Gap analysis for National Control Center (NCC) with higher level of Variable Renewable Energy (VRE) systems, and propose initial design of the new NCC for EFL

REQUEST FOR EXPRESSIONS OF INTEREST - CONSULTANT’S QUALIFICATIONS BASED SELECTION (CQS) Name of Project Fiji Energy Transformation Project Preparation (P515153) Loan No/Credit No/Grant Number GFPP Grant No. TF0D0728 Assignment Title Gap analysis for National Control Center (NCC) with higher level of Variable Renewable Energy (VRE) systems, and propose initial design of the new NCC for EFL Procurement Plan Ref Number FJ-EFL-567211-CS-CQS Reference No. EOI-02/2026 Country of Delivery Republic of Fiji The Republic of Fiji, acting through Energy Fiji Limited (EFL), has received financing from the World Bank toward the costs of the Fiji Energy Transformation Project Preparation (P515153), and intends to apply part of the proceeds for the following consulting services. The consulting services ("the Services") comprise a comprehensive gap analysis of EFL's National Control Centre (NCC) at Vuda Back Road, Nadi, and the definition of an initial design and modernisation roadmap for a future NCC capable of securely operating the Fiji grid at high levels of variable renewable energy penetration. EFL is the primary electricity provider in Fiji, serving Vitilevu, Vanualevu, Ovalau and Taveuni. Demand on the main VLIS grid currently exceeds 213 MW and is expected to exceed 300 MW within ten years, while EFL's Renewable Energy Roadmap targets the installation of 165 MW of solar capacity and over 40 MW of battery energy storage within five years. The NCC's current infrastructure, systems and operating procedures must be assessed against this future state. The Services will cover : assessment of the current SCADA/EMS infrastructure, data acquisition and analytics capability, and communications infrastructure (telemetry, fibre/OPGW, microwave, backup systems), including latency, signal loss and failover readiness; evaluation of operational processes and readiness, including SOPs for normal and emergency conditions, demand and generation forecasting, grid security studies (contingency