Install Solar Heat Pump & Hot Water Systems in Melbourne
Planning to install solar hot water systems and solar heat pumps in Melbourne residential area to save dollars? You are on the right track. Solar Victoria offers rebate under the Solar Homes Program to allow eligible homeowners to save up to $1,000 on solar heat pump installations. Take advantage of the government rebate and save up to $400/year on electricity bills.
Install Solar Heat Pump & Hot Water Systems in Melbourne
Planning to install solar hot water systems and solar heat pumps in Melbourne residential area to save dollars? You are on the right track. Solar Victoria offers rebate under the Solar Homes Program to allow eligible homeowners to save up to $1,000 on solar heat pump installations. Take advantage of the government rebate and save up to $400/year on electricity bills.
How It's Work- Heat Pump & Solar Hot Water System
Hot water systems account for around 21 per cent of total energy use and highly impact your energy bills. You can keep these costs under control by installing an efficient solar hot water system
- Solar hot water systems and heat pumps use less energy to heat water and can be run easily on renewable energy.
- In Melbourne Installing an efficient heat pump can help reduce greenhouse emissions and energy bills.
- Under Solar Homes Program, new and existing solar hot water customers can now apply for a solar panel PV rebate to save even more.
Revolutionising Hot Water
As we shift toward the self-sufficient and energy independence era, with Solar Energy as the choice for clean power, Online Air and Solar offers cost-effective, reliable services.
Our Energy Storage Hot Water System uses renewable energy to heat your water without needing solar panels. It utilises the energy from the air around it to efficiently heat your water. This technology makes our Energy Storage Hot Water System extraordinarily efficient and the most cost-effective way to generate hot water.
Understand The Functioning
A fan across the evaporator pulls in air containing heat energy.
The liquid refrigerant is transformed into a gas by the evaporator.
The refrigerant is pressurised by the compressor into a hot gas.
The water in the coil-wrapped tank inside the condenser coil is heated by the hot gas.
The refrigerant becomes a liquid after heating the water, which is then moved to the evaporator to begin the process all over again.
Up until the targeted temperature is reached, the cycle repeats.
Key Benefits of Installation Solar Hot Water System
The following information outlines the many benefits of our 180 L & 270 L Energy Storage Hot Water System.
Key Benefits Of The 180 L Energy Storage Hot Water System
- Environmentally friendly
- Highly energy efficient
- Further savings benefits with pre-existing solar power system
- Suitable for narrow areas Electronic user-friendly controller
Key Benefits Of The 270 L Energy Storage Hot Water System
- Utilize your solar PV system to the fullest.
- Most affordable and cost-efficient energy storage solution on the market.
- Receive Small-scale Technology Certificates.
- Generate hot water all year round.
Am I Eligible To Apply For Heat Pump & Solar Hot Water System Rebate?
Solar Hot Water System Rebate – Victorian households are eligible to receive a solar hot water rebate if:
- They are the owner-occupier of the property
- The owners have a combined household taxable income of less than $180,000 per year
- They have not received a solar battery loan or a solar hot water rebate before
- Their existing property is valued at under $3 million
- The hot water system to be replaced is at least three years old
- The solar hot water system is on the Solar Homes program approved products list
Features of Energy Storage Hot Water System
Economical
The Energy Storage Hot Water System has four intelligent working modes that adapt to any situation. A hybrid mode is available for extra guests staying at your house, and a vacation mode is available when you are away for the holidays.
Optimal design
An external wrap-around heating coil offers maximum thermal energy transfer.
Low consumption
● 180 L Energy Storage Hot Water System consumes approximately 0.5 kW of power during the air-to-energy process (average household running cycle is 3 - 4 hours = 1.5 to 2 kWh total)
● 270 L Energy Storage Hot Water System consumes approximately 1 kW of power during the air-to-energy process (average household running cycle is 3 - 4 hours = 3 - 4 kWh total)
Energy savings & Money
Up to 30% of the energy used in the typical Australian household is used to heat the water. Our Energy Storage Hot Water System saves you a lot of money while saving the planet!
How Much Will I Save?
On average, households that install solar hot water systems can expect to save anything between $140-$400 per year on their electricity bills.