Pacific Green Achieves Planning Permit for 1GW / 2.5GWh Portland Energy Park

Core Insights - Pacific Green has secured a planning permit for its second grid-scale battery energy park in Portland, Victoria, Australia, which will provide up to 1GW of firming capacity and become the largest battery energy park in Australia [1][2]. Project Development - The Portland Energy Park will be developed in phases over the next 36 months, significantly boosting energy storage capacity and enhancing energy stability in Victoria [2]. - The project aims to support the state's transition to net-zero emissions, with an expected annual avoidance of 66,900 tonnes of carbon dioxide once operational [2]. Community and Environmental Engagement - Pacific Green conducted comprehensive technical, environmental, and operational assessments to ensure compliance with statutory requirements and minimize potential impacts [3]. - Extensive community and stakeholder engagement was undertaken, including consultations with local First Peoples representatives, which influenced the final design of the energy park [3]. Strategic Positioning - The energy park is strategically located near the Portland Aluminium Smelter and Portland Water Treatment Plant, providing energy security to local businesses and enhancing existing electrical infrastructure [5]. Company Ambitions - Following the successful development of 1GWh of battery energy storage at Limestone Coast, the Portland Energy Park is part of Pacific Green's ambition to develop over 7 GWh of battery energy parks across the National Electricity Market [4]. - The company aims to become a leading developer in the market and accelerate Australia's transition to renewable energy through a multi-gigawatt platform [6]. Leadership Statements - Government officials highlighted the project's potential to unlock over $6 billion in renewable energy investments and provide cheaper, cleaner energy to Victorian households [6]. - Pacific Green's leadership expressed enthusiasm for the project's milestone, emphasizing its role in decarbonizing Australia's energy system and driving the energy transition forward [6].