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Eligibility, documents, scope and key termsEligibility, required documents, scope of work and key terms of this tender, in one click.
| # | Company | Amount | Rank | Status |
|---|---|---|---|---|
| 1 | L1₹4.2 CrAccepted-AOC HOUSE NO 5 SECTOR 2 TRIKUTA NAGAR JAMMU JAMMU KASHMIR 180012 | JAMMU | JAMMU AND KASHMIR | 180012 | L1 | Accepted-AOC Lowest and reasonable | |
| 2 | L2₹5.0 Cr+₹84.5 L (20.2%)Rejected-Finance 1ST FLOOR MM TOWER SUBHASH NAGAR ALWAR RAJASTHAN 301001 | ALWAR | ALWAR | RAJASTHAN | 301001 | L2 | Rejected-Finance Other than L1 | |
| 3 | L3₹5.5 Cr+₹1.3 Cr (31.0%)Rejected-Finance 1ST JEET APARTMENT GROUND FLOOR NEAR RATANADA CIRCLE JODHPUR RAJASTHAN 342001 | JODHPUR | JODHPUR | RAJASTHAN | 342001 | L3 | Rejected-Finance Other than L1 | |
| 4 | L4₹5.9 Cr+₹1.8 Cr (42.1%)Rejected-Finance PLOT NO B1 INFOCITY 122004 | REWARI | REWARI | HARYANA | 122004 | L4 | Rejected-Finance Other than L1 | |
| 5 | L5₹7.4 Cr+₹3.2 Cr (77.4%)Rejected-Finance | L5 | Rejected-Finance Other than L1 |
| Sl No | Description | Qty | Unit | Subhash Infraengineers Pvt. Ltd. L4 | FRIZO INDIA PVT LTD L3 | SOLIZER ENERGYTECH PVT LTD L1 | Elcomponics Sales Pvt Ltd L5 | BHASKAR JYOTI (INDIA) (OPC) PVT LTD L2 |
|---|---|---|---|---|---|---|---|---|
| 1.00 | PV Modules :- Each Module consist of capacity not less than 550wp, Top Con (bifacial) PV Modules . Design, Supply, Installation, Testing and Commissioning of Solar PV Module. The PV modules used must qualify to the latest edition of IEC PV module qualification test or equivalent BIS standards. PV modules must be tested and approved by one of the IEC authorized test centers. Module Warrantee The manufacturer should warrant the Solar Module(s) to be free from the defects and/or failures specified below for a period not less than twenty five (25) years from the date of commissioning.All photovoltaic modules should carry a linear performance warranty from second year. The solar PV modules offered should not degrade more than 2.5% for first year and not more than 0.7% from second year of its rated power. During the first 10 years and entire life span of 25 years the solar modules should not degrade more than 10% and 20% of its rated power respectively.The PV Modules should comply following IEC:- IEC 61215/BIS 14286, IEC 61646 / Equivalent BIS , IEC 62108 / Equivalent BIS , IEC 61730(Part I & II) / Equivalent BIS , IEC 61701 / BIS 61701 , IEC 600068-2-68. | 1,100 | KWp | 30,000 ₹3,30,00,000 | 26,000 ₹2,86,00,000 | 18,722.6 ₹2,05,94,860 Lowest | 39,446.47 ₹4,33,91,117 | 21,381 ₹2,35,19,100 |
| 1.10NOTE: The design of Solar power plant to be vetted by GE. (a) To obtain 550 KWp minimum required Numbers of Top Con (bifacial) crystalline silicon solar PV modules each having efficiency more than 21% at standard test condition, fill factor more than 0.75 plant performance ratio more than or equivalent to 75% & made of high transmittivity glass and glass front surface shall give high encapsulation gain. (transmittance above 90% and bending less than 0.3%) Electrical parameters of 240 Wp solar PV module under STC of irradiance 1000 W/m2 & temperature 25C will be as under- Max Peak power Pmax :>550 Wp Current at Pmax Ipm : 13 A (approx) Voltage at Pmax Vpm : 42 Volt (approx) Short circuit current Isc : 14 A (approx) Open circuit voltage Voc : 50 Volts (approx) (i) Rated output of modules shall have positive tolerance of 3-5% & no negative tolerance is allowed. | ||||||||
| 1.20(ii) It shall perform satisfactorily in relative humidity 85 ± 5% with temperature -10 °C to +85°C (Cell) and should withstand wind 150 Km/Hr on the surface of the panel. (iii) PV modules must be warranted for their output peak watt capacity, which shall not be less than 90% of the initial value at the end of 10 years and 80% of the initial value at the end of 25 years. (iv) Each module shall have RFID tag encapsulated with Solar Cells bearing the following details. RFID reader will be provided by contractor. ● Name of manufacturer of PV module ● Name of manufacturer of solar Cell ● Month and year of manufacture (Separated for cell & module) ● Country of origin (separately for solar cell & module) | ||||||||
