SEAC Energy delivers fully funded Central Energy Plant (CEP) systems to support chilled and hot water production for HVAC and building services. Each CEP is engineered for performance, scalability, and energy integration, with optional capabilities for domestic hot water and swimming pool pre-heating using residual HVAC energy. Our CEP solutions include both air- and water-cooled […]
SEAC Energy delivers an integrated Energy Management System (EMS) and reporting platforms as part of our fully funded utility services. These systems are designed to optimise building energy performance by collecting and analysing real-time data from HVAC, electricity, hot water, and renewable systems. Our EMS solutions include: Smart metering infrastructure across energy subsystems Real-time data […]
SEAC Energy delivers end-to-end metering infrastructure as part of our fully funded embedded utility solutions, supporting electricity, hot water, HVAC, and renewable system monitoring. Our metering offering includes: Revenue-grade electricity meters for tenant-level billing Check metering for plant performance verification Thermal energy meters for HVAC flow and temperature measurement Hot water meters to support accurate […]
SEAC Energy supports modern developments with tailored domestic hot water systems, offering a range of technologies to suit both performance and design priorities. We provide: Centralised Heat Pump Systems – highly efficient, electrically driven solutions that harness ambient energy to reduce operating costs and emissions. Ideal for buildings targeting sustainability ratings and decarbonisation outcomes. Centralised […]
SEAC Energy delivers fully funded embedded electricity networks designed to support the evolving energy needs of modern multi-residential and mixed-use developments. Our integrated solution includes: Onsite metering and monitoring infrastructure (compliant with Power of Choice and AER regulations) Solar PV and battery energy storage systems to maximise renewable generation and self-consumption EV charging infrastructure aligned […]