MCDONNELL DOUGLAS ASTRONAUTICS COMPANY,
Autor von PLANT MAINTENANCE/TRAINING MANUAL (RADL ITEM 2-37), VALVES
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Werke von MCDONNELL DOUGLAS ASTRONAUTICS COMPANY,
SOLAR CENTRAL RECEIVER PROTOTYPE HELIOSTAT (CDRL B.D), FINAL REPORT, FINAL TECHNICAL REPORT 4 Exemplare
CS-MCS AND CS-PLANT INTERFACE REQUIREMENTS 4 Exemplare
10 MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, HELIOSTAT WASHING EQUIPMENT REQUIREMENTS (RADL ITEM 7-17) 2 Exemplare
Heat and Mass Balance Analysis 2 Exemplare
MASTER CONTROL SUBSYSTEM HARDWARE AND SOFTWARE SPECIFICATION PRELIMINARY (RADL ITEM 6-1) 2 Exemplare
SOLAR FACILITIES DESIGN INTEGRATION, CONSTRUCTION PKG No.2 FINAL EARTHWORK AND ROADWORK (RADL ITEM 7-28) 2 Exemplare
SECOND GENERATION HELIOSTAT DETAIL DESIGN REPORT 2 Exemplare
FORT HOOD SOLAR COGENERATION FACILITY CONCEPTUAL DESIGN STUDY, FINAL REPORT, TECHNICAL REPORT 2 Exemplare
SIERRA PACIFIC POWER COMPANY REPORTING ADVANCED CONCEPTUAL DESIGN FINAL TECHNICAL REPORT 2 Exemplare
10-MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, SOLAR ONE PLANT AUTOMATION OBJECTIVES DOCUMENT 2 Exemplare
Solar One Plant Automation Objectives Document 2 Exemplare
SIERRA PACIFIC POWER COMPANY REPOWERING ADVANCED CONCEPTUAL DESIGN, FINAL TECHNICAL REPORT 2 Exemplare
SOLAR THERMAL POWER SYSTEM, PHASE 1, CDRL ITEM 2, PILOT PLANT PRELIMINARY DESIGN REPORT, EXECUTIVE OVERVIEW 2 Exemplare
MASTER EQUIPMENT LIST (RADL ITEM 2-19) 2 Exemplare
PLANT OPERATING/TRAINING MANUAL 2 Exemplare
PLANT MAINTENANCE/TRAINING MANUAL (RADL ITEM 2-37), HEATING, VENTILATING, AND AIR CONDITIONING 2 Exemplare
AUTOMATED MIRROR INSPECTION TECHNIQUES 2 Exemplare
SYSTEM SPECIFICATION PRELIMINARY (RADL ITEM 2-3) 2 Exemplare
10 MWE SOLAR THERMAL CENTRAL RECIEVER PILOT PLANT, SYSTEM INTEGRATION LABORATORY TEST PLAN (RADL ITEM 6-4) 2 Exemplare
MASTER CONTROL SYSTEM AS-BUILT DRAWINGS (RADL ITEM 6-5) VOL 4 - SDPC, SEC 2 - CCM DATA BASES 2 Exemplare
MASTER CONTROL SYSTEMS AS-BUILT DRAWINGS (RADL ITEM 6-5) VOL 2 - DRUMS, SHIMMS, AND RLU'S 2 Exemplare
10 MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, CONFIGURATION MANAGEMENT PLAN (RADL ITEM 1-1) 2 Exemplare
COLLECTOR SUBSYSTEM HELIOSTAT MAINTENANCE MANUAL 2 Exemplare
PSS FINAL DESIGN CALCULATIONS, PIPING AND MECHANICAL EQUIPMENT CONSTRUCTION PKG 9 (RADL ITEM 7-8) 2 Exemplare
THERMAL STABILITY TESTS OF HEAT TRANSFER FLUIDS FOR TRANSFER AND STORAGE OF THERMAL ENERGY 2 Exemplare
PREPRODUCTION TEST REPORT (CDRL A28) 2 Exemplare
PHASE II COLLECTOR SUBSYSTEM FOR 10-MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, PRICE/BUSINESS PROPOSAL 2 Exemplare
COLLECTOR SUBSYSTEM 10-MWE SOLAR CENTRAL RECEIVER PILOT PLANT, QUALITY ASSURANCE PLAN-PHASE II 2 Exemplare
TECHNICAL OBJECTIVES REPORT-MCS (RADL ITEM 2-26) 2 Exemplare
10-MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, SOLAR FACILITIES DESIGN INTEGRATION, SYSTEM DATA BOOK 2 Exemplare
MIRRORS FOR SOLAR ENERGY APPLICATION 2 Exemplare
PHASE II COLLECTOR SUBSYSTEM FOR 10-MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, TECHNICAL PROPOSAL 2 Exemplare
FORT HOOD SOLAR COGENERATION FACILITY CONCEPTUAL DESIGN STUDY, FINAL REPORT, SYSTEM SPECIFICATION 2 Exemplare
SIERRA PACIFIC UTILITY REPOWERING, FINAL TECHNICAL REPORT, 9/24/79-6/23/80, EXECUTIVE SUMMARY 2 Exemplare
PHASE II COLLECTOR SUBSYSTEM FOR 10-MWE SOLAR THERMAL CENTRAL RECEIVER PILOT PLANT, QUESTIONS AND ANSWERS 2 Exemplare
CENTRAL RECEIVER SOLAR THERMAL POWER SYSTEM, PHASE 1, SUBSYSTEM RESEARCH EXPERIMENTS TEST PLAN 2 Exemplare
