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| Tender ID | 3473962 |
|---|---|
| Organisation Name | Military Engineer Services |
| Tender Brief | Corrigendum : Cwe/ggn/ft-70/2025-26 Provn Of Roof Top Solar System In Tech Area Of Af Stn Basant Nagar In Aor Of Ge (af) Faridabad |
| Last Date For Submission | 30th Mar, 2026 |
| Opening Date | 01 Apr, 2026 |
| Document Cost | 500.00 |
|---|---|
| EMD | 87280.00 |
| Estimated Cost | 4364600.00 |
| City | Faridabad |
|---|---|
| State | Haryana |
| # | Item | Qty | Units |
|---|---|---|---|
| 1 | Supply, installation and interconnection of 110 NOS. mono crystalline high efficiency Cell Glass 3.2 MM thick (Solar PV module Mono Crystalline) />132 Cell Single glass multicrystalline 4mm thick Solar Pv module with AR Coating with Power output Capacity of each solar PV module >550W. Total Solar PV module arrays Capacity a set of (60kWp) at STC. The Solar Panels should Comply as per IEC 61215 and IEC 61730 standard. DC cable/wire of suitable size up to 2Mt/solar pv module with solar pv connectors (MC4)/ couplers etc. shall be included in this item. efficiency of solar pv modules should be equal or more than 20%. IP68 Weatherproof complete all asspecified and directed. | 110.00 | Each |
| 2 | S & F high utility Data Logger and real time sensor interface with Online Monitoring Portal Complete for monitoring and assessment on utility scale of PV plant complete all as specified and directed by engineer in charge. | 1.00 | Each Job |
| 3 | Material Labour & Design HDGI Structure for 60kWP PV Module foundation for mounting the structure should be as per defined standards which clearly states the Load Bearing Capacity & other relevant parameters for foundation design (As per IS 6403 / 456 / 4091 / 875). ii. Grade of raw material to be used for mounting the structures so that it complies the defined wind loading conditions (As per IS 875 - III) should be referred as follows (IS 2062 for angles and channels, IS 1079 for sheet, IS 1161 & 1239 for round pipes, IS 4923 for rectangular and square hollow section) iii. Test reports for the raw material should be as per IS 1852 / 808 / 2062 / 1079 / 811. iv. In process inspection report as per approved drawing & tolerance should be as per IS 7215. v. For ascertaining proper welding of structure part following should be referred: a. D.P. Test (Pin Hole / Crack) (IS 822) b. Weld wire grade should be of grade (ER 70 S - 6) vi. For ascertaining hot dip galvanizing of fabricated structure following should be referred: - a. Min coating required should be as per IS 4759 & EN 1461. b. Testing of galvanized material Pierce Test (IS 2633) Mass of Zinc (IS 6745) Adhesion Test (IS 2629) CuSO4 Test (IS 2633) Superior High-Grade Zinc Ingot should be of 99.999% purity (IS 209) (Preferably Hindustan Zinc Limited or Equivalent). vii.Foundation Hardware If using foundation bolt in foundation then it should be as per IS 5624. | 1.00 | Each Job |
| 4 | Support array/module mounting structures, mounting Clips shall be manufactured with Hot dip galvanized steel angles & channels; spray galvanized to IS 1477 Part -1 with thickness of 90 microns or aluminium alloy as per IS 5905. All fasteners shall be of Stainless steel (SS 304). MMS having adequate strength & appropriate design and shall be suitable to accommodate 110 No. of Solar Panels which can withstand the load of modules and wind velocity of 150Km/hr, complete with civil work removable concrete ballast made of pre- fabricated PCC (1:2:4) M15 and other required hardware. All solar panels must be accessible from the top for cleaning and from the bottom for access to the module junction box. | ||
| 5 | Material and labour for Solar Inverter MPPT Based Grid Tied Solar Inverter with 60 kW X 1 Nos rating with maximum DC Input Voltage 1000V , MPPT range from 200V to 1000V AC output 310-480V, 3 Phase, 4 wire, 50Hz, with inbuilt protection of AC high/low voltage, high/low frequency, DC & AC surge protection device (SPD) class 2 as per IEC 60364-5-53, anti-islanding protection as per VDE 0126-1-1, IEC 60255.5/IEC 60255.27. and LCD display with all parameter like output power(W), energy (Wh), DC voltage & current, AC voltage, current & frequency, operation hours etc. complying to standards as per IEC62109, EN61000-6-2, EN61000-6-3, EN61000-3-12, EN61000-3-11. Invertor has facility RS 485/RS232/RJ45 port for communication interface and its enclosure should be IP 54 for Indoor and IP 65 for outdoor installation. Invertor efficiency should be more than 96%. | 1.00 | Each |
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