Wednesday, October 31, 2018

GVMC floating solar project

GVMC to set up 15 MW floating solar project on Meghadrigedda.

Visakhapatnam: The Greater Visakhapatnam Municipal Corporation (GVMC), which has set an example by harnessing the solar power over the last two years, is now planning to set up a 15 MW floating solar power project with about Rs 100 crore on the Meghadrigedda reservoir.

It will take advantage of the Visakhapatnam Smart City project to execute the 15 MW project.

The 15 MW project, which is called the largest floating solar power project in India, takes the floating solar power capacity of the GVMC to 20 MW. Moreover, a 3 MW project is also being undertaken at the Meghadrigedda reservoir and a 2 MW solar project at Mudasarlova has already been launched.

The GVMC has given a special emphasis, over the last two years, to alternative energy projects to combat greenhouse gas emissions, reduce its collective dependence on fossil fuels and make Visakhapatnam an energy efficient city, GVMC commissioner M Hari Narayanan said on Wednesday.

Narayanan said that GVMC has lined up several renewable energy projects with a vision to meet GVMC’s 100% electricity needs through alternative sources. “The total solar power capacity of GVMC will be 24 MW, including the 20 MW floating solar plants. We have been planning to raise funds for the 15 MW project through a loan,” said the civic chief.

According to experts, the floating solar power plant helps in better power generation as the solar panels are mounted on floating boards on the water surface, which provides a cooling effect. Besides being environment-friendly, the floating solar projects reduce the demand for land and make use of the unutilised surface area of the reservoir. The solar panels will also help in reducing the water evaporation from the reservoir to some extent.

The 2 MW floating solar project, which was set up with about Rs 13.4 crore on Mudasarlova, will alone save about Rs 2.3 crore on the electricity bills for the municipal corporation. The GVMC has installed solar rooftops with Rs 3 crore in 144 municipal schools. About 22 GVMC buildings are also part of the GVMC’s solar power grid.

The pole-like structures, which were erected in the parking area of the GVMC main office in Ramnagar to mount the solar photovoltaic (SPV) systems, gave a new look to the GVMC commissionerate.

Tuesday, October 30, 2018

Orissa tender substation

tender for contractors for engineering. supply, erection and commissioning of
(1) 2x63 mva, 132/33kv gas (sf6) insulated substation (gis) at satyanagar, bhubaneswar,
(2) 2x63 mva, 132/33kv gas (sf6) insulated substation (gis) at badagada, bhubaneswar,
(3)132kv ug cabi. gangua switching station to satyanagar 132/33kv gis substation -5.3km, (4) 132kv ug cable gangua switching station to manch.swar.b gis substatlon-2.2km,
(5) 132kv ug cabi. mancheswar-b to satyanagar gissubstation -6km. 

(6) 132kv ug cable satyanagar to unĂȘt-vlll gis substation (upto th. world square)3.672km, 

(7) 132kv ug cable satyanagar to badagada gls substatlon-6.5km, 

(8) 132kv ug cable badagada gis substation to kesura4.65km.

Total value

193.47 Crore

Location

Orissa

Last date-

Nov 26, 2018


Sunday, October 28, 2018

Sub-station components

Air break disconnect switches (mounted on the steel structure) These are used for maintenance.


Capacitive voltage transformers/voltage transformers (the one long candlestick-like device under the switches). These devices transform the line voltage down to a voltage low enough to be used by relaying and metering devices that protect and monitor the substation. In this case, the incoming line voltage is being monitored.


Line trap (the thing with a cylinder on it). This device is used in older communication systems where the communication is transmitted across the transmission line (power line carrier technology-PLC). Nowadays, fiber optic technology would be utilized. This device acts in concert with the capacitor in the voltage transformer to create an short circuit for PLC frequencies so that they do not travel through to the equipment in the substation, and create heat inside the equipment. The communication used in a substation is for relay operation and other data (metering, substation status information substation remote control, and relaying operations/monitoring). This communication/monitoring/relaying control is called the substation SCADA system (supervisory control and data acquisition).