| 1.30● Peak wattage, Im, Vm and fill factor of the module. ● Date of year of obtaining IEC PV module qualification certificate including the test lab issuing IEC certificate. ● Unique Serial No and model No of Module. ● I-V curve of Module (v) The temperature co-efficient for the module shall not be more than 0.50%/°C. (vi) Every module must have by pass diode of suitable capacity. (vii) PV module must conform to latest edition of IEC 61215/IS14286. In addition, the modules must conform to IEC 61730 Part-I & II for construction and testing & safety qualification & conforming to IEC 62804 PID. (viii) It shall also in conformity of latst minimum technical specifications issued by MNRE from time to time. Modules should of 144 cells configuration and should be of MNRE approved Companies/agencies in catagory/rating ''SA-1A'' (ix) Provision of earthing & earth strip/cables etc. for earth for solar PV module/Array etc. as per latest IS/MNRE norms to be provided and the cost of the same is to be included in this item and no extra amount will be paid to the contractor on this account. (x) RFID reader to be provided by contractor. | ||||||||
| 2.00 | Module Mounting Structure :- Design , Supply , Fixing Module Mounting/Fixed, Structure (For SPV Plant of Combined Capacity of 1100KW) Made of Hot Dipped Gavalnoised structure 80 microns zinc cotting as per IS 4759 Including construction of nacessary RCC Foundation and assosiated work (Cutting,grouting,disposal material etc complete) and suitable to withstand wind speed upto 170Km/hour with stad repiort approval as per IS 875 Part-III. Each Structure should have angle of inclination as per the site condition to optimize the maximum power generation in year and provisions for titling of solar pannels for seasonal variation. | 1 | Each Job | 47,25,000 ₹47,25,000 | 85,00,000 ₹85,00,000 | 32,03,313 ₹32,03,313 Lowest | 82,49,475 ₹82,49,475 | 57,50,000 ₹57,50,000 |
| 2.10However to accommodate more capacity the angle inclination may be reduced until the plant meets the specified performance ration requirement complete all as per recommended by manufacturer and approved by NIT/IIT specified and directed. Note - structure to be design based of building wise location and capacity. The structure to be designed as per OEM drawing considering the block condition. The responsibility of testing and installation of structure is of contractor However the design will be approved by GE before execution of work. (i) Location No 1 - (100 Kw, 100 Kw, 50 Kw, 50Kw) - 4 Nos buildings (ii) Location No 2 - (100 Kw, 100 Kw) - 2 Building (iii) Location No 3 - (50Kw, 50 Kw, 50 Kw, 50 Kw) - 4 Building (iv) Location No 4 - 1 Building (100 Kw) (v) Location No 5 -1 Building (75 KW) (vi) Location No 6 -1 Building (75 Kw) (vii) Location No 7 -1 Building (50 Kw) (viii) Location No 8 -1 Building (50 Kw) (ix) Location No 9 - 1 Building (50 Kw) Note:-(1) Total 09 Locations and 16 buildings will be considred as a single Job. (2) Rate should be included fibre reinforced. UV resistant Elastomeric liquid and heat reflective coating after proper scraping of surface. | ||||||||
| 3.00 | Inverters :- Supply, installation, testing and commissioning of a 100 KW three-phase on-grid solar suitable for frid-tied photovoltaic (PV) system. The inverter shall have a minimum efficiency of 98.5% and a European efficiency of not less than 98.3%. It must support a maximum DC input power of 150 kW and a maximum DC voltage of 1000 to 1100 V. The inverter shall include a Minimum of 4 independent MPPTs, each supporting at least 2 strings to ensure maximum energy harvesting from the PV array. | 5 | Each Job | 3,50,000 ₹17,50,000 Lowest | 3,85,000 ₹19,25,000 | 3,87,615.5 ₹19,38,077.5 | 3,64,800 ₹18,24,000 | 4,10,000 ₹20,50,000 |
