568
D. Yoshidome et al.
37.4.4 Proposal for Improvement of the Whole System
From the present situation where the effect of adsorption type refrigerator is ineffective and solar heat collection amount is excessive, we would like to propose an
improvement measure for the system (Figs. 37.15, 37.16). We presented the changes
in the amount of heat collected and heat demand changes as the number and angle
of panels of the solar thermal collector were changed. Currently, it is necessary to
secure the amount of solar heat collection during the summer because the adsorption
chiller is in operation. On the other hand, considering the impact of leased land costs
and fluctuations in the number of heat collectors , it is better to stop and remove the
Fig. 37.15 Number of solar thermal collectors with adsorption type refrigerator
Fig. 37.16 Number of solar thermal collectors when the adsorption type refrigerator is removed
D. Yoshidome et al.
37.4.4 Proposal for Improvement of the Whole System
From the present situation where the effect of adsorption type refrigerator is ineffective and solar heat collection amount is excessive, we would like to propose an
improvement measure for the system (Figs. 37.15, 37.16). We presented the changes
in the amount of heat collected and heat demand changes as the number and angle
of panels of the solar thermal collector were changed. Currently, it is necessary to
secure the amount of solar heat collection during the summer because the adsorption
chiller is in operation. On the other hand, considering the impact of leased land costs
and fluctuations in the number of heat collectors , it is better to stop and remove the
Fig. 37.15 Number of solar thermal collectors with adsorption type refrigerator
Fig. 37.16 Number of solar thermal collectors when the adsorption type refrigerator is removed