Electric point-of-use systems heat water at the outlet where it is used, rather than storing and distributing it from a central plant. When demand is triggered, water is heated instantly or drawn from a localised unit, eliminating distribution losses and reducing system complexity.
Centralised systems rely on storage tanks and ring mains, which introduce heat loss, oversizing, and unnecessary energy consumption. Point-of-use systems remove distribution losses, reduce infrastructure requirements, and deliver hot water only when and where it is needed – improving whole-system efficiency.
Yes, efficiency is achieved at a system level. By eliminating stored water, idle heating, and distribution losses, point-of-use systems reduce overall energy consumption compared to traditional centralised systems.
Point-of-use systems use diversity based load behaviour, rather than peak demand assumptions from centralised systems. This can reduce required electrical infrastructure when correctly modelled, with performance supported by project-specific calculations and real-world data.
Decentralised systems remove single points of failure. Individual units operate independently, allowing maintenance or replacement without affecting the entire system, improving reliability across the building.
Point-of-use systems simplify installation by removing centralised plant rooms, long pipe runs, and return loops. This reduces coordination complexity, shortens construction timelines, and frees up usable building space.
Electric point-of-use systems align with the transition away from gas and support evolving efficiency standards. They also contribute to sustainability targets by reducing energy use, water waste, and system complexity.
Yes. Point-of-use hot water systems are designed for commercial and multi-residential applications where demand varies across multiple outlets. They provide consistent performance while improving efficiency at a whole-of-building level.
