DIRECT CARBON FUEL CELLS BASED ON SOLID OXIDE ELECTROLYTE TECHNOLOGY
Journal Title: Proceedings of Electrotechnical Institute Prace Instytutu Elektrotechniki - Year 2012, Vol 59, Issue 259
Abstract
Direct carbon fuel cells (DCFC), developed intensively in the last decade, offer electric current generation with potentially much higher efficiency than currently achieved in coal-fired power plants. The existing planar solid oxide fuel cell technology is one of several possible fuel cell technology platforms enabling implementation of DCFC, fuelled with pulverised coal. The thermodynamic and electrochemical principles of DC-SOFC technology are summarised in the paper. The current technology development status is reviewed and future potential of technology is discussed. Key research problems influencing the development of the technology in future were stated.
Authors and Affiliations
Janusz JEWULSKI, Marek SKRZYPKIEWICZ
Keywords
Related Articles
- EP ID EP187571
- DOI -
- Views 60
- Downloads 0
ELECTROMAGNETIC COIL GUN – DESIGN AND CONSTRUCTION
A single-stage, sensor less, coil gun was designed to demonstrate the capability to accelerate a ferromagnetic projectile to high velocity. This paper summarize all important steps during coil gun design, such as physica...
PREDICTION OF UNUSUAL DYNAMICAL BEHAVIOR OF PERMANENT-MAGNET SYNCHRONOUS MOTOR
This paper presents mathematical equations describing the unusual dynamical behavior of a permanent-magnet synchronous motor. The dynamical behavior of the proposed machine has been defined both in real three phase co-or...
NIETYPOWE POŁĄCZENIA ELEKTRYCZNE – NOWA METODA MIKROSPAWANIA LASEROWEGO
Jakość elektrycznych połączeń stałych jest niezmiennie czynnikiem decydującym o niezawodności urządzeń elektronicznych i elektrycznych. Problem uszkodzeń dotyczy zarówno połączeń realizowanych przy wykorzystaniu tradycyj...
INVESTIGATION OF UNIPOLAR CONTACTS WITH AXIAL MAGNETIC FIELD
The paper presents test results of contacts generating axial magnetic field. The distribution of the magnetic field was measured in a stand enabling investigation of different contact construction. Short-circuit tests we...
EXTENDED CLARKE TRANSFORMATION FOR n-PHASE SYSTEMS
The article describes how to convert space vectors written in a stationary multiphase system, consisting of a number of phases where n > 3, to the stationary alfa beta orthogonal coordinate system. The transformation o...