Photo Voltaic Panel Renovation Project

RFP for Photo Voltaic Panel Renovation Project 

Asian Infrastructure Investment Bank

This buyer does not disclose their profile information.

Procurement Customer

Aug 26, 2025ID: 23397782SourcingDoc2702956041

Lead TypeRequest for Information (RFI)

Opportunity Amount320,000.00 - 360,000.00 USD

Contract Length24 months

Respond BySep 30, 2025, 01:00 PM GMT+04:00

Decision Deadline-

Humanitarian Aid-

SectorPublic

VisibilityPublic

Description

Asian Infrastructure Investment Bank (AIIB) is a multilateral development bank focused on developing Asia, but with members from all over the world. AIIB’s investments in infrastructure and other productive sectors seek to foster sustainable economic development, create wealth, and improve infrastructure connectivity. AIIB strives to be a world class multilateral financial institution built on a strong governance foundation and ethical culture. As a new multilateral development bank in the 21st century, the AIIB’s approach will be “lean, clean and green”, with a focus on efficiency and sustainability. Its areas of engagement are expected to include energy and power; transportation and telecommunications; rural infrastructure and agriculture development; water supply and sanitation; environmental protection; urban development and logistics; and other productive sectors as deemed appropriate. AIIB’s Articles of Agreement came into force on December 25, 2015 and is now operational following its inauguration on 16 January 2016.

Tower A Roof: Installed with 360 units of 325Wp modules, total capacity: 117kW. PV strings feed DC power into 3 inverters (2×50kW + 1×20kW) in Generator Room #5. After AC conversion, power is combined via an AC combiner box, routed through Core #6, and connected to the low-voltage busbar of Transformer #1 in Substation #1 (B1 Floor) via the lighting busbar in the electrical room.

Tower B: Installed with 169 units of 325Wp modules, total capacity: ~50kW. PV strings feed DC power into Generator Room #4, converted by a 60kW inverter to AC, combined via an AC combiner box, routed through Core #6, merged with other PV sources in Generator Room #1, and finally connected to Substation #4 (B1 Floor).