Key Benefits
- Energy efficiency
- Utilization of existing heat
- Reduced greenhouse gas emissions
- Independence from sunlight
- Long-term savings
- Works in cooler climates
Discover the Savings of Emerald Hot Water Pumps
The Emerald All-In-One Heat Pump is a versatile and energy-efficient solution crafted to meet the hot water demands of residential settings. With advanced features and dependable performance, it stands as a cost-effective and environmentally friendly option for modern households.
A Heat Pump is an energy-efficient way to reduce your energy requirements to heat hot water up to:
Premium Components
Crafted from high-quality components, the Emerald Heat Pump ensures optimum performance and reliability.
Warranty
Backed by a 5-year warranty on both the tank and the heat pump unit, along with a 2-year labour warranty, subject to terms and conditions.
Wi-Fi Enabled
Enjoy seamless integration with the Emerald app via Wi-Fi connectivity, enabling smart control and monitoring from mobile devices.
Two Capacities
Available in 220L and 270L capacities, catering to diverse household requirements.
Andrew Wang
Significant energy savings
Despite higher initial costs, Emerald heat pumps provide long-term savings through reduced energy bills and extended lifespan. By using heat from the surrounding air, emerald water pumps reduce energy consumption and environmental impact. They produce fewer greenhouse gas emissions and operate independently of sunlight, ensuring consistent hot water supply.
How it works
Heat pumps draw air into an evaporator, where a refrigerant absorbs the heat and turns into gas. This gas is compressed, increasing its temperature, then heats water through a heat exchanger before cooling and returning to liquid form. The cycle repeats, making heat pumps 74-80% more energy-efficient than conventional electric hot water systems.
Featuring Unique Wi-Fi Capabilities
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Questions & Answers
How do Emerald Energy hot water pumps work?
Emerald Energy hot water pumps operate by drawing air through a fan into an evaporator. The heat in the air is absorbed by a refrigerant, which turns from liquid to gas. This gas is then compressed, increasing its pressure and temperature, and flows through a heat exchanger to heat the water. The refrigerant then cools and returns to liquid form, completing the cycle.