| 3.10The MPPT operating voltage range should be wide (200 V to 1000V), with a start-up voltage of around 200 V. The inverter should support 400 V AC output with a frequency of 50 Hz and must be capable of operating within +-20% voltage and +-5% frequency range. The inverter shall have a power factor of >0.99, with reactive power control and a total harmonic distortion (THD) of less than 3%. The inverter shall be provided with integrated safety features including DC reverse polarity protection, AC and DC surge protection (Type II), over/under voltage and frequency protection, short circuit protection, ground fault monitoring, and anti-islanding protection as per IEC 62116. The inverter should be outdoor rated (IP65 or higher) and must come with a cooling system (either natural or forced air) suited for Indian climatic conditions. It shall support communication through RS 484, Ethernet, Wi-Fi, or equivalent with the provision for remote monitoring through a dedicated portal or mobile application. The inverter should comply with international and Indian standards including IEC 62109-1 & 2, IEC 61727, IEC 62116 and must be MNRE and BIS approved.The quoted rate shall be inclusive of all accessories, hardware, communication modules standard mounting structure, interface cables, testing, commissioning and complete documentation including warranty certificate, datasheets, user manuals and required certification. The inverter shall be supplied with a minimum warranty of 5 years. | ||||||||
| 4.00 | Supply, installation, testing and commissioning of a 80 KW three-phase on-grid solar suitable for frid-tied photovoltaic (PV) system. The inverter shall have a minimum efficiency of 98.5% and a European efficiency of not less than 98.3%. It must support a maximum DC input power of 120 kW and a maximum DC voltage of 1000 to 1100 V. The inverter shall include a Minimum of 4 independent MPPTs, each supporting at least 2 strings to ensure maximum energy harvesting from the PV array. | 9 | Each Job | 3,00,000 ₹27,00,000 | 3,05,000 ₹27,45,000 | 3,09,799.9 ₹27,88,199.1 | 2,56,000 ₹23,04,000 Lowest | 3,30,000 ₹29,70,000 |
| 4.10The MPPT operating voltage range should be wide (200 V to 1000V), with a start-up voltage of around 200 V. The inverter should support 400 V AC output with a frequency of 50 Hz and must be capable of operating within +-20% voltage and +-5% frequency range. The inverter shall have a power factor of >0.99, with reactive power control and a total harmonic distortion (THD) of less than 3%. The inverter shall be provided with integrated safety features including DC reverse polarity protection, AC and DC surge protection (Type II), over/under voltage and frequency protection, short circuit protection, ground fault monitoring, and anti-islanding protection as per IEC 62116. The inverter should be outdoor rated (IP65 or higher) and must come with a cooling system (either natural or forced air) suited for Indian climatic conditions. It shall support communication through RS 484, Ethernet, Wi-Fi, or equivalent with the provision for remote monitoring through a dedicated portal or mobile application. The inverter should comply with international and Indian standards including IEC 62109-1 & 2, IEC 61727, IEC 62116 and must be MNRE and BIS approved. The quoted rate shall be inclusive of all accessories, hardware, communication modules standard mounting structure, interface cables, testing, commissioning and complete documentation including warranty certificate, datasheets, user manuals and required certification. The inverter shall be supplied with a minimum warranty of 5 years. | ||||||||
Tender Value
₹4.9 Cr
EMD Value
₹5.7 L
Closing Date
27 Jun 2025, 6:00 pmClosed
Eligibility, documents, scope and key termsEligibility, required documents, scope of work and key terms of this tender, in one click.
