Apricus All-In-One Plus 260L Heat Pump

Description

The Apricus All-In-One Plus 260L Heat Pump is a smart, energy-efficient hot water system designed to significantly reduce household water heating costs. Rather than generating heat directly, it draws thermal energy from the surrounding air and transfers it into a 260-litre insulated tank — using up to 70% less energy than a conventional electric or gas water heater, with an annual carbon reduction rating of 3 tonnes.

With built-in Solar PV integration, a smart touchscreen controller, and real-time power monitoring via a mobile app, the Apricus All-In-One puts you in complete control of your hot water — and your energy bills. Suitable for households of up to 6 people, and eligible for government STC, VEEC, and ESC rebates.

 

Exceptional Energy Efficiency

With a COP of 4.13 and a heating water production rate of 65 litres per hour, the Apricus All-In-One 260L reduces hot water energy costs by up to 70% compared to conventional electric and gas water heaters. Using R290 natural refrigerant with near-zero global warming potential, it is a registered Clean Energy product with an annual carbon reduction rating of 3 tonnes.

Works Day and Night, All Year Round

The Apricus All-In-One draws heat from the surrounding air and operates across an ambient temperature range of -7°C to +43°C, delivering reliable hot water in a wide range of climates. A 1.8kW backup electric element provides additional heating capacity via Boost or ELE modes when ambient temperatures are low or demand is high — with a maximum water temperature of 70°C.

Integrate & Maximise Your Solar PV

With built-in timer-controlled heat-up cycles, the Apricus All-In-One can be programmed to heat water during peak solar generation periods — maximising self-consumption of your rooftop solar and reducing your reliance on grid electricity.

Smart Touchscreen Controller & Mobile App

The intuitive touchscreen controller and SmartLiving mobile app provide real-time monitoring of tank temperature and total power usage, remote adjustment of operational modes and timers, and easy fault finding using historic data — all from your smartphone.

Dual Heating Technology

Four operational modes — AUTO, ECO, BOOST, and ELE — give you complete flexibility over how the system heats your water, balancing heat pump efficiency with electric element backup to suit your household’s needs at any time of year.

Low Global Warming R290 Refrigerant

The Apricus All-In-One uses R290, a natural refrigerant with near-zero global warming potential, making it a responsible choice for environmentally conscious households looking to reduce their carbon footprint.

Government Rebate Eligible

Eligible for federal and state government hot water rebate schemes including STC, VEEC, and ESC — helping to significantly offset the purchase and installation cost.

Technology Highlights

 

Real-Time Power Usage Monitoring

Monitor your system’s live power consumption, tank temperature, and operational history directly from the SmartLiving app or the physical controller — putting full visibility and control of your hot water costs in the palm of your hand.

Mains Pressure Delivery

Delivers mains pressure hot water throughout your home, ensuring strong flow to all taps, showers, and appliances.

6-Year Parts & Labour Warranty

Backed by a market-leading 6-year parts and labour warranty, the Apricus All-In-One 260L is built for long-term reliability and complete peace of mind.
* Energy savings of up to 70% are based on comparative analysis against conventional electric and gas water heaters under standard Australian conditions. COP of 4.13 measured at rated conditions. Payback period of 2–3 years is estimated and will vary depending on existing system cost, electricity tariff, and solar generation. Government rebate eligibility subject to applicable scheme terms and conditions. Note: Apricus AIO Heat Pumps installed December 2024 to March 2025 may be affected by a product recall — please refer to the Product Safety Australia website for further information.