Capacitive voltage transformers/voltage transformers (the three long candlestick-like devices near the line trap). These devices transform the line voltage down to a voltage low enough to be used by relaying and metering devices that protect and monitor the substation. In this case, the bus voltage between the line and the transformer high side is being monitored. The capacitor in the voltage transformer, together with the line trap, which is essentially an inductor, together make up an LC filtering circuit that creates a short circuit for communication frequencies from the power line carrier.


Disconnect air break switches (devices under the steel structure).


SF6 Transmission circuit breaker. This device opens under fault conditions in order to protect major equipment and to isolate the parts of a substation that is malfunctioning. In large substations, the breakers would be configured in such a way as to enable the healthy parts of the substation to continue to operate while isolating the parts that are affected by electrical faults or other issues like equipment failure.


Capacitive voltage transformer-used to monitor the voltage on the high side of the transformer for relaying and status purposes.


Three single phase transformers. Older substations used three separate transformers connected in a wye or delta configuration depending on the voltage.


In the background from left to right,


Behind the first voltage transformers are near the switches mounted on the steel structure, the device with the brown insulators on it is a circuit breaker.


Behind the circuit breaker in point 1 is a three phase transformer (all phases inside one tank as opposed to three separate transformers).


Behind the three phase transformer in point 2 is either a control enclosure with relaying /SCADA/communications equipment, or it is distribution switchgear. The distribution switchgear would contain circuit breakers and relaying/communication for the distribution side/low side of the substation. It’s hard to tell which it is, though.


Near the three capacitive voltage transformers are located, it appears that the device behind them is a three phase transformer, but it’s hard to see it.


Friday, October 26, 2018

SeCI ECV

Re-Tender Document For Supply, Installation & Commissioning of Electrochemical Capacitance Voltage (ECV) Profiler at National Institute of Solar Energy, Gurugram, Haryana

Upneda solar bidder

Uttar Pradesh prepares to procure another 550 MW of solar
The Indian state has set an electricity price ceiling of INR3.10/kWh and reserved the right to cancel the auction if it doesn’t fancy the resulting tariff. Bidders can go for projects ranging in size from 5 MW up to the whole capacity on offer.

The New and Renewable Energy Development Agency of Uttar Pradesh (UPNEDA) has invited interested bidders to a pre-bid meeting on Thursday, to discuss details of its latest 550 MW procurement exercise.

UPNEDA this month published a request for proposals for the tender, which will encompass PV and CPV projects ranging from 5 MW in scale, and offering the possibility for one bidder to scoop the entire 550 MW pot.

Submissions of interest to take part in the reverse auction – which has yet to have a date confirmed but is intended to be on December 4 – can be made until 6pm (3.30pm, CET) on November 14.

UPNEDA has set a maximum tariff ceiling of INR3.10/kWh ($0.042/kWh) and reserves the right to cancel the auction in the event of only one or two bidders meeting the qualification criteria or, more importantly, “if the single quoted tariff after [the] reverse auction is not aligned to the prevailing market prices”.

Successful bidders, who can include thin-film PV modules in their projects, will sell electricity to the Uttar Pradesh Power Corporation Ltd – which will take the power generated by the first 500 MW of projects – and to Noida Power Company Ltd, in each case under a 25-year PPA.

Projects can be established anywhere in the state and successful developers must provide evidence of ownership of 1.5ha of land per MW of capacity bid for, within 12 months of signing the power supply deal – expected to be on February 2.

Foreign companies involved in the bidding must establish an Indian company before signing the PPA and all projects must achieve financial closure within a set date of signing such deals, expected to be February 2, 2020.

Projects up to 250 MW in size have a 21-month deadline after signing the PPA to complete commissioning, with that timespan extending to 24 months for schemes of 250 MW and above, although the terms of the tender allow for a six-month extension in each case.