CHIEF ENGINEER JAIPUR ZONE JAIPUR
HEAD QUARTER CHIEF ENGINEER JAIPUR ZONE JAIPUR
PROVN OF ROOFTOP SOLAR PLANT 1100KW AT CERTAIN BUILDINGS AT JAIPUR MIL STATION
2025_MES_707387_1
80920
Open Tender
Miscellaneous Works
Item Rate
180 days
GE (S) Jaipur
Please refer to tender documents
8 documents required · 8 mandatory
₹2,000
Yes
GE (S) Jaipur
₹5.7 L
Yes
HEAD QUARTER CHIEF ENGINEER JAIPUR ZONE JAIPUR
19 Aug 2025
9 May 2025
3 Jul 2025
9 May 2025
27 Jun 2025
13 Jun 2025
15 May 2025
| Sl No | Description | Qty | Unit | Est. Rate | Est. Amount |
|---|---|---|---|---|---|
| 1 | PV Modules :- Each Module consist of capacity not less than 550wp, Top Con (bifacial) PV Modules . Design, Supply, Installation, Testing and Commissioning of Solar PV Module. The PV modules used must qualify to the latest edition of IEC PV module qualification test or equivalent BIS standards. PV modules must be tested and approved by one of the IEC authorized test centers.Module Warrantee The manufacturer should warrant the Solar Module(s) to be free from the defects and/or failures specified below for a period not less than twenty five (25) years from the date of commissioning.All photovoltaic modules should carry a linear performance warranty from second year. The solar PV modules offered should not degrade more than 2.5% for first year and not more than 0.7% from second year of its rated power. During the first 10 years and entire life span of 25 years the solar modules should not degrade more than 10% and 20% of its rated power respectively.The PV Modules should comply following IEC:- IEC 61215/BIS 14286, IEC 61646 / Equivalent BIS , IEC 62108 / Equivalent BIS , IEC 61730(Part I & II) / Equivalent BIS , IEC 61701 / BIS 61701 , IEC 600068-2-68. | 2,000 | Each Job | - | - |
| 1.2 | (iii) PV modules must be warranted for their output peak watt capacity, which shall not be less than 90% of the initial value at the end of 10 years and 80% of the initial value at the end of 25 years.
(iv) Each module shall have RFID tag encapsulated with Solar Cells bearing the following details. RFID reader will be provided by contractor.
● Name of manufacturer of PV module
● Name of manufacturer of solar Cell
● Month and year of manufacture (Separated for cell & module)
● Country of origin (separately for solar cell & module)
● Peak wattage, Im, Vm and fill factor of the module.
● Date of year of obtaining IEC PV module qualification certificate including the test lab issuing IEC certificate.
● Unique Serial No and model No of Module.
● I-V curve of Module | - | - | - | - |
| 1.3 | (v) The temperature co-efficient for the module shall not be more than 0.50%/°C.
(vi) Every module must have by pass diode of suitable capacity.
(vii) PV module must conform to latest edition of IEC 61215/IS14286. In addition, the modules must conform to IEC 61730 Part-I & II for construction and testing & safety qualification & conforming to IEC 62804 PID.
(viii) It shall also in conformity of latst minimum technical specifications issued by MNRE from time to time. Modules should of 144 cells configuration and should be of MNRE approved Companies/agencies in catagory/rating ''SA-1A''
(ix) Provision of earthing & earth strip/cables etc. for earth for solar PV module/Array etc. as per latest IS/MNRE norms to be provided and the cost of the same is to be included in this item and no extra amount will be paid to the contractor on this account.
(x) RFID reader to be provided by contractor. | - | - | - | - |
| 2 | Module Mounting Structure :- Design , Supply , Fixing Module Mounting/Fixed , Structure (For SPV Plant of Combined Capacity of 1100KW) Made of Hot Dipped Gavalnoised structure 80 microns zinc cotting as per IS 4759 Including construction of nacessary RCC Foundation and assosiated work (Cutting,grouting,disposal material etc complete) and suitable to withstand wind speed upto 190Km/hour with stad repiort approval as per IS 875 Part-III. Each Structure should have angle of inclination as per the site condition to optimize the maximum power generation in year and provisions for titling of solar pannels for seasonal variation. However to accommodate more capacity the angle inclination may be reduced until the plant meets the specified performance ration requirement complete all as per recommended by manufacturer and approved by NIT/IIT specified and directed. Note - structure to be design based of building wise location and capacity. The structure to be designed as per OEM drawing considering the block condition. The responsibility of testing and installation of structure is of contractor However the design will be approved by GE before execution of work.
