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| 1 | 72cell, 1842Whrs/250Wp Solar Panel (ERTL and Flash tested), the module shall contain crystalline sill.con solar cells and must have a testing conforming to IEC 61215 edition II. Certified) with built-in Blocking Diode with 10 years warranty. The operating voltage corresponding to the power output mentioned above should be 30 4 volt. The Ocv of the PV module under STC should be at least 41.0 Volts,minimum module Wp not less than 320wp, shall have service life more than 25 year limited power loss not more than 10% of nominal output at the end of 10years and not more than 20% at the end of 25 years. The solar module shall be able to withstand the temp extremes ranging from -10° C to + 85° C and the wind load of wind speed @120km/h. Maximum mean hour rainfall of 40mm Hunudity level up to 90% MNRE Approved grade solar panel. Cell Meterial: Multi/poly crystal silicon solar cell, not assuming average daily insolation of 5.5 kWh/sq.m on a horizontal surface. |
| 2 | Battery12.8V, 486Wh/42Ah LIP technology Battery with in-build BMS Controlled technology, BMS should be 15amps DOD >80% warranty >03 years. The battery should be of>1100cycle life. Battery\ manufactured/ supplyed by any Indian company mached with BIS certified and MNRE standerd all certificate must be provide. |
| 3 | Battery Box made of GI/MS/PVC sheet with enamel painting anti-corrosive coating. The battery box should be made to 20 SWG if MS sheet. The battery box shall be painted. The box shall be properly painted after cleaning & primer coating. The size of box should be as per battery size providing sufficient clearance on all sides. Arrangement for proper ventilation should be provided on each side and back of the battery box. No vent shall be provided on top of battery box. Box should be provided minimum IP54 standerd with proper locking arrangement. The edges of box should be turned properly to give smooth edge and good strength. Pvc /Anti Electrical battens should be fixed inside the whole battery box to avoid the electrical contract. |
| 4 | 7300Lumens/60Watt DC LED light luminary FLOOD type with high lumens (>130Lumn per watt)automatic Dusk to Dawn sensor with intelligent dimming programme base controll. IP 65 protection, having die cast aluminium body/strong PVC body rust proof, with 50% 120 degree lense controlled, LED 4hrs@ 100% next thrs@50% and rest of night 30%. with inbuilt MPPT/Pwm charge controller with DDP OCP RPP protections. The system should be designed to automatically switch ON at dusk, operate throughout the night and automatically switch off. make any Indian company mached with BIS Certified and MNRE Standerd. |
| 5 | Earthing Arrangement for Lighting protection for light and SPV module, Earthing by 50mm dia x2.5mtr Gl pipe 3.5mm Thick,Connected with 10SWG single core copper wire with proper wield with 'O'luk with 15mm,bolts, nuts, washers, spacing insulators etc. as required. Earthing and Earth pit - excavated earth pit with shifted soil and ramming properly, earth pit must be executed nearest pole and Module mounting structure. The Earthing connected to the Structure & Pole should be Copper(10SWG) wire. Earthing set. |
| 6 | 12.00-Mtrs.long GI (Hot deep galvanized after fabrication and shuld be 80micron coating, Internaly and externaly in acordance with BS-745)Octagonal /polygonal pole. The pole should be a height of 12.00 meters above the ground level after grouting and final Installation. Consisting of 310mm dia with minimum 3.5mm thickness in bottom portion and 150mm dia with minimum 3.5mm thickness at top portion, The pole may in one/two part with 16mm Base plate >432mm dia with M24 X 800 X 6 Nos Foundation Bolt for capable to take load of Luminaries up to 180 KMPH wind. & The pole should have the provision to hold the weather proof lamp housing with chain pully system. It should be painted with a corrosion resistant paint. The pole should have suitable cement concrete foundation with 16 & 12mm iron rod Structure(to sustain local worst climate condition and straingth. Module Mounting Structure Hot deep GI as per dimention of SPV module withstand the wind Load of wind speed @ 180km/h fited on pole (within 10 feet from top of the pole/Top of the pole) Must be fited with tilt technology 0 to 40 degree. Light Arm suitable for carrying LED luminary and Light Arm, Consisting of >32 mm outer dia pipe made in GI/ Paint coted Round system @ 914 mm Total dia with 6 nos Lights / Attachments arms. Module Mounting Structure Iron /MS with Electroplated / Colour Coated as per dimention of SPV module withstand the wind Load of wind speed @120 km/hr & fited top of the Pole. Strongly recommended as per degine with tilt technology (0 to 45 degree) for better performance of SPV module, and can also fittings arrangement for lights. |
| 7 | Cables as per requirement (Havels/Polycab/Finolex) and Accessorios as required. The SPV cable must be used single core PVC insulated DC copper cable (Solar Standerd/mentioned) of size 4.00sqm. The size of wire between charge controller and battery should not be less than 4sqmm copper (above). The size of wire between Solar module and battery should not be less than same copper wire.and between Battery and Light not less than 2.5 sqmm, all the wire cover by insulating pvc pipe. The battery lead 84.00/mtr. Battery clip with acssesrice, Light holder clam, MC4 conecter ect.Wire: Polycab/Microtech/Hevells. |
| 8 | Pole foundation & Erection-Excavetion of soil for Installation of earth electrode and pole foundation and earth excavation for pole foundation) filling & ramming for morum soil for earth electrode the Qty 0.5CuMtr, and for polie Olty-Aprox (as mentioned in degine In L-914mm X W-914mm X Depth 1500mm) foundation or plinth by fine sand in layers not exceding 150mm as directed and consolidating the same by through saturation with water ramming complete including the cost of supply of sand hem 4/AP2.5m CSA-PWD B ST and filling by Ordinary cement concrete mix 11.53/with graded stone chips(20mm normal stre) excluding shuttering and reinforcement Hire and labour chargest shoring work, Rainforcement for reinforced concrete work in all sorts of structure including distribution ps are in 8mm binders, main bars 12mm, base bars 12mm etc as per drawing, 15mm plaster (1) above ground level and net cement punning etc. this work must be completed as per PWD building schedule norms and as per drawing & supplying things and foong of foundation botts manufactured from special steel along us washers, anchor & templates of structures including distribution are completed Reinforcement for reinforced concrete work in all bars binders etc initial straightning and removal ength hooking and bending the current shape plac B.S. |
| 9 | Supplying, fitting, fixing bolts with nuts washers (i) 10 to 16mm dia-(a) Length up to 75mm |
| 10 | Welding in M.S. structural work with gas of electric. Continuous weld / Tack Cub cm/ Point |
| 11 | Deiling holes of requisite diameter in R.S joists channels tees plates etc.(a) (1) Dia Upto 12mm and depth upto 10mm. |
| 12 | Electroplatin & and-comssive enamel painting on all Iron /MS Meterials |
| 13 | Installation Testing and commissioning of the system and Deputation of Technician and supervisor for supervision. |
| 14 | Installing with civil Materials for foundation and charges (per system) including Labour charges. Deputation of Technician and supervisor for supervision, Civil Materials including locking arrangement and taking Hydra in rent for installation |
| 15 | Providing and erecting Informatory display Board on 1.5mm MS plate all complete as per direction of the undersign of NIT and Engineer-in-Charge (Venyl printing on plute over of Size 30\\"x24\\" with 25X 25X5mm angle frame minimum welid/nut bolt with structure. \\"At the time of Fittings structure frame\\". |
| 16 | Sub Total |
| 17 | GST 18% |
| 18 | CESS 1% Please Enable Macros to View BoQ information |
