This tender invites bids for the installation of a 06 KW solar power system at the ADJ Court Building in Mehar, Dadu. The District & Sessions Court, Dadu, is procuring high-quality solar equipment including Inverex Nitrox hybrid inverters, Tier-I Mono PERC solar panels, lithium-ion batteries, and robust mounting structures. The project aims to enhance energy sustainability at the court premises, ensuring uninterrupted power supply and reducing reliance on conventional electricity sources. The installation site in Mehar presents typical engineering challenges such as ensuring structural stability of the solar framing against local wind speeds up to 150 km/h and integrating the system with existing electrical infrastructure. The scope includes supply, installation, testing, commissioning, and handover of the complete solar system with a minimum one-year warranty on all hardware and installation services. Bidders must be registered with relevant tax authorities, hold an active ATL status with FBR, and comply with the Sales Tax Act. The tender follows the Single Stage - Two Envelope procedure under Sindh Public Procurement Rules 2010 (Amended 2022). The estimated cost is PKR 1,445,250, and bidders must submit a 5% bid security in the form of a bank draft or pay order. The tender is suitable for firms with PEC registration and experience in solar power installations. The bid submission deadline is set for 16 March 2026 at 11:00 AM, with technical bids opening at 11:30 AM the same day. Bids must be submitted electronically via the SPPRA e-Procurement (ePAD) system. The venue for bid opening is the Meeting Hall, District & Sessions Court, Dadu. Physical submission of bid security instruments is mandatory before bid opening. Pro-Tip: Ensure your bid includes all required documents such as NTN, GST registration, ATL certificate, and a valid bid security instrument. Missing or ambiguous submissions are commonly rejected. Also, carefully review the technical specifications to avoid disqualification during the technical evaluation phase.