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EneErngieersg2ie0s1270,170,,108,713873 Energies 2017, 10, 1873 6 o6f 1o2f 12 6 of 12 Figure 5. Lower floor layout of the home. Figure 5. Lower flfloor layout of the home. Underneath the concrete slab is the solar thermal storage, which contains 29.7 cm (11′′) of fine Underneath the concrete slab is the solar thermal storage, which contains 29.7 cm (11”) of fine Underneath the concrete slab is the solar thermal storage, which contains 29.7 cm (11′′) of fine sand and 38.1 cm (15′′) of pit‐run gravel as seen in Figure 6a. sand and 38.1 cm (15”) of pit-run gravel as seen in Figure 6a. sand and 38.1 cm (15′′) of pit‐run gravel as seen in Figure 6a. (a) (b) (a) (b) Figure 6. (a) Profile of solar thermal storage; (b) foundation wall cross‐section. Figure 6. (a) Profile of solar thermal storage; (b) foundation wall cross-section. Figure 6. (a) Profile of solar thermal storage; (b) foundation wall cross‐section. Underneath the sand‐bed is 20 cm (8′′)‐thick polystyrene foam resulting in a thermal resistance Underneath the sand-bed is 20 cm (8”)-thick polystyrene foam resulting in a thermal resistance Underneath the sand‐bed is 20 cm (8′′)‐thick polystyrene foam resulting in a thermal resistance value of RSI‐5.64 (US R‐32) insulation barrier between the sand‐bed and ground. The four sides of value of RSI-5.64 (US R-32) insulation barrier between the sand-bed and ground. The four sides of the value of RSI‐5.64 (US R‐32) insulation barrier between the sand‐bed and ground. The four sides of the sand‐bed are insulated with 0.2 m (8′′) of polystyrene foam board on both sides of a 0.2 m (8′′) sand-bed are insulated with 0.2 m (8”) of polystyrene foam board on both sides of a 0.2 m (8”) poured the sand‐bed are insulated with 0.2 m (8′′) of polystyrene foam board on both sides of a 0.2 m (8′′) poured concrete foundation wall for a total of 0.4 m (16′′) of insulating foam as shown in Figure 6b. concrete foundation wall for a total of 0.4 m (16”) of insulating foam as shown in Figure 6b. A total poured concrete foundation wall for a total of 0.4 m (16′′) of insulating foam as shown in Figure 6b.PDF Image | Seasonal Solar Thermal Energy Sand-Bed Storage in Alaska
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