Construction of Solar PV Power Generation Systems and Replacement and Renovation of Pumping Systems

… awarded on the basis of the FIDIC contract for installations and design-build contracts, 1st edition 1999 (Yellow Book). The scope of work for all commercial utilities is set out below. This list is for illustrative purposes only and should not be construed as a complete list. The scope of work includes: ► Component 1 Solar PV • Project management, planning, installation and commissioning of the solar systems are the responsibility of the contractor • The plot of land for the PV installations shall be provided either within the production/extraction/preparation facilities and/or other sites of the CU. If the area is not sufficient, the land is secured by the CU by purchase or lease • Installation of online monitoring platforms for PV installations, including real-time data collection, transmission (GPRS/GSM or other), secure cloud data storage and online portal interface (security protected) with display of infrastructure state/performance data at site level • Operation and maintenance for up to 2 years after the planning and construction phase Sub-component 1a – Grid-connected solar PV systems • Design and supply of grid-connected solar power plants for the existing water extraction/water abstraction/water treatment plants and/or other sites of the CU. The size of the PV systems is limited by the capacity of the existing low/medium voltage and transformer systems. • This includes the installation of solar PV modules, junction boxes, cabling, filters (if required), inverters, busbar extensions and low-voltage compartments (if required). • Perform location measurements of electricity data to compare electricity consumption before and after work. For sites where pumps are refurbished, assess the proportion of annual consumption after pump refurbishment. Sub-component 1b – Hybrid solar PV systems • Design and supply of hybrid solar PV systems for the existing water extraction/water abstraction/water treatment plants and/or other CU sites. The size of the system depends on the pump input power (P1) and the number of working pumps. • In locations where hybrid technology is used, the pumps and associated power supply systems are also replaced. • This includes the installation of solar PV modules, junction boxes, filters (as needed), hybrid inverters, low-voltage equipment for solar PV and pumps, and frequency inverters for pumps. The scope of the component includes the interface or limit at the connection point for the cables from the low voltage equipment to the pumps. • Online monitoring platforms for sites where the hybrid system is integrated into a single pump and solar PV system. ► Component 2 – Pump systems • Renovation of the