Both architectural and thermal problems of sensible heat storage
in existing passive solar system can be solved by Phase Change
Material Storage (PCMS) which uses magnanimous heat of fusion
for its storage. This study deal with not only the architectural
application of PCMS, but the PCM-wall using PCM. After figuring
out of the heat storage and melting fraction of a day during the
heating period by giving changes to PCM and thickness of PCM-wall,
they were compared to the heat storage of 25cm-thickness masony
wall.