All eyes will be on the tariff that comes out of the reverse auction as speculation continues to swirl about the effects on the price of PV-generated electricity caused by a depreciating rupee against the dollar, as well as the effects of a 25% safeguarding duty on Chinese and Malaysian solar imports, and the imposition of goods and services tax (GST) on PV projects.

WBPCB solar tender

Tender Detail
TDR No
17605827
Tender No
WBPCB/SOLAR- 02/2018-19(e-14)
Tendering Authority
Government Departments - Environment and Forests
Tender Brief
tender for Design, Engineering, Manufacture / Procurement, Testing, Supply, Installation And Commissioning Of 50 Nos. Rooftop Grid Connected Solar Pv Power Plants Each Of Array Capacity 10Kwp Including Five ( 5 ) Years Comprehensive Maintenance On Turnkey Basis At V,
Compitition Type
Indian
State
West Bengal
Publish Date
25/09/2018
Due Date
29/10/2018
Tender Opening Date
31/10/2018
Key Value
Document Fees
Refer document
EMD
INR 600000 /-
Tender Value
INR 3 Crore /-
Contact Details
Name
Member Secretary West Bengal Pollution Control B
Company Name
Government Departments - Environment and Forests
Address
West Bengal Pollution Control Board Paribesh Bhavan 10A, LA-Block, Sector-III Bidhannagar Kolkata-106

ReNew power floating PV project

ReNew Power wins order of 3-MW floating PV project at Visakhapatnam, Andhra Pradesh

Indian independent power producer (IPP) ReNew Power restricted proclaimed last week that it’s won the tender for developing a 3-MW floating solar photovoltaic (PV) project at the Meghadrigedda reservoir in Visakhapatnam, Andhra Pradesh.

According to the corporate, the project are going to be among the biggest floating solar ones in India, estimated to come up with around 4.2 million kWh of power and compensative over 3,960 tonnes of dioxide (CO2) emissions on annual basis.

Prabhat Kumar Mishra, Head – Distributed solar and Offtake at ReNew Power, commented that utilising simply 10%-15% of India’s water resources for floating solar installations could lead on to generating up to three hundred GW of power.

ReNew Power won the project during a bidding method command by Greater Visakhapatnam Municipal Corporation (GVMC). The latter can finance the floating solar park via associate degree Asian Development Bank (ADB)

SECI hybrid tender solar

Bid Extension for 160 MW Solar-Wind Hybrid Tender with Storage. SECI

In the recent past, SECI has issued various notifications extending varied bid submission deadlines for its floated tenders.

USTDA to Support forty one MW Wind-Solar Hybrid Project in Andhra Pradesh

The solar power Corporation of India (SECI) has extended the bid submission point in time all over again for one hundred sixty MW of solar-wind hybrid power project with battery energy storage system {BESS} at Ramagiri, placed in Anantapur district of Andhra Pradesh.

The new bid submission point in time is November 2, 2018. The bid can open on a similar date.This is the second bid extension for this tender. Earlier, it had been revised from October one, 2018 to October ten, 2018.

Recently, SECI had amended the tender. consistent with the change, the proportion of necessary spare modules equipped from among the country has been inflated from zero.25 p.c to zero.50 p.c of the overall offer of solar modules.

In the new pointers, each solar management unit (SMU) input are given fuses on each positive and negative sides. just in case of negative grounded system, fuse at the positive aspect solely is appropriate.

GVMC floating solar project

GVMC to set up 15 MW floating solar project on Meghadrigedda.

Visakhapatnam: The Greater Visakhapatnam Municipal Corporation (GVMC), which has set an example by harnessing the solar power over the last two years, is now planning to set up a 15 MW floating solar power project with about Rs 100 crore on the Meghadrigedda reservoir.

It will take advantage of the Visakhapatnam Smart City project to execute the 15 MW project.

The 15 MW project, which is called the largest floating solar power project in India, takes the floating solar power capacity of the GVMC to 20 MW. Moreover, a 3 MW project is also being undertaken at the Meghadrigedda reservoir and a 2 MW solar project at Mudasarlova has already been launched.

