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| 1 | Solar Monocrystalline PV module minimum 550/570 Wp for 10 KW to ensure the output. |
| 2 | String invertor with power exporting facility to the grid having out put shall be 415 V AC, 50 H3, 3 Phase degree of protection IP-65 with self protective and self diagnositic features such as over voltage over current (both input and output) over/ under grid frequency, over temperature short curcuit , lightening, islanding and surge voltage competable mean in each and every sense to synchronize with UPCL grid. |
| 3 | Hot dipped Galvanised structure including SS nut bolts at campus of pump housecomplete with grouting by cement concrete etc. |
| 4 | DCDB box between solar panels and the invertor containing DC SPD and DC MCB with fuse set complete |
| 5 | ACDB box with protective devices for overload and short circuit in between invertpr and AC side |
| 6 | Copper bonded Lightening arrestor & surge protection. |
| 7 | Fire extenguisher 5 Kg. |
| 8 | 03 Nos.Chemical earthing complete with 1 core 4 sqmm earth wire PVC pits etc as per IE rule |
| 9 | Cabling work by copper 4 core AC cable and One core DC cable including HDPE conduit pipe for carrying the copper conductor |
| 10 | Miscellenious work i.e. meter testing and commissioning of transformer with fixing of 1.1 KV power cable , Fire safety system etc. |
| 11 | SITC of Data logging system (Hard ware and software) for measuring solar irradiance, temperature, AC voltage AC output current output power, energy DC input voltage DC input Current, Temperature invertor stutus, module temperature string voltage & current through GSM modem / wifi with storage of data along with display port MCS (Master Control Station) |
| 12 | Net metering complete as per UPCL guideline with meter box (including fixing of solar meter ) and all accessories as per site. |
| 13 | Solar Monocrystalline PV module minimum 550/570 Wp for 7.5KW |
| 14 | String invertor with power exporting facility to the grid having out put shall be 415 V AC, 50 H3, 3 Phase degree of protection IP-65 with self protective and self diagnositic features such as over voltage over current (both input and output) over/ under grid frequency, over temperature short curcuit , lightening, islanding and surge voltage. |
| 15 | Hot dipped Galvanised structure including SS nut bolts at campus of pump house complete with grouting by cement concrete etc. |
| 16 | DCDB box between solar panels and the invertor containing DC SPD and DC MCB with fuse set complete |
| 17 | ACDB box with protective devices for overload and short circuit in between invertpr and AC side |
| 18 | Copper bonded Lightening arrestor |
| 19 | Fire extenguisher 5 Kg. |
| 20 | 03 Nos.Chemical earthing complete with 1 core 4 sqmm earth wire PVC pits etc as per IE rule |
| 21 | Cabling work by copper 4 core AC cable and One core DC cable including HDPE conduit pipe for carrying the copper conductor |
| 22 | Miscellenious work i.e. meter testing and commissioning of transformer with fixing of 1.1 KV power cable |
| 23 | SITC of Data logging system (Hard ware and software) for measuring solar irradiance, temperature, AC voltage AC output current output power, energy DC input voltage DC input Current, Temperature invertor stutus, module temperature string voltage & current through GSM modem / wifi with storage of data. |
| 24 | Net metering complete as per UPCL guideline with meter box (including fixing of solar meter ) and all accessories as per site. Please Enable Macros to View BoQ information |
