FAQs

Locating batteries at established energy sites makes efficient use of existing grid connections and infrastructure. This reduces the need for new transmission lines, can reduce environmental and community impacts, and helps deliver reliable energy more efficiently and cost-effectively.

Battery facilities can generate low-level noise from cooling systems and electrical equipment, similar to industrial ventilation. Noise levels are assessed as part of the planning and approvals process and must meet strict limits. The facility will be designed to minimise noise impacts, including the use of enclosures, layout design and operational controls.

No. The battery operates flexibly, charging when electricity supply is high and discharging when demand increases or supply is constrained. At other times, the system may be idle or operating at low levels depending on electricity market and grid needs.

Large-scale batteries are designed with a long operational life, typically up to 20 years. At the end of their life, components can be replaced, recycled or safely decommissioned in accordance with regulatory requirements. Recycling pathways for battery materials are expanding in Australia as battery deployment increases.

Safety is a core design requirement for large-scale batteries. Battery facilities in Australia are designed and operated in line with strict safety standards and regulatory requirements. The system will include multiple layers of protection such as fire detection and suppression systems, thermal monitoring, separation distances, and emergency response plans developed in consultation with Fire and Rescue NSW.