The GVMC has given a special emphasis, over the last two years, to alternative energy projects to combat greenhouse gas emissions, reduce its collective dependence on fossil fuels and make Visakhapatnam an energy efficient city, GVMC commissioner M Hari Narayanan said on Wednesday.

Narayanan said that GVMC has lined up several renewable energy projects with a vision to meet GVMC’s 100% electricity needs through alternative sources. “The total solar power capacity of GVMC will be 24 MW, including the 20 MW floating solar plants. We have been planning to raise funds for the 15 MW project through a loan,” said the civic chief.

According to experts, the floating solar power plant helps in better power generation as the solar panels are mounted on floating boards on the water surface, which provides a cooling effect. Besides being environment-friendly, the floating solar projects reduce the demand for land and make use of the unutilised surface area of the reservoir. The solar panels will also help in reducing the water evaporation from the reservoir to some extent.

The 2 MW floating solar project, which was set up with about Rs 13.4 crore on Mudasarlova, will alone save about Rs 2.3 crore on the electricity bills for the municipal corporation. The GVMC has installed solar rooftops with Rs 3 crore in 144 municipal schools. About 22 GVMC buildings are also part of the GVMC’s solar power grid.

The pole-like structures, which were erected in the parking area of the GVMC main office in Ramnagar to mount the solar photovoltaic (SPV) systems, gave a new look to the GVMC commissionerate.

Telangana State Electricity Regulatory Commission grid connected solar project

Solar Developers Win Four Project Commissioning Delay Cases in Telangana
In a rare win Telangana’s commission has ruled in favor of project developers.

Project commissioning delays in India are handled strictly by government agencies often resulting in the encashment of performance bank guarantees. The Telangana State Electricity Regulatory Commission (TSERC) however has provided relief to the developers of four grid-connected solar projects in the state, totaling 55 MW. In all the four cases, TSERC accepted the reasons given by the project developers for the delay in the scheduled commissioning dates, scoring a win for developers.

Here are the details of the four cases:

Case 1

The Southern Power Distribution Company (DISCOM) of Telangana Limited (TSSPDCL) had tendered 2,000 MW of solar PV capacity. Thukkapur Solar won the bid to develop 15 MW near Thukkapur, in Medak district of Telangana to sell the generated power to the DISCOM. A power purchase agreement (PPA) was executed on February 29, 2016 between the petitioner and TSSPDCL at a tariff of ₹5.7249 (~$0.077)/kWh. According to the PPA, the scheduled commissioning date was slated for 12 months from the date of the PPA’s execution. However, after  a delay in the project commissioning, TSSPDCL encashed the performance bank guarantee of the developer.

The developer then petitioned TSERC seeking  to extend the scheduled commissioning date by 241 days, citing a delay in land acquisition for the project due to the reorganization of districts, demonetization, and excessive rainfall.

In its order, TSERC accepted the petition and responded that the performance bank guarantees will be refunded to the petitioner.

Case 2

Padmajiwadi Solar had won the bid to develop a solar project of 10 MW capacity near 132/33 KV Padmajiwadi SS, Nizamabad for sale to the DISCOM. A PPA was executed between the petitioner and TSSPDCL at a tariff of ₹5.7249 (~$0.077)/kWh, with the SCOD set at 12 months from the date of the PPA execution. However, after a 176 day delay in project commissioning, TSSPDCL encashed the performance bank guarantee of the developer.

In this case, the petitioner claimed that the commissioning delay was on account of holdup in land acquisition due to the districts’ reorganization. Citing this delay of 176 days, the respondent had encashed one performance bank guarantee with a threat to do the same with the remaining bank guarantee.

The developer then petitioned TSERC, pleading that the reasons provided for the delay in achieving the project commissioning due to excessive rainfall and reorganization of districts should be accepted. In its order, TSERC accepted the petitioners rationale, and agreed that invoking the performance bank guarantees by the respondent should also be set aside, with the amount to be refunded to the petitioner.

