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Eligibility, documents, scope, Go/No-Go checksEligibility, required documents, scope of work and Go/No-Go checks for this tender, in one click.
| # | Company | Amount | Rank | Status |
|---|---|---|---|---|
| 1 | L1₹5.0 CrAdmitted-Finance | L1 | Admitted-Finance | |
| 2 | L2₹5.8 Cr+₹82.1 L (16.4%)Admitted-Finance PLOT NO 07 KHASRA NO 26 28 SURAJ NAGAR GRAM SINGAL CHOLI AIR PORT ROAD BHOPAL MP | BHOPAL | BHOPAL | MADHYA PRADESH | 462030 | L2 | Admitted-Finance | |
| 3 | Rejected-Technical 1 8 373 FLAT NO 704 KRISHE GARDEN BEGUMPET BEGUMPET HYDERABAD TELANGANA 500016 | MEDCHAL MALKAJGIRI | TELANGANA | 500016 | - | Rejected-Technical EMD not submitted | |
| 4 | Rejected-Technical | - | Rejected-Technical EMD not submitted | |
| 5 | Rejected-Technical 506 5 TH FLOOR R J D BUSINESS HUB WING A NAGINAWADI KANSA NAGAR RD SURAT GUJARAT 395004 | SURAT | GUJARAT | 395004 | - | Rejected-Technical EMD not submitted |
| Sl No | Description | Qty | Unit | Raja enterprises L2 | Dynere Engineering Private Limited L1 |
|---|---|---|---|---|---|
| 1.00NOTE (Applicable for all items):- The bidders/contractors are advised to read tender document & all corrigendum/ amendments and General conditions of contracts before entrying/quoting the rates. SCHEDULE 'A' | |||||
| 2.00 | Design,Supply, install, testing and commissioning of ON Grid connected roof top solar generation system by installing solar panels with capacity of each panels not less than 10 KWp AC all as specified in PS and directed as per PS clause and specification as follows (for Bldg No 227 and 228 of 31 ADSR) | 300 | KWp | 56,500 ₹1,69,50,000 | 50,000 ₹1,50,00,000 Lowest |
| 2.01(A) Supply, Installation, testing and commissioning of solar generation of each panel capacity not less than 10 KWp SPV system comprising of latest specification DCR solar photo voltic modules/array of high efficiency made of mono crystalline silicon solar PV cells with supply and fix of terminal box on the module having provision for opening & replacing the cable etc.as per IEC. The general features of PV modules shall be as given below :- a) The module shell be made up crystalline silicon solar cells module as per IEC 61215/BIS 14286. b) The interconnected cells shall be laminated in vacuum to withstand adverse environmental conditions. c) The module frame is made of corrosion resistant materials, preferably having aluminium anodized finish. d) The minimum clearance between the lower edge of the modules & the developed ground level shall be 300 mm. e) Surge arresting devices to be provided at junction box and module shall be provided with bypass diode. f) The SPV module must be IEC 61215, IEC 61730 part I & part II, IEC 61701 certified from any of the accredited certifying agencies. g) Each solar PV module must be warranted by manufacturer at least 90% rated power at the end of 10 years & 80% at the end of 25 years. Note: Qty of PV module shall be decided as per OEM recommendation, design and layout drawing submitted to department duly approved by GE. | |||||
| 2.02Note :- (i) Makes of panel provided shall be as per MNRE specification/ standard and registered in ALMM. (ii) 5% spare qty of modules shall be provided by the contractor for repair / replacement purpose. (iii) Addln module shall be provided / installed by the contractor to meet specified power output incase if the same not achived during testing and commissioning without any extra cost. (iv) Each PV module used in any solar power project must use a RF identification tag. The following information must be mentioned in the RFID used on each module:- (v) Name of the manufacturer of PV Module (vi) Name of the Manufacturer of Solar cells (vii) Month and year of the manufacture for solar cells and the module (viii) Country of origin (Make in INDIA only) (ix) I-Vcurve for the module (x) Wattage, Im, Vm and FF for the module (xi) Unique Serial No and Model No of the module (xii) Date and year of obtaining IEC PV module qualification certificate (xiii) Name of the test lab issuing EC certificate (xiv) Other relevant information on traceability of solar cells & module. | |||||
| 2.03(B) Module Mounting Structure (MMS) :- Supply & fixing of the anti-corrosive factory made Gl structure on the RCC Roof for fixing of PV modules by fixing of suitable size fastner, spring washer, nuts & bolt. The minimum thickness of galvanization & mounting steel structure shall be as per IS 47592 & IS 2061-1992 respectively withstand the wind load of 180 Km/hr. as per IS 875. The array structure shall be fixed properly using maintenance free earthing kit. Note:- (i)The total load for roof top SPV should be less than 60 Kg/m2. (ii) The design of module mounting structure complying load withstand as per relevant IS alongwith fixing arrangement on roof shall be submitted by the contractor duly vetted from IIT/NIT/Govt Engg college