(i) Block No 1 - (100 Kw, 100 Kw, 50 Kw, 50Kw) - 4 Nos buildings | 1 | Each Job | - | - |
| 2.1 | (ii) Block No 2 - (100 Kw, 100 Kw) - 2 Building
(iii) Block No 3 - (50Kw, 50 Kw, 50 Kw, 50 Kw) - 4 Building
(iv) Block No 4 - 1 Building (100 Kw)
(v) Block No 5 -1 Building (75 KW)
(vi) Block No 6 -1 Building (75 Kw)
(vii) Block No 7 -1 Building (50 Kw)
(viii) Block No 8 -1(50 Kw)
(ix) Block No 9 - 1(50 Kw)
Total 13 location will be considred as a single Job. | - | - | - | - |
| 3 | Inverters :- 3 phase On Grid String Inverters, 1nos inverters of 100 kw(100*5) The inverters/ PCUs shall be warranted for 10 years from date of commissioning. Cooling method Smart forced air cooling, Grid Support Reactive power at night function, LVRT, HVRT,active & reactive power control and power ramp rate control, Volt/Watt, Frequency/Watt, DC reverse connection protection, AC short circuit protection, Leakage current protection, Grid monitoring, Ground fault monitoring, Arc fault circuit interrupter (AFCI),PV String current monitoring, Reactive power at night function, Overvoltage protection DC Type II and AC Type IIThe Inverter should comply the IEC 62116. Technical Specification's are following:- (1) Input (DC) -- Recomonded max input npower (Wp) - 15000 Wp , Max. Input voltage - 1100 V , Rated Input Voltage - 625 V, Start-up Voltage - 200 V , MPPT Operating Voltage Range - 180 V - 1000 V, Full Power MPPT Voltage range - 500 V - 850 V, Number of MPP Trackers - 10, Number of DC inputs - 20, Max. Input Current per MPPT - 30A, Max. Input Short Circuit Current per MPPT - 50A, (2) Output (AC) -- Rated Power - 100 KW, Max. AC Power - 110 KVA , Max. Output Current - 160 A , Nominal Grid Voltage - 3/N/PE, 230V/400 vac , Grid Voltage Range - 310 Vac - 480 Vac , Nominal Frequency - 50Hz/60Hz , Grid Frequency range - 45-55 HZ / 54-66 HZ(According to local Standard) , Active power adjustable range - 0-100% , THDI - < 3%, Power Factor - 1 default (adjustable -/+0.8). (3) Performance -- Max Efficiency - 98.70% , European Weighted efficiency - 98.30% , MPPT efficiency - >99.9% . | 5 | Each Job | - | - |
| 3.1 | (4) Protection -- DC Reverse polarity protection - Yes , Anti-Islanding Protection - Yes , Leakage Current Protection - Yes , Ground Fault Monitoring - Yes , PV-Array string Fault Monitoring - Yes , DC Switch - Yes , Protection Class/Overvoltage category - I/III , Input/Output SPD - PV: Type II Standard , AC : Type II Standard , Certification - IEC 62116 , IEC 61727 , IEC 61683 , IEC 60068 , (1,2,14,30) , IEC 62109-1/2 , IEC 61000 , IP 65.