Cases 3 and 4

Mytrah Abhinav Power Private Limited won the bid to set up a 15 MW solar PV project in the Nagarkurnool, Mahaboobnagar district of Telangana. The developer entered a PPA with TSSPDCL at a tariff of ₹5.6667 (~$0.076)/kWh. Per the PPA, the scheduled commissioning date was 12 months from the date of PPA. Due to the delay in project commissioning, TSSPDCL once again encashed the performance bank guarantee of the developer.

According to the petition, due to force majeure (unforeseeable) conditions, the project commissioning was delayed by 371 days, and thus the developer was seeking relief from the TSERC. The commission agreed, and the developer was then granted an extension without penalty.

Mytrah had also won a bid to develop a 15 MW solar PV project in Domakonda, Nizamabad district of Telangana. The developer had entered a PPA with Northern Power Distribution Company of Telangana Limited (TSNPDCL) at a tariff of ₹5.7249 (~$0.0766)/kWh, with a 12 month scheduled commissioning date.

The project commissioning was slated for March 7, 2017, but the project was interconnected to the grid far behind schedule (on December 5, 2017), resulting in a delay of 274 days. Mytrah sited several reasons for delay (same reasons for both the projects) and went details. The developer said that in 2016 the Government of Telangana initiated re-organization of the districts and formation of new districts due to which there was uncertainty in the offices of the revenue authorities regarding jurisdiction of villages and Mandals. The developer cited that this slowed down the pace of site mobilization. The developer also cited that there was change of circle rates, causing land owners to re-negotiate an or renege on land sale agreements. Shifting of revenue records, non-availability of contiguous land parcels because the land owners were unwilling to sell their lands for development of projects also caused delay.

The developer went on to say that new projects of the government like Mission Bhagiratha, Mission Kakatiya and Project Kaleshwaram impacted land acquisition.  It also said that the policy of the government not to allot government land for power projects also contributed to the delay relating to acquisition of land.

Mytrah also mentioned that due to demonetization, vendors and sub-contractors could not pay rents for machinery and labor charges and faced severe setbacks due to limited resources which had an adverse impact in the progress of the work. Land owners were unwilling to accept demand drafts for payment and wanted cash, encumbrances could not be cleared by the land owners for want of cash to settle the loans.

Mytrah stated unprecedented and incessant rains and massive storms from June 2017 to October 2017 as another reason for stoppage of work.

The fifth major cause for delay according to Mytrah was the introduction of GST resulting in uncertainty in the tax regime which slowed down manufacturing as well as the service industry across the country from July 2017 to September 2017 which further delayed supply of key equipment.

During its ruling and examination, the TSERC found that the delay under penalty should be 35 days, not 274 days. The commission noted that even the state government had intervened to provide an additional four months to complete the project.

The TSERC orders in these cases is in contrast to a recent order passed by the Karnataka Electricity Regulatory Commission (KERC), which dismissed the petition filed by Marakka Solar Power Project LL.P.  KERC responded that the petitioner is not entitled to any of the reliefs due to force majeure events.

These contradictory rulings from the two state commissions highlight how various states view commissioning delay issues through a different lens. Telangana cases also show that developers may win their cases if there are very specific legitimate reasons for delay in commissioning.

HAREDA rooftop projects

Wheeling, Cross-Subsidy & T&D Charges Waived for Open Access Solar Consumers
Newly issued guidelines are expected to provide a policy framework to enable the expansion of MW capacity solar power projects.

The Haryana Renewable Energy Development Agency (HAREDA) has issued its guidelines for MW scale ground mounted and rooftop projects, for captive consumption or third party sale, under the Haryana Solar Power Policy 2016.

The guidelines are expected to provide a policy framework to enable the expansion of MW capacity solar power projects, facilitate their implementation, enhance the confidence of project developers, and fulfill renewable purchase obligation (RPO) requirements.

