Environmental Engineering Reference
In-Depth Information
55. A. J. Karalis, E. J. Sosnowicz, and Z. S. Stys. 1985. Air storage requirements for
220 MWe CAES plant as function of turbomachinery selection and operation.
IEEE Transactions on Power Apparatus and Systems, 104: 803.
56. O. Weber. 1975. Air storage gas turbine power station at Huntorf. Brown Boveri
Review, 62: 332.
57. S. van der Linden. 2007. Review of CAES systems development and current
innovations. In Electrical Energy Storage Applications and Technology Conference,
San Francisco.
58. V. De Biasi. 1998. The 110 MW McIntosh CAES plant: over 90% availability and
95% reliability. Gas Turbine World, 28: 26.
59. L. Davis and R. Schainker. 2006. Compressed air energy storage (CAES):
Alabama Electric Cooperative McIntosh Plant overview and operational
history. In Electricity Storage Association Meeting: Energy Storage in Action,
Knoxville, TN.
60. Ohio Power Siting Board. March 20, 2001. Staff Report of Investigation and
Recommended Findings. Public Utilities Commission of Ohio, Columbus.
61. Ohio Power Siting Board. March 8, 2006. Staff Investigation Report and
Recommendation. Public Utilities Commission of Ohio, Columbus.
62. J. A. Strom. February 22, 2007. Norton Energy Storage: Annual Project Progress
Status Report to Ohio Power Siting Board Staff.
63. Iowa Association of Municipal Utilities. 2006. Site for ISEP development is
officially announced. IAMU Newsletter, p. 1.
64. A. J. Giramonti and E. B. Smith. 1981. Control of Champagne Effect in CAES
Power Plants. Atlanta, p. 984.
65. B. Elmegaard, N. Szameitat, and W. Brix. 2005. Compressed air energy storage
(CAES) possibilities in Denmark. 18th International Conference on Efficiency,
Cost, Optimization, Simulation and Environmental Impact of Energy Systems,
Trondheim.
66. I. Tuschy, R. Althaus, R. Gerdes et al. 2004. Evolution of gas turbines for
compressed air energy storage. VGB Powertech, 85: 84.
67. E. Macchi and G. Lozza. 1987. Study of thermodynamic performance of CAES
plants including unsteady effects. In Gas Turbine Conference and Exhibition ,
Anaheim, CA, p. 10.
68. D. R. Hounslow, W. Grindley, R. M. Loughlin et al. 1998. Development of a
combustion system for a 110 MW CAES plant. Journal of Engineering for Gas
Turbines and Power: Transactions of ASME, 120: 875.
69. I. Tuschy, R. Althaus, R. Gerdes et al. 2002. Compressed air energy storage with
high efficiency and power output, VDI Berichte, p. 57.
70. Y. S. H. Najjar and M. S. Zaamout. 1998. Performance analysis of compressed
air energy storage (CAES) plant for dry regions. Energy Conversion and
Management, 39: 1503.
71. I. Arsie, V. Marano, G. Nappi, et al. 2005. A model of a hybrid power plant with
wind turbines and compressed air energy storage. In ASME Power Conference ,
Chicago, p. 987.
72. P. Denholm and G. L. Kulcinski. June 2003. Net Energy Balance and Greenhouse
Gas Emissions from Renewable Energy Storage Systems. Energy Center of
Wisconsin, Madison.
73. P. Zaugg. 1985. Energy flow diagrams for diabatic air storage plants. Brown
Boveri Review, 72: 179.
Search WWH ::




Custom Search