West Bengal Issues Tender to Establish 9.9 MW Rooftop Solar Plant
- West Bengal Renewable Energy Development Agency (WBREDA) has released a tender for establishing 9.9 MW of grid-connected roof solar PV plants.
The tender provided for layout and design manufacture/procurement, testing, supply installation, and also appointing together with five years of extensive upkeep for 990 specific grid-connected roof solar PV plants, each with a capability of 10 kWp on a complete basis.
All interested prospective buyers shall send their bid by April 23, 2021, till 4.00 P.M. Bidders are anticipated to pay an earnest money deposit (EMD) of Rs. 28 Lakhs with a tender fee of Rs 8,000. Additionally, there will certainly be a pre-bid conference on March 10, 2021.
The effective prospective buyers are anticipated to send Added Safety and security Efficiency at the rate of 10 percent of the tendered worth if the bid value stands 80 percent or less of the approximated expense propounded the tender.
Bidders will be qualified to submit their bids for 330 nos. the grid-connected solar PV nuclear power plant of each array ability 10 kW based upon standards established by WBREDA.
WBREDA will distribute the overall work during the placement of the letter of permission in different phases. The first stage consists of 330 roof solar systems that will be granted to the L1 prospective buyer at per least expensive acceptable price routine.
Other 660 rooftop planetary systems will be granted to L2, L3, and also L4 bidders just as if they agree to approve the lowest cost timetable without modifying the tender's original terms. The projects should be finished in 300 days.
The prospective buyer is expected to have a minimum average yearly turnover of at least Rs. 4.06 Crore from the last three finest financial years, to find themselves eligible in economic requirements.
As per the tender, WBREDA, a department of non-conventional & renewable energy sources, Govt. of West Bengal, schedules the right to alter, amend, omit, or otherwise vary the allocation quantities of the nuclear power plant of the original order.