for approval by GE. (iii) The material shall be corrosion resistant and electrolyticaly compatible with material used in module frame. (iv)The fasteners should be of stainless steel and should allow easy replacement of any module. (v) The minimum clearance of the structure from the roof level should be 300 mm. (vi) The mounting of solar structure over roof shall be carried out in such a manner that it does not cause any leakage/seepage of water or compromise the existing waterproofing of the building. (vii) The structure design of the solar mounting system shall be compatible with the building's roof type and load bearing capacity. (viii) The Mounting structure shall be aerodynamic in design and the inclination of the solar panels shall be optimized to ensure maximum solar power generation. | |||||
| 2.04(C) Solar DC Cables:- (i) Supply & laying of 1.1kv single core multi stranded PVC FRLSH insulated & unsheathed copper wire/ copper cable for 3 ph supply in ISI marked PVC rigid conduit pipe by saddling as per IEC. (For Solar Array DC supply connection). Note : (i) The size of cable shall be as per design given by OEM & approved by GE. (ii)Cable should be passes through PVC rigid pipe and pipe should be fixed properly inside cable tray for easily maintenance, is included in quoted rate (D) DC Combine box A DC combine box shall be used to combine the DC cables of the solar module array with DC fuse protection for the outgoing DC cables to the DC distribution box. | |||||
| 2.05(E) Array junction boxes_- The number of junction boxes as per design given by OEM are to be provided in the PV array for termination of connecting cables. All wire/cables must be terminated through cable lugs. Copper busbar/terminated blocks housed in the junction box conforming to IP 65 degree of protection with EPDM rubber gasket to prevent water entry. Junction boxes shall be mounted on the MMS such that they are easily accessible and protected from direct sunlight & harsh weather. (F) On Grid Power Conditioning unit ( Inverter):- Supply & installation of 415V 3-ph, 50 Hz microprocessor DSP type grid connected Inverters which converts DC energy produce by the solar array to AC energy such that it synchronizes with the existing AC power source on site. Provisioning of power manager to get all parameter details. The Inverter shall have inbuilt MPPT (Maximum Power Point Tracker) feature so as to extract maximum power from PV modules & the MPPT units environmental testing should qualify IEC 60068-2 (1,2,14,30)/ Equivalent BIS standard. (The voltage variation of +/- 10% & frequency variation +/-3 Hz) | |||||
| 2.06Note :- (i) No of inverters shall be provisioned as per design given by OEM. (ii) Inverter should have internal protection arrangements against any sustainable fault in feeder line and against the lightning on feeder. (iii) Should have isolating transformer (iv) Inverter efficiency >97% with inbuilt galvanic isolation) (v) No load losses shall be less than 1% of rated power. (vi) The above quoted rate is inclusive of MS structure stand duly fixed and placing inverter. (vii) Ambiant Temp -20-50 degree centigrade. (viii) Protection of enclosure-IP 20(Indoor)/ IP65 (Outdoor). (ix) Power Factor- More than 0.9 (x) THD less than 3% | |||||
| 2.07(G) Solar metering:- As per DISCOM requirement, to be provided at each taping point. Cost of solar meter, installation, connected accessories are included in quoted Rates. (H) AC Distribution Board:- (i) Supply & installation of 415V 3-ph 50Hz AC distribution board that control AC power from Inverter & provided by necessary surge arrestors system and suitable capacity MCCBs (at each tapping point) Note: ACDB shall be provided as per OEM design as approved by GE. (J) AC Cables:- (ii) Distribution wiring in 1.1kv single core multi stranded PVC FRLSH insulated & unsheathed copper wire fixed on wall on PVC batten or saddle(For AC power supply from Inverter to AC distribution board Panel). Note :- (i) The size of cable shall be as per design given by OEM & approved by GE. | |||||
| 2.08(K) Protection:- The system shall be provided with all necessary protection like earthing, lightening & surge protection as per relevant standard. (L) Performance testing:- Ratio between the theoretical energy outputs of the SPV plant is termed as performance ratio and is measured in accordance with IEC 61724. Based on prevailing climatic and temperature conditions in India, a performance ratio of 75% is expected for crystalline modules. (M) Other Misc items:- As per requirement given by OEM and approved by GE to be provided. (N) Earthing:- As per MNRE specifications to be provided. (O) Lightening protection:- As per MNRE specifications to be provided. | |||||
Tender Value
₹4.3 Cr
EMD Value
₹5.1 L
Eligibility, documents, scope, Go/No-Go checksEligibility, required documents, scope of work and Go/No-Go checks for this tender, in one click.
