WO2005036684A2 * Oct 8, 2004 Apr 21, 2005 Nuvera Fuel Cells Inc Power electronics for fuel cell power systemWO2005036684A2 * Oct 8, 2004 Apr 21, 2005 Nuvera Fuel Cells, Inc. Power electronics for fuel cell power systemWO2005036684A2 2004年10月8日 2005年4月21日 Nuvera Fuel Cells, Inc....
The dynamic fuel cell system is a multistage thermodynamic device that converts the energy of chemical reaction directly into electricity and heat, thus producing power efficiently at a finite rate and in an irreversible way. From: Energy Optimization in Process Systems, 2009 About this pageSet ale...
The aim of this chapter is to provide an overview on basic control principles on power electronics. For that purpose, in Section 2.2, the key elements underlying the control problem in power electronics are presented. The standard approach to control power converters is to use a linear controller...
Each PC17C fuel-cell stack in the Shuttle Orbiter has an alpha of about 10 kg/kW, specific power 98 W/kg, have a total mass of 122 kg, have an output of 12 kW, and produces about 2.7 kilowatt-hours per kilogram of hydrogen+oxygen consumed (about 70% efficient). They also have a...
[IEEE 37th IEEE Power Electronics Specialists Conference - Jeju, Korea (18-22 June 2006)] 37th IEEE Power Electronics Specialists Conference - Analysis of ... L Corradini,P Mattavelli 被引量: 0发表: 2006年 [IEEE 37th IEEE Power Electronics Specialists Conference - Jeju, Korea (18-22 June...
刊名:IEEE Transactions on Power Electronics 2005年第4期 摘要:This study presents a newly designed topology for a fuel cell energy source conversion in order to supply a highly reliable utility power. Because the fuel cell has the power quality of low voltage as well as high current due...
It was reported that a, 1.6 kW electrolyzer and 1 kW fuel cell is enough to power 1 kW BTS load continuously. Bain et al. (2013) proposed an electrolyser, PEM hydrogen cell powered with solar panel and wind turbine. This configuration helps to avoid legacy lead acid batteries and able ...
included but not limited to AI Applications in Power Systems Diagnostics & Condition Monitoring Distributed Generation Electrical Machines and Transformers Electricity Market and Power System Economics Energy Storage, Fuel Cell Technologies, and Trends Electrical Vehicles, Grid to Vehicle (G2V) and Vehicle...
Pf= fuel cell specific power per unit active area (kW m−2) Kfand Sf= fuel cell system mass factors; Kfis the mass of the system (kg) independent of power output, and Sfis the mass of the system proportional to power output (kg kWh−1) ...
Furthermore, the development of fuel cell technology presents promising opportunities for larger robotic systems like UAVs, offering higher energy density and longer operational times. 6.1. Overall Trends Driven by the advances in power converters, learning approaches and energy-harvesting methods, some ...