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#"<TABLE width=\"100%\" border=0>\r\n<TBODY>\r\n<TR>\r\n<TD align=left>\r\n<P class=title>Performance of Grid-connected PV <BR></P>\r\n<P><FONT color=#00ed00>NOTE; before using these calculations for anything serious, you should read </FONT><A href=\"javascript:window.open('PVcalchelp_' + 'en' + '.html','help','height=600,width=600,toolbar=no,scrollbars=yes,resizable'); void 0;\"><FONT color=blue>[this]</FONT></A> </P>\r\n<P class=subtitle align=left>PVGIS estimates of solar electricity generation </P>Location; 46°11'54\" North, 6°8'32\" East, Elevation; 382 m a.s.l.,<BR><BR></TD></TR>\r\n<TR>\r\n<TD align=left><BR>Solar radiation database used; PVGIS-classic <BR><BR>Nominal power of the PV system; 14.5 kW (crystalline silicon)<BR>Estimated losses due to temperature; 7.8% (using local ambient temperature)<BR>Estimated loss due to angular reflectance effects; 3.4%<BR>Other losses (cables, inverter etc.); 14.0%<BR>Combined PV system losses; 23.4% </TD></TR>\r\n<TR>\r\n<TD align=left><BR></TD></TR>\r\n<TR>\r\n<TD align=left>\r\n<TABLE class=data_table width=300 border=1>\r\n<TBODY>\r\n<TR>\r\n<TD colSpan=5><B>Fixed system; inclination=12°, orientation=12° </B></TD></TR>\r\n<TR>\r\n<TH align=left>Month</TH>\r\n<TH width=40><SPAN class=formula>E</SPAN><SUB>d</SUB> </TH>\r\n<TH width=40><SPAN class=formula>E</SPAN><SUB>m</SUB> </TH>\r\n<TH width=40><SPAN class=formula>H</SPAN><SUB>d</SUB></TH>\r\n<TH width=40><SPAN class=formula>H</SPAN><SUB>m</SUB> </TH></TR>\r\n<TR>\r\n<TD>Jan </TD>\r\n<TD align=right>15.60</TD>\r\n<TD align=right>484</TD>\r\n<TD align=right>1.31</TD>\r\n<TD align=right>40.7</TD></TR>\r\n<TR>\r\n<TD>Feb </TD>\r\n<TD align=right>24.40</TD>\r\n<TD align=right>683</TD>\r\n<TD align=right>2.05</TD>\r\n<TD align=right>57.5</TD></TR>\r\n<TR>\r\n<TD>Mar </TD>\r\n<TD align=right>40.60</TD>\r\n<TD align=right>1260</TD>\r\n<TD align=right>3.51</TD>\r\n<TD align=right>109</TD></TR>\r\n<TR>\r\n<TD>Apr </TD>\r\n<TD align=right>50.90</TD>\r\n<TD align=right>1530</TD>\r\n<TD align=right>4.51</TD>\r\n<TD align=right>135</TD></TR>\r\n<TR>\r\n<TD>May </TD>\r\n<TD align=right>55.30</TD>\r\n<TD align=right>1710</TD>\r\n<TD align=right>5.05</TD>\r\n<TD align=right>157</TD></TR>\r\n<TR>\r\n<TD>Jun </TD>\r\n<TD align=right>61.80</TD>\r\n<TD align=right>1850</TD>\r\n<TD align=right>5.76</TD>\r\n<TD align=right>173</TD></TR>\r\n<TR>\r\n<TD>Jul </TD>\r\n<TD align=right>65.80</TD>\r\n<TD align=right>2040</TD>\r\n<TD align=right>6.16</TD>\r\n<TD align=right>191</TD></TR>\r\n<TR>\r\n<TD>Aug </TD>\r\n<TD align=right>58.90</TD>\r\n<TD align=right>1830</TD>\r\n<TD align=right>5.49</TD>\r\n<TD align=right>170</TD></TR>\r\n<TR>\r\n<TD>Sep </TD>\r\n<TD align=right>46.80</TD>\r\n<TD align=right>1400</TD>\r\n<TD align=right>4.22</TD>\r\n<TD align=right>127</TD></TR>\r\n<TR>\r\n<TD>Oct </TD>\r\n<TD align=right>30.00</TD>\r\n<TD align=right>931</TD>\r\n<TD align=right>2.64</TD>\r\n<TD align=right>81.9</TD></TR>\r\n<TR>\r\n<TD>Nov </TD>\r\n<TD align=right>18.20</TD>\r\n<TD align=right>546</TD>\r\n<TD align=right>1.56</TD>\r\n<TD align=right>46.8</TD></TR>\r\n<TR>\r\n<TD>Dec </TD>\r\n<TD align=right>13.20</TD>\r\n<TD align=right>410</TD>\r\n<TD align=right>1.12</TD>\r\n<TD align=right>34.7</TD></TR>\r\n<TR>\r\n<TD colSpan=5></TD></TR>\r\n<TR>\r\n<TD><B>Yearly average </B></TD>\r\n<TD align=right><B>40.2 </B></TD>\r\n<TD align=right><B>1220 </B></TD></TD>\r\n<TD align=right><B>3.62 </B></TD>\r\n<TD align=right><B>110 </B></TD></TR>\r\n<TR>\r\n<TD><B>Total for year</B></TD>\r\n<TD align=right colSpan=2><B>14700 </B></TD>\r\n<TD align=right colSpan=2><B>1320 </B></TD></TR></TBODY></TABLE></TD></TR>\r\n<TR>\r\n<TD><BR></TD></TR>\r\n<TR>\r\n<TD>\r\n<P><SPAN class=formula>E</SPAN><SUB>d</SUB>; Average daily electricity production from the given system (kWh)<BR><SPAN class=formula>E</SPAN><SUB>m</SUB>; Average monthly electricity production from the given system (kWh)<BR><SPAN class=formula>H</SPAN><SUB>d</SUB>; Average daily sum of global irradiation per square meter received by the modules of the given system (kWh/m<SUP>2</SUP>)<BR><SPAN class=formula>H</SPAN><SUB>m</SUB>; Average sum of global irradiation per square meter received by the modules of the given system (kWh/m<SUP>2</SUP>)<BR></P></TD></TD>\r\n<TR>\r\n<TD>\r\n<TR>\r\n<TD><BR>\r\n<P>PVGIS © European Communities, 2001-2010<BR>Reproduction is authorised, provided the source is acknowledged<BR>See the disclaimer <A href=\"http://europa.eu/geninfo/legal_notices_en.htm\" target=legal>here </A></P></TD></TR></TBODY></TABLE>\r\n<SCRIPT language=JavaScript>\r\n\t\topener.window.setAngles(12,12,1,1);\r\n\t</SCRIPT>\r\nwindow.focus(); </SCRIPT>"