CHIEF ENGR, BHOPAL ZONE
HQ CHIEF ENGR BHOPAL ZONE, MES SI LINE BHOPAL 462001
PROVN OF ROOF TOP SOLAR PLANT TOTALLING 1000 KW AT CERTAIN BUILDING AT JHANSI
2025_MES_714593_1
CEBZ/JHA/TOKEN/04 OF 2025-26
Open Tender
Electrical and Maintenance Works
Item Rate
1980 days
Jhansi
As per NIT documents
4 documents required · 4 mandatory
₹2,000
Yes
GE Jhansi
₹5.1 L
Yes
Bhopal
21 Apr 2026
14 Jun 2025
25 Aug 2025
14 Jun 2025
23 Aug 2025
9 Aug 2025
23 Jun 2025
| Sl No | Description | Qty | Unit | Est. Rate | Est. Amount |
|---|---|---|---|---|---|
| 2 | Design,Supply, install, testing and commissioning of ON Grid connected roof top solar generation system of capacity not less than 10 KWp AC capacity all as specified in PS and directed as per PS clause and specification as follows (for Bldg No P-16, A Mess) | 50 | KWp | - | - |
| 2.01 | (A) Supply, Installation, testing and commissioning of not less than 10 KWp SPV system comprising of latest specification DCR solar photo voltic modules/array of high efficiency made of mono crystalline silicon solar PV cells with supply and fix of terminal box on the module having provision for opening & replacing the cable etc.as per IEC. The general features of PV modules shall be as given below :- a) The module shell be made up crystalline silicon solar cells module as per IEC 61215/BIS 14286. b) The interconnected cells shall be laminated in vacuum to withstand adverse environmental conditions. c) The module frame is made of corrosion resistant materials, preferably having aluminium anodized finish. d) The minimum clearance between the lower edge of the modules & the developed ground level shall be 300 mm. e) Surge arresting devices to be provided at junction box and module shall be provided with bypass diode. f) The SPV module must be IEC 61215, IEC 61730 part I & part II, IEC 61701 certified from any of the accredited certifying agencies. g) Each solar PV module must be warranted by manufacturer at least 90% rated power at the end of 10 years & 80% at the end of 25 years. Note: Qty of PV module shall be decided as per OEM recommendation, design and layout drawing submitted to department duly approved by GE. | - | - | - | - |
| 2.03 | (B) Module Mounting Structure (MMS) :-
Supply & fixing of the anti-corrosive factory made Gl structure on the RCC Roof for fixing of PV modules by fixing of suitable size fastner, spring washer, nuts & bolt. The minimum thickness of galvanization & mounting steel structure shall be as per IS 47592 & IS 2061-1992 respectively withstand the wind load of 180 Km/hr. as per IS 875. The array structure shall be fixed properly using maintenance free earthing kit.
Note:- (i)The total load for roof top SPV should be less than 60 Kg/m2. (ii) The design of module mounting structure complying load withstand as per relevant IS alongwith fixing arrangement on roof shall be submitted by the contractor duly vetted from IIT/NIT/Govt Engg college for approval by GE.
(iii) The material shall be corrosion resistant and electrolyticaly compatible with material used in module frame.
(iv)The fasteners should be of stainless steel and should allow easy replacement of any module.
(v) The minimum clearance of the structure from the roof level should be 300 mm. | - | - | - | - |
| 2.04 | (C) Solar DC Cables:-
(i) Supply & laying of 1.1kv single core multi stranded PVC FRLSH insulated & unsheathed copper wire/ copper cable for 3 ph supply in ISI marked PVC rigid conduit pipe by saddling as per IEC. (For Solar Array DC supply connection).