F/A 18E/F Super Hornet Fact Sheet 1 Exemplar
Team Apache: Lifting the Fog of War 1 Exemplar
Apache: Armed and Still Dangerous 1 Exemplar
Skylab Calendar 1972 - 1973. 1 Exemplar
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ABSTRACT:
The Molten Salt Electric Experiment, built at the Department of Energy's Central Receiver Test Facility located in Albuquerque, New Mexico, was the first large-scale demonstration in the United States of the technical feasibility of operating a solar central receiver power plant with molten nitrate salt as the receiver heat transfer fluid and thermal storage medium.
The experiment was sponsored jointly by the Department of Energy, the Electric Power Research Institute and a consortium of utilities and industry. The main purpose of the project was to make a preliminary, experimental evaluation of this concept's potential as applied to a utility power plant.
In summary, the molten salt central receiver solar power system is technically feasible, and has certain attractive features. It does, however, require engineering development and performance verification in order to establish its potential for economical power production.… (mehr)
The Molten Salt Electric Experiment, built at the Department of Energy's Central Receiver Test Facility located in Albuquerque, New Mexico, was the first large-scale demonstration in the United States of the technical feasibility of operating a solar central receiver power plant with molten nitrate salt as the receiver heat transfer fluid and thermal storage medium.
The experiment was sponsored jointly by the Department of Energy, the Electric Power Research Institute and a consortium of utilities and industry. The main purpose of the project was to make a preliminary, experimental evaluation of this concept's potential as applied to a utility power plant.
In summary, the molten salt central receiver solar power system is technically feasible, and has certain attractive features. It does, however, require engineering development and performance verification in order to establish its potential for economical power production.… (mehr)
ABSTRACT:
The Sierra Pacific Power Company (SPPCo) participated with the McDonnell Douglas team to refine a conceptual design for repowering their Ft. Churchill plant, Unit l. This unit has a modern, 110 MWe reheat turbine. The boiler is fired by oil and natural gas. The unit is based loaded at 0.79 capacity factor.
The Ft. Churchill site is located in high desert, 75 km (47 mi.) southeast of Reno, Nevada. The estimated annual average insolation is 7.2 kWh/m 2/day.
The repowered plant conceptual design was a molten salt receiver fluid and 3 hours storage capacity. A north field collector with 130° azimuth extent was found to be optimum. The partial cavity receiver combines both external and cavity absorber regions to provide a compact, highly efficient design. A two tank storage unit with external insulation buffers system operation and provides for extended operation. A four element, tube and shell heat exchanger produces steam for turbine operation.
The repowering of the plant is envisioned to take place in stages. A single collector/receiver module rated at 110 MWt would be installed as a demonstration. Upon satisfactory completion of the demonstration, two additional collector/receiver modules would be constructed to complete the repowering.
The estimated annual average energy collection efficiency is 0.636. The plant annual energy output is about 93.5 GWhe, displacing the equivalent of 924 x 10^6 ft 3 natural gas per year.