Under the policy guidelines, developers can install at any location in the state, but must interconnect these projects with stations of 11 kV capacity or greater. However, the Haryana Electricity Regulatory Commission (HERC) has waived these charges for such projects.

HERC has also approved regulations for the control period from FY2017-18 to FY2020-21. These include:

The Solar RPO target has been revised to eight percent by the financial year 2021-22
Wheeling charges, cross-subsidy charges, transmission and distribution charges and additional surcharges will be completely waived for third party sale or open access consumers of energy from ground mounted or rooftop solar projects commissioned during the control period.
The waiver will also apply to captive solar projects for self consumption
All waivers and concessions will be applicable for a period of 10 years from the date of the notification.
The waivers are applicable until the state achieves its goal of 500 MW of installed capacity.
According to  Mercom’s India Solar Project Tracker,  Haryana only has 60 MW of installed solar capacity to date.

The HERC has established the limit for total aggregate capacity of grid connected solar power projects to be set up under the Build-Own-Operate scheme. These projects will be technology agnostic and use mono/crystalline silicon, thin film or CPV solar panels. Trackers will not be mandatory.

It should be noted that projects that have already been commissioned will not be considered under this program. However, projects under construction can be considered, provided these projects are not already accepted under any other central or state programs.

The eligible project capacity will be a minimum of one MW and a maximum of up to 100 MW. In case the solar project is located in a solar park, then the minimum project capacity will be 250 kW. The minimum capacity of rooftop project for captive consumption or third party sale is 250 kW to one MW.

The total capacity allotted to a company and its affiliates is fixed at 100 MW.

In July 2018, HERC issued an order amending the terms and conditions for determining the tariff from renewable energy sources, renewable purchase obligations (RPOs)  and renewable energy certificates (RECs).

For RPOs and RECs, HERC had stated that every obligated entity including distribution licensee, consumers owning captive power plants, and open access consumers including short term open access consumers in Haryana, should purchase energy from renewable energy sources under the RPO as follows:

Earlier, Mercom reported that HERC approved a petition for the procurement of power from green energy sources (other than solar) in order to fulfill the stipulated RPO. The petition was filed by the Haryana Power Purchase Centre (HPPC), Panchkula. It sought permission for the Letter of Intent to procure non-solar renewable energy to fulfil its RPO.

(UPNEDA tender for bidder

Uttar Pradesh prepares to procure another 550 MW of solar
The Indian state has set an electricity price ceiling of INR3.10/kWh and reserved the right to cancel the auction if it doesn’t fancy the resulting tariff. Bidders can go for projects ranging in size from 5 MW up to the whole capacity on offer.

The New and Renewable Energy Development Agency of Uttar Pradesh (UPNEDA) has invited interested bidders to a pre-bid meeting on Thursday, to discuss details of its latest 550 MW procurement exercise.

UPNEDA this month published a request for proposals for the tender, which will encompass PV and CPV projects ranging from 5 MW in scale, and offering the possibility for one bidder to scoop the entire 550 MW pot.

Submissions of interest to take part in the reverse auction – which has yet to have a date confirmed but is intended to be on December 4 – can be made until 6pm (3.30pm, CET) on November 14.

UPNEDA has set a maximum tariff ceiling of INR3.10/kWh ($0.042/kWh) and reserves the right to cancel the auction in the event of only one or two bidders meeting the qualification criteria or, more importantly, “if the single quoted tariff after [the] reverse auction is not aligned to the prevailing market prices”.

Will tariff price rise or fall?

Successful bidders, who can include thin-film PV modules in their projects, will sell electricity to the Uttar Pradesh Power Corporation Ltd – which will take the power generated by the first 500 MW of projects – and to Noida Power Company Ltd, in each case under a 25-year PPA.

Projects can be established anywhere in the state and successful developers must provide evidence of ownership of 1.5ha of land per MW of capacity bid for, within 12 months of signing the power supply deal – expected to be on February 2.

