Lin et al 2013a - Revision history

Scipediacontent at 11:14, 12 May 2017

2017-05-12T11:14:31Z

Scipediacontent at 11:13, 12 May 2017

2017-05-12T11:13:36Z

Scipediacontent: Scipediacontent moved page Draft Content 126036323 to Lin et al 2013a

2017-05-12T10:15:53Z

Scipediacontent moved page Draft Content 126036323 to Lin et al 2013a

Scipediacontent: Created page with "==Abstract== Based on a large number of researches and engineering practices both domestic and overseas, it is shown that the building parameters to be determined during sche..."

2017-05-12T10:06:03Z

Created page with "==Abstract== Based on a large number of researches and engineering practices both domestic and overseas, it is shown that the building parameters to be determined during sche..."

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-| <math>Q_{cc,ex}=\overset{\frown}{N}\left\{Q_{ex}+A_{ex}\frac{{\tau }_c}{1000}\left[o\cdot pd+\right. \right. </math><math>\left. \left. q_{lt}^{⁎}+q_{eq}+0.28\rho \Delta i_c(o\cdot fa+\right. \right. </math><math>\left. \left. r\cdot inf)\right]\right\}</math>
+| <math>Q_{cc,ex}=\overset{\frown}{N}\left\{Q_{ex}+A_{ex}\frac{{\tau }_c}{1000}\left[o\cdot pd+\right. \right. </math><math>\left. \left. q_{lt}^{*}+q_{eq}+0.28\rho \Delta i_c(o\cdot fa+\right. \right. </math><math>\left. \left. r\cdot inf)\right]\right\}</math>
 |}
 | style="width: 5px;text-align: right;white-space: nowrap;" | ( 5)

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-| <math>Q={\beta }^{⁎}\frac{\sum_i\left\{\left[\left(1-{\varpi }_i)\left(K_{wall,i}+\frac{K_{wall,i}e_i}{\alpha }\cdot \frac{\overline{q_{⁎\quad solar,i}}}{\Delta \overline{T^{⁎}}}\right)+{\varpi }_i(K_{win,i}+SHGC_i\cdot \frac{\overline{{q_{solar,i}}^{⁎}}}{\Delta \overline{T^{⁎}}}\right)\right]\cdot A_i\Delta \overline{T^{⁎}}\right\}}{1000F_{building}}\cdot {\tau }_{cooling}</math>
+| <math>Q={\beta }^{*}\frac{\sum_i\left\{\left[\left(1-{\varpi }_i)\left(K_{wall,i}+\frac{K_{wall,i}e_i}{\alpha }\cdot \frac{\overline{q_{*\quad solar,i}}}{\Delta \overline{T^{*}}}\right)+{\varpi }_i(K_{win,i}+SHGC_i\cdot \frac{\overline{{q_{solar,i}}^{*}}}{\Delta \overline{T^{*}}}\right)\right]\cdot A_i\Delta \overline{T^{*}}\right\}}{1000F_{building}}\cdot {\tau }_{cooling}</math>
 |}
 | style="width: 5px;text-align: right;white-space: nowrap;" | ( 4)
 |}
-among which, ''e''  represents the absorption rate of the solar radiation on outer surface; ''α''  represents the convective heat transfer coefficient on outer surface; ''K''  represents the heat transfer coefficient; ''SHGC''  represents the shading coefficient; ϖ represents the glazing ratio; ''A''  represents the building façade area; ''τ''  represents the cooling period; ''F''  represents the construction area; ''β''  considers the correction value by machine halt during the weekend; ''α  ''  considers the correction value by the air convection and heat transfer coefficient on the roof surface face; <math display="inline">\overline{{q_{solar}}^{⁎}}</math>  considers the correction by radiation at night; <math display="inline">\Delta \overline{T^{⁎}}</math>  represents the overall temperature difference by air convection at night.
+among which, ''e''  represents the absorption rate of the solar radiation on outer surface; ''α''  represents the convective heat transfer coefficient on outer surface; ''K''  represents the heat transfer coefficient; ''SHGC''  represents the shading coefficient; ϖ represents the glazing ratio; ''A''  represents the building façade area; ''τ''  represents the cooling period; ''F''  represents the construction area; ''β''  considers the correction value by machine halt during the weekend; ''α  ''  considers the correction value by the air convection and heat transfer coefficient on the roof surface face; <math display="inline">\overline{{q_{solar}}^{*}}</math>  considers the correction by radiation at night; <math display="inline">\Delta \overline{T^{*}}</math>  represents the overall temperature difference by air convection at night.
 ====2.1.2. Building cooling/heating load prediction model====

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