(5) Communication --Power Management Unit - According to certification and request , communication - RS 485 , Optional WiFi/GPRS. (7)General Data -- Topology - Transformer Less , Ambient Temperature range - -30 - +60 ,Degree of Protection - IP66 , Allowable Relative Humidity range - 0%-100% , Max Operating altitude 4000 m , Noice - <60 dB , Weight - 90 Kg , Cooling - Smart Forced air cooling , Display - LDC , Dimension - 995.5 mm * 693.5 mm * 368 mm , Warranty - 10 Years. | - | - | - | - |
| 4 | Inverters :- 3 phase On Grid String Inverters, 1nos inverters of 50 Kw The inverters/ PCUs shall be warranted for 10 years from date of commissioning. Cooling method Smart forced air cooling, Grid Support Reactive power at night function, LVRT, HVRT,active & reactive powercontrol and power ramp rate control, Volt/Watt, Frequency/Watt, DC reverse connection protection, AC short circuit protection, Leakage current protection, Grid monitoring, Ground fault monitoring, Arc fault circuit interrupter (AFCI),PV String current monitoring, Reactive power at night function, Overvoltage protection DC Type II and AC Type II.The Inverter should comply the IEC 62116. Technical Specification's are following:- (1) Input (DC) -- Max input power (Wp) - 66500 Wp , Max DC power for single of MPPT - 22000W/16000W/16000W , Number of independent MPPT - 3 , number of DC input - 4/3/3 , Max. Input voltage - 1000 V , Rated Input Voltage - 600 V, Start-up input Voltage - 350 V , MPPT Voltage Range - 250 V - 950 V, Full Power MPPT Voltage range - 530 V - 830 V, Max. Input MPPT Current - 40A/30A/30A , Max. Input Current per String - 12 A , Max DC input Isc per MPPT - 48A/36A/36A. | 9 | Each Job | - | - |
| 4.1 | (2) Output (AC) -- Rated Power(@230 V, 50Hz) - 50 KW, Max. AC Power - 50 KVA , Max. Output Current - 80 A , Nominal Grid Voltage - 3/N/PE, 220/380 Vac, 230/400 vac , 240/415 Vac , Grid Voltage Range - 310 Vac - 480 Vac(according to local standard) , Nominal Frequency - 50Hz/60Hz , Grid Frequency range - 45-55 HZ(According to local Standard) , Active power adjustable range - 0-100% , THDI - < 3%, Power Factor - (adjustable -/+0.8). (3) Performance -- Max Efficiency - 98.50% , European Weighted efficiency - 98.30% , MPPT efficiency - >99.9% , Self Consumption at night - <1 W. (4) Protection -- DC Reverse polarity protection - Yes , DC Switch - Yes , Protection Class/Overvoltage category - I/III , Input/Output SPD (II) - PV: Type II Standard , AC : Type II Optional , Safety protection - Anti islanding, RCMU, Ground fault monitering , Certification - IEC 62116 , IEC 61727 , IEC 61683 , IEC 60068 , (1,2,14,30) , IEC 62109-1/2 , IEC 61000 , IP 65 , ARPC Anti Reverse power controller (optional). (5) Communication --Power Management Unit - According to certification and request , Standard communication Mode - RS 485 , Optional WiFi/GPRS , SD Card , Multi-function relay. (7) General Data -- Ambient Temperature range - -25 - +60 , Topology - Transformer Less , Degree of Protection - IP65 , Allowable Relative Humidity range - 0%-100% , Max Operating altitude 4000 m , Noice - <60 dB , Weight - 68 Kg , Cooling - Fan, Display - LDC Display , Dimension - 713 mm * 737 mm * 297 mm , Warranty - 10 Years , BIS Certified -IS 16221 (part 2):2015/IEC 62109-2 : 2011&IS 16169 : 2014 IEC 62116 :2008 . 50KW inverter. | - | - | - | - |
| 5 | Inverters :- 3 phase On Grid String Inverters, 1nos inverters of 80 Kw The inverters/ PCUs shall be warranted for 10 years from date of commissioning. Cooling method Smart forced air cooling, Grid Support Reactive power at night function, LVRT, HVRT,active & reactive powercontrol and power ramp rate control, Volt/Watt, Frequency/Watt, DC reverse connection protection, AC short circuit protection, Leakage current protection, Grid monitoring, Ground fault monitoring, Arc fault circuit interrupter (AFCI),PV String current monitoring, Reactive power at night function, Overvoltage protection DC Type II and AC Type II.The Inverter should comply the IEC 62116. Technical Specification's are following:- | 2 | Each Job | - | - |
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