Foreign companies involved in the bidding must establish an Indian company before signing the PPA and all projects must achieve financial closure within a set date of signing such deals, expected to be February 2, 2020.

Projects up to 250 MW in size have a 21-month deadline after signing the PPA to complete commissioning, with that timespan extending to 24 months for schemes of 250 MW and above, although the terms of the tender allow for a six-month extension in each case.

All eyes will be on the tariff that comes out of the reverse auction as speculation continues to swirl about the effects on the price of PV-generated electricity caused by a depreciating rupee against the dollar, as well as the effects of a 25% safeguarding duty on Chinese and Malaysian solar imports, and the imposition of goods and services tax (GST) on PV projects.

Monday, October 22, 2018

Floating solar PV project

ReNew Power bags 3 Mw floating solar PV project at Visakhapatnam
This would be among the largest floating solar PV projects in India

New Delhi: Renewable energy company ReNew Power on Monday announced it has won a tender for developing a 3-Megawatt (Mw) floating solar photovoltaic (PV) project to be set up in Visakhapatnam, Andhra Pradesh.

This would be among the largest floating solar PV projects in India and is estimated to generate around 4.2 million units of power annually, offsetting over 3,960 tonne of carbon emissions every year, the company said in a statement.

“Floating solar is an emerging technology trend with huge potential and we are proud to be associated with this project at the Meghadrigedda reservoir, Visakhapatnam. We believe floating solar power plants can play a critical role in a country like India which has abundant water bodies,” said Prabhat Kumar Mishra, head - distributed solar & offtake, ReNew Power.

The company said it had won the project after a bidding process conducted by the Greater Visakhapatnam Municipal Corporation (GVMC). The project would be financed by GVMC through a grant received from the Asian Development Bank under their Urban Climate Change Resilience Trust Fund.

Multiple factors including higher efficiency and lower installation time have contributed to floating solar gaining momentum, with Solar Energy Corporation of India (SECI) inviting an Expression of Interest to generate 10,000 Mw through this channel.

Industry estimates suggest floating solar panels can generate up to 300 Gigawatt of power if only 10-15 per cent of India’s water resources are utilised for the purpose.

Solar plant UP eproc tender

Organisation ChainU.P. State Construction and Infrastructure Development Corporation Ltd.||Electrical Division Bareilly

Tender Reference Number

614 /EE Bly/ E tender/2018-19/Date 08.10.2018

Tender ID

2018_SCIDC_259346_2
Title
5.0 Kw. offline Solar backup plant at C.H.C. Fatehganj, BareillyWork
Pre QualificationPlease refer Tender documents.Independent External MonitorNA
Tender Value in ₹4,75,000
Product CategoryElectrical WorksSub categoryNA Contract TypeTenderBid Validity(Days)30Period Of Work(Days)25 LocationC.H.C. Fatehganj, Bareilly
Pincode243501
Pre Bid Meeting PlaceNA Pre Bid Meeting AddressNA Pre Bid Meeting DateNA Bid Opening PlaceUPSCIDCO BareillyShould Allow NDA TenderNo
 Prequalification Approval DateNA Allow Preferential BidderNo 
Critical Dates
Published Date15-Oct-2018 04:00 PMBid Opening Date23-Oct-2018 01:00 PMDocument Download / Sale Start Date15-Oct-2018 04:00 PM
Document Download / Sale End Date23-Oct-2018 12:00 PMClarification Start DateNAClarification End DateNABid Submission Start Date15-Oct-2018 05:00 PMBid Submission End Date23-Oct-2018 12:00 PM
 Tenders Documents
Tender Fee Details, [Total Fee in ₹ * - 472]

Tender Fee in ₹472
Fee Payable To
UPSCIDCOFee Payable AtBareilly
Tender Fee Exemption AllowedNoEMD Fee Details
EMD Amount in ₹9,500EMD Exemption Allowed no
Payable ToUPSCIDCOEMD Payable At Bareilly

