By the time a Battery Energy Storage System (BESS) project reaches detailed design, many of the decisions that influence acoustic infrastructure have already been made.
Wall alignments, cable corridors, drainage, earthworks, access routes and construction staging all affect how a noise wall can be designed and built.
According to Wallmark Sales Director Brad Hewines, who has more than 20 years’ experience delivering acoustic infrastructure, feasibility is the critical stage.
“This is when the project still has flexibility,” Brad said. “Once the major civil and electrical decisions are locked in, acoustic barriers often have to work around them.”
For BESS projects, that can create real risk. Foundations can conflict with cable routes. Drainage can be harder to resolve. Access can become constrained. Construction staging can clash with trenching, equipment deliveries or commissioning activities.
“Early engagement helps us identify those issues before they become construction problems,” Brad said. “It allows the acoustic barrier to be engineered into the project, not added around it.”
For developers and EPC contractors, the benefit is practical: fewer design changes, fewer site clashes and greater confidence around programme and cost.
“The earlier we are involved, the more value we can add. At feasibility, small changes can make a major difference to how smoothly the project is delivered.”
Planning a Battery Energy Storage System or renewable energy project?
Engage Wallmark during feasibility to develop practical, buildable acoustic infrastructure solutions. Call us today on (02) 6057 7600 for your obligation-free consultation.