Repowering was found to require a 60% subsidy to be economically attractive in today's economic climate. Legal and institutional barriers are minimal. A very aggressive repowering program should be pursued as a means for reducing dependence on foreign oil, demonstrating central receiver technology, and providing energy source diversification.… (mehr)
The Sierra Pacific Power Company (SPPCo) participated with the McDonnell Douglas team to refine a conceptual design for repowering their Ft. Churchill plant, Unit l. This unit has a modern, 110 MWe reheat turbine. The boiler is fired by oil and natural gas. The unit is based loaded at 0.79 capacity factor.
The Ft. Churchill site is located in high desert, 75 km (47 mi.) southeast of Reno, Nevada. The estimated annual average insolation is 7.2 kWh/m 2/day.
The repowered plant conceptual design was a molten salt receiver fluid and 3 hours storage capacity. A north field collector with 130° azimuth extent was found to be optimum. The partial cavity receiver combines both external and cavity absorber regions to provide a compact, highly efficient design. A two tank storage unit with external insulation buffers system operation and provides for extended operation. A four element, tube and shell heat exchanger produces steam for turbine operation.
The repowering of the plant is envisioned to take place in stages. A single collector/receiver module rated at 110 MWt would be installed as a demonstration. Upon satisfactory completion of the demonstration, two additional collector/receiver modules would be constructed to complete the repowering.
The estimated annual average energy collection efficiency is 0.636. The plant annual energy output is about 93.5 GWhe, displacing the equivalent of 924 x 10^6 ft 3 natural gas per year.
Repowering was found to require a 60% subsidy to be economically attractive in today's economic climate. Legal and institutional barriers are minimal. A very aggressive repowering program should be pursued as a means for reducing dependence on foreign oil, demonstrating central receiver technology, and providing energy source diversification.… (mehr)
ABSTRACT:
Two copies of the subject RADL item are being submitted in accordance with the requirements of the Reference Letter. These drawings represent the as-built configuration of the hardware and software elements comprising the master control system provided by the SFDI for the pilot plant.
The RADL item has been organized into five volumes, as follows:
Volume 1 - Software Listings
Section 1 - Master Information File (MIF) and Beam Characterization System (BCS)
Section 2 - Data Acquisition System (DAS), Parts 1 and 2
Volume 2 - Data Acquisition Remote Multiplexing System (DARMS), Special Heliostat Instrumentation and Meteorological Measurements System (SHIMMS), and Red Line Units (RLUs)
Volume 3 - Data Acquisition System (DAS), Operating Control System (OCS), and Timing System
Volume 4 - System Distributed Process Control System (SDPC)
Section 1 - Specification and Configuration
Section 2 - Configuration Control Module (CCM) Data Bases
Section 3 - Drawings
Volume 5 - Interlock Logic System (ILS)… (mehr)
Two copies of the subject RADL item are being submitted in accordance with the requirements of the Reference Letter. These drawings represent the as-built configuration of the hardware and software elements comprising the master control system provided by the SFDI for the pilot plant.
The RADL item has been organized into five volumes, as follows:
Volume 1 - Software Listings
Section 1 - Master Information File (MIF) and Beam Characterization System (BCS)
Section 2 - Data Acquisition System (DAS), Parts 1 and 2
Volume 2 - Data Acquisition Remote Multiplexing System (DARMS), Special Heliostat Instrumentation and Meteorological Measurements System (SHIMMS), and Red Line Units (RLUs)
Volume 3 - Data Acquisition System (DAS), Operating Control System (OCS), and Timing System
Volume 4 - System Distributed Process Control System (SDPC)
Section 1 - Specification and Configuration
Section 2 - Configuration Control Module (CCM) Data Bases
Section 3 - Drawings
Volume 5 - Interlock Logic System (ILS)… (mehr)
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- 100
The Molten Salt Electric Experiment, built at the Department of Energy's Central Receiver Test Facility located in Albuquerque, New Mexico, was the first large-scale demonstration in the United States of the technical feasibility of operating a solar central receiver power plant with molten nitrate salt as the receiver heat transfer fluid and thermal storage medium.
The experiment was sponsored jointly by the Department of Energy, the Electric Power Research Institute and a consortium of utilities and industry. The main purpose of the project was to make a preliminary, experimental evaluation of this concept's potential as applied to a utility power plant.
In summary, the molten salt central receiver solar power system is technically feasible, and has certain attractive features. It does, however, require engineering development and performance verification in order to establish its potential for economical power production.… (mehr)