During this phase the site is selected based on criteria such as proximity to existing electrical infrastructure, environmental impact, land use and community acceptance. Early engagement with local communities and stakeholders is a core part of the development process. We prioritise meaningful consultation to understand community values, gather feedback in order to address concerns from the outset. Insights from these conversations help shape project design and planning decisions. Alongside feasibility studies and assessments to analyze energy needs, grid connection possibilities, financial modelling and risk analysis this phase also involves, securing the relevant land rights for the project, formal environmental impact assessments and seeking approvals from local councils and regulatory bodies.

Once Development Approval (DA) is granted, the project enters the pre-construction phase. Final designs are completed, incorporating any conditions from the DA. Key contracts for construction, equipment supply, and grid connection are negotiated and awarded. These agreements provide the basis for securing project financing. After financial close is achieved- when all funding arrangements are finalised- the project is ready to proceed to construction.

This phase involves the physical delivery of the BESS, including site preparation, civil and electrical works, equipment installation, and grid connection. Strict attention is paid to safety, quality control, and construction timelines. Throughout this stage, the project team works closely with contractors and local stakeholders to ensure compliance and minimise disruption. This phase is complete once all systems are installed, tested, and the BESS is ready for commissioning.

Once construction and commissioning are complete, the BESS enters the operational phase. At this stage, the system begins storing and dispatching energy in response to grid demands or local energy needs. The BESS is continuously monitored using advanced software to ensure safe, efficient, and reliable performance. Routine maintenance and inspections are conducted throughout its lifespan to optimise operation and uphold safety standards. This milestone is achieved once the system is fully tested, energised, and actively contributing to the energy system.

At the end of the BESS's operational life, this phase involves safely dismantling and removing the equipment, restoring the site, and responsibly disposing and recycling of materials. Decommissioning is carried out in line with environmental and regulatory requirements to minimise environmental impact and return the site to a suitable condition for future use.