Design and optimization of solar industrial hot water systems with storage
Author:
Publisher
Elsevier BV
Subject
General Materials Science,Renewable Energy, Sustainability and the Environment
Reference15 articles.
1. Design, analysis and optimization of solar industrial process heat plants without storage;Gordon;Solar Energy,1982
2. Derivation of method for predicting long term average energy delivery of solar collectors;Collares-Pereira;Solar Energy,1979
3. Thermosyphon systems: single vs multi-pass;Gordon;Solar Energy,1981
4. Detailed loop model (DLM) analysis of liquid solar thermosiphons with heat exchangers;Mertol;Solar Energy,1981
5. Solar Engineering of Thermal Processes;Duffie,1980
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