Note : (i) The size of cable shall be as per design given by OEM & approved by GE.
(ii)Cable should be passes through PVC rigid pipe and pipe should be fixed properly inside cable tray for easily maintenance, is included in quoted rate
(D) DC Combine box
A DC combine box shall be used to combine the DC cables of the solar module array with DC fuse protection for the outgoing DC cables to the DC distribution box. | - | - | - | - |
| 2.05 | (E) Array junction boxes_-
The number of junction boxes as per design given by OEM are to be provided in the PV array for termination of connecting cables. All wire/cables must be terminated through cable lugs. Copper busbar/terminated blocks housed in the junction box conforming to IP 65 degree of protection with EPDM rubber gasket to prevent water entry. Junction boxes shall be mounted on the MMS such that they are easily accessible and protected from direct sunlight & harsh weather.
(F) On Grid Power Conditioning unit ( Inverter):-
Supply & installation of 415V 3-ph, 50 Hz microprocessor DSP type grid connected Inverters which converts DC energy produce by the solar array to AC energy such that it synchronizes with the existing AC power source on site. Provisioning of power manager to get all parameter details. The Inverter shall have inbuilt MPPT (Maximum Power Point Tracker) feature so as to extract maximum power from PV modules & the MPPT units environmental testing should qualify IEC 60068-2 (1,2,14,30)/ Equivalent BIS standard. (The voltage variation of +/- 10% & frequency variation +/-3 Hz) | - | - | - | - |
| 2.07 | (G) Solar meter & Net meter:-
As per DISCOM requirement, to be provided at main MRS. Cost of Solar meter & Net meter, installation, connected accessories are included in quoted Rates.
(H) AC Distribution Board:-
(i) Supply & installation of 415V 3-ph 50Hz AC distribution board control AC power from Inverter & provided by nacessary surge arrestors system and suitable capacity MCCBs.; Qty-01 No
Note: ACDB shall be provided as per OEM design as approved by GE.
(J) AC Cables:-
(ii) Distribution wiring in 1.1kv single core multi stranded PVC FRLSH insulated & unsheathed copper wire fixed on wall on PVC batten or saddle(For AC power supply from Inverter to AC distribution board Panel).
Note :- (i) The size of cable shall be as per design given by OEM & approved by GE. | - | - | - | - |
| 2.08 | (K) Protection:-
The system shall be provided with all necessary protection like earthing, lightening & surge protection as per relevant standard.
(L) Performance testing:-
Ratio between the theoretical energy outputs of the SPV plant is termed as performance ratio and is measured in accordance with IEC 61724. Based on prevailing climatic and temperature conditions in India, a performance ratio of 75% is expected for crystalline modules.
(M) Other Misc items:-
As per requirement given by OEM and approved by GE to be provided.
(N) Earthing:-
As per MNRE specifications to be provided.
(O) Lightening protection:-
As per MNRE specifications to be provided. | - | - | - | - |
| 2.09 | (P) Installation, Testing & Commissioning:-
As per safety norms of SERC/CEA to be provided.
(Q) Warranty:-
5 years from the date of commissioning to be provided. | - | - | - | - |
| 2.11 | (viii) The cost of appropriate civil structure (Hot Dip Galvanised Iron structure) shall be included in quoted rate . The Civil structure incorporating Solar PV modules (arrays) should withstand the gusts of wind /cyclonic wind upto 150 km/hr from backside of panel.
(ix). PV modules will be guaranteed against any manufacturing defect for 10 Years.
(x). The contractor shall submitt design vetted from National Institute of Solar Energy or by Govt Institute authorised by MNRE or NISE or any reputed Institute / Agency authorised.
(xi). The quoted rate shall be inclusive of all the components as specifed here-in-above as well as Particular Specification, unless otherwise specified.
(xii). Suitable fastening arrangement such as grouting and calming should be provided to secure the installation against the specific wind speed. The Empanelled Agency shall be fully responsible for any damages to SPV System caused due to high wind velocity within guarantee period as per technical specification. | - | - | - | - |
| 3 | All as per item No-2.00 above for capacity not less than 20 KWp (for Bldg P-62 614 AD Bde) | 50 | KWp | - | - |
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