Solar Panels

Location: 71 Ash St, Barcaldine, QLD 4725, Australia

Buyer: Barcaldine Regional Council

Opened: May 06, 2026

Closing: May 15, 2026

ELEC, Lighting, Equip & Services
### ☀️ Solar Power Infrastructure Project - Barcaldine Regional Council **Barcaldine Regional Council** is seeking proposals for the supply and installation of solar power systems across a diverse range of council-managed facilities. This initiative aims to enhance energy sustainability, reduce operational electricity costs, and improve long-term financial efficiency across the region. #### 📋 Project Scope & Requirements - **Facility Coverage:** Installations will span depots, stores, sheds, showgrounds, town halls, and water treatment plants across five regions. - **Energy Analysis:** Successful bidders will utilize the 'Energy Detective' platform (developed by RAPID and LGAQ) to assess National Metering Identifiers (NMIs) and prioritize high-usage sites. - **Technical Requirements:** Systems must be scalable, compatible with existing infrastructure, and capable of withstanding regional environmental conditions (heat, dust, storms). - **Future-Proofing:** The project includes requirements for battery storage integration, EV charging compatibility, and smart energy management systems. #### 🎯 Desired Outcomes - Significant reduction in grid-supplied electricity reliance and carbon emissions. - Implementation of high-performance solar systems with robust warranties (20-25 years for panels). - Advanced performance monitoring, real-time reporting, and remote access capabilities. - Reliable maintenance support and clear escalation pathways. #### 🏢 About the Buyer Located in Central West Queensland, the Barcaldine Regional Council manages a vast area of 53,677 sq km. This project is part of a broader commitment to sustainable infrastructure and regional development. **Keywords:** Solar Installation, Renewable Energy, Council Tender, Electrical Infrastructure, Energy Efficiency, Barcaldine, Queensland, Sustainability, Solar PV, Battery Storage.