General OverviewUp to 3X Increased ProductivityGenerates more than 4 kW of heat using only 1 kW of electricity.Energy Savings of Up to 65%Greatly lowers electricity costs by utilizing renewable air energy.Eco-Friendly FunctionReduced carbon emissions when compared to conventional heating methods.Regular Provision of Hot WaterOffers dependable hot water all day and all night.Comparing Conventional Water HeatersElectric Water Heater vs Heat PumpElectric heater: ~1 kW of heat output from 1 kW of inputHeat pump: 1 kW input yields a maximum heat output of 4 kWOutcome: Significantly reduced electricity costs and increased efficiencyGas Water Heater vs Heat PumpNo use of gasReduced emissions of carbonCleaner and safer operationsOutcome: A more sustainable and environmentally friendly solutionHow does it work ?Step 1: Take in Air HeatHeat from the ambient air is captured by the system (renewable energy source).Step 2: The Process of CompressionRefrigerant is transformed into hot gas via the compressor and evaporator.Step 3: Transfer of Heat to WaterThe water in the tank is heated as the hot gas travels through the condenser coil.Step 4: Repeats the CycleThe cycle is continued when the refrigerant cools and then returns to absorb heat.