Solar street light eproc tender Uttar Pradesh

Organisation ChainDepartment of MSME And Export Promotion||UP Small Industries Corporation Ltd
Tender Reference Number05/ALLD/UPSIC/18-19
Tender ID2018_MSME_264454_1
Tender Type Open Tender
Tender Fee Details,
[Total Fee in ₹ * - 590]
Tender Fee in ₹590
Fee Payable To AREA MANAGER UPSIC ALLAHBADFee Payable At ALLAHBADTender Fee Exemption Allowed No EMD Fee Details

EMD Amount in ₹28,000

EMD Exemption AllowedNo

EMD Fee Typefixed

Payable ToAREA MANAGER UPSIC ALLAHBAD

EMD Payable At ALLAHBAD

TitleSUPPLY AND INSTALLATION OF 136 NO. 12 Watt SOLAR STREET LIGHT D.R.D.A. MIRJAPUR
Work DescriptionSUPPLY AND INSTALLATION OF 136 NO. 12 Watt SOLAR STREET LIGHT D.R.D.A. MIRJAPUR
Pre QualificationPlease refer Tender documents.
Independent External MonitorNA
Tender Value in ₹27,75,000Product CategorySolar Street LightsSub categoryNA 
Contract TypeTenderBid Validity(Days)90Period Of Work(Days)90 
LocationALLAHBADPincode221001Pre Bid Meeting PlaceNA 
Pre Bid Meeting AddressNA Pre Bid Meeting DateNA Bid Opening PlaceALLAHBAD
Should Allow NDA TenderNo Prequalification Approval DateNA Allow Preferential BidderNo
Bid Submission End Date30-Oct-2018 12:00 PM





Substation eproc Orissa tender

Tender Detail


TDR No
17736368
Tendering Authority
Government Departments - Power
Tender Brief
Tender For Contractors For Engineering. Supply, Erection And Commissioning Of
(1) 2X63 Mva, 132/33Kv Gas (Sf6) Insulated Substation (Gis) At Satyanagar, Bhubaneswar,
(2) 2X63 Mva, 132/33Kv Gas (Sf6) Insulated Substation (Gis) At Badagada, Bhubaneswar,
(3)132Kv Ug Cabi. Gangua Switching Station To Satyanagar 132/33Kv Gis Substation-5.3Km, (4) 132Kv Ug Cable Gangua Switching Station To Manch.Swar.B Gis Substatlon-2.2Km,
(5) 132Kv Ug Cabi. Mancheswar-B To Satyanagar Gis Substation-6Km.
(6) 132Kv Ug Cable Satyanagar To Unêt-Vlll Gis Substation (Upto Th. World Square)3.672Km,
(7) 132Kv Ug Cable Satyanagar To Badagada Gls Substatlon-6.5Km, (8) 132Kv Ug Cable Badagada Gis Substation To Kesura4.65Km.

Compitition Type

Indian

State

Orissa

Due Date

26/11/2018

Key Value


Document Fees

Refer document

EMD

Refer document

Tender Value

INR 193.47 Crore /-

Contact Details


Company Name

Government Departments - Power
My WhatsApp number
9026548247 if there is any queries
Thanks

Construction Of 220Kv Substation 

Tender Detail


TDR No
17851589
Tender No
2018_PTRCL_250935_1
Tendering Authority
Boards / Undertakings / PSU - Power
Tender Brief
Corrigendum - Construction Of 220Kv Substation Badhaikalan Distt Muzaffarnagar With Sas On Turnkey Basis

Competitive Type

Indian

State

Uttar Pradesh

Publish Date

15/09/2018

Due Date

25/10/2018

Tender Opening Date

26/10/2018

Key Value


Document Fees

Refer document

EMD

INR 8100000 /-

Tender Value

INR 40.49 Crore /-

Contact Details


Name

Superintending Engineer

Company Name

Boards / Undertakings / PSU - Power

Address

Superintending Engineer ESDC I