk: fuel cell system optimisation, fuel cell system tuning, fuel cell stacks, fuel cell air compressor, fuel cell cooling system, cooling pump, fuel cell system optimisation explained, technology explained, hydrogen technology, selection of a fuel cell system, total cost of ownership of fuel cell system, end of life of the fuel cell system, static load vs dynamic load, energy consumption in fuel cell system, hydrogen consumption in fuel cell system, and fuel cell stack efficiency.