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Solar heating and cooling systems

An active solar heating and cooling system consists of a solar energy collector (flat plate or concentrating), a storage component to supply heat when the... [Pg.1055]

Lay, J. E., "Second Law Assessment of Solar Heating and Cooling Systems," Solar Cooling and Heating Forum, Miami,... [Pg.432]

Standaird Test Method for Iron Chip Corrosion for Water-Dilutable Metalworking Fluids Standard Practice for Laboratory Screening of Metallic Containment Materials for Use With Liquids in Solar Heating and Cooling Systems... [Pg.856]

Solar energy ASTM E 712 Standard practice for laboratory screening of metallic containment materials for use with liquid in solar heating and cooling systems Resistance of metal in thermal solar energy systems... [Pg.176]

Humphries T.S., Corrosion inhibitors for solar heatings and cooling systems, US Department of Energy, report DOE/NASA TM-78180, 1978. [Pg.206]

Fig. 4. Combined solar climate heating and cooling system... Fig. 4. Combined solar climate heating and cooling system...
Fewell, M. E., Reid, R. L., Murphy, L. M., and Hard, D. S., "First and Second Law Analysis of Steam Steadily Flowing through Constant-Diameter Pipes," Proc. 3rd Annual Conference on Systems Simulation, Economic Analysis/Solar Heating and Cooling Operational Results, pp. 712-718,... [Pg.430]

Zeolites are attractive for the possible use in heating and cooling systems which utilize solar energy as a heat source (Fig. 3). When heated, zeolites release water vapor and as long as they stay dry, they can store large amounts of latent heat. When zeolites absorb moisture, they release the stored heat, and this regenerative cycle can be repeated numerous times. [Pg.266]

Fig. 3. Heating and cooling systems based on highly hydrophilic zeolites using solar energy as a heat source. Fig. 3. Heating and cooling systems based on highly hydrophilic zeolites using solar energy as a heat source.
Active Solar Heating and Cooling Contractors Review Meeting, U.S. Dept, of Energy, Roundtable Discussion on Solar Systems Evaluation, Washington, D.C., September, 1981, Proceedings In preparation. [Pg.25]

University of Pennsyh ania. (1975). Proceedings of Workshop on Solar Energy Heat Pump Systems for Heating and Cooling Buildings. University Park, PA University Press. [Pg.612]

AUA is supplied with hot water and with heating and cooling by DESODEC project. The system provides the university with heat in the winter, and cooling in the summer. DESODEC is the first solar driven combined system in the former Soviet Union, and one of a handful in the world. Solar photovoltaic station installed on the roof, provides electricity to the system that makes the university building independent from the electricity grid, and which serves to back-up the university Internet servers. [Pg.220]


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