EEGREEN SOLAR INVERTER AIRCONDITIONER & HEATER

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EEGREEN SOLAR INVERTER AIRCONDITIONER & HEATER

eepage

S AC

THIS IS AN AWESOME PRODUCT, SAVE 40% MORE OF ENERGY COSTS & GREENHOUSE GAS EMMISSIONS THAN A CONVENTIONAL SPLIT SYSTEM

These are 3.5kW, 5 kW & 7.2kW Solar Hybrid Air Conditioner Split Systems which utilises a solar heating panel generating savings of up to 40% of the power cost compared to a conventional split system air conditioner/heater.They are ideal for areas up to 100m2 (or more if your home is energy efficient). As there is no other product like it on the Australian Market and there is no existing category for a solar hybrid, its performance (star rating) has been assessed on the split system only without the added advantage of the solar panel. Not only do you achieve great savings on power bills but you enjoy greater performance with rapid temperature response and super quiet running. Simply, its cleaner, cheaper and better.

THE BENEFITS

Around 40% more efficient & cheaper to run than traditional comparitive split system - less on your power bills!
Highest Performance Rating Available in Australia
Cooling Old 6.5 Star New Rating 2.5 Star | Heating Old 5.5 Star New Rating 2.5 Star
Super Quiet
Quicker temperature response
Friendly to our precious environment
Easy to use remote control
Easy to install
5 year warranty

HOW IT WORKS

Working principle of Solar Inverter Air Conditioner

The Solar Air Conditioner system is a system that utilizes the sun as a heat source to assist the energy needed to drive the cooling process of a typical air conditioning system which in turn reduces the electrical consumption required to run the Toshiba DC Inverter Compressor.

The Solar Air Conditioner system is similar to a regular air conditioner in that the refrigeration takes place by evaporating liquid with a very low boiling point. In both cases, when a liquid evaporates or boils, it takes some heat away with it, and can continue to do so, either until the liquid is all boiled, or until everything has become so cold that the sub-zero boiling point has been reached.

The difference between the two is how the gas is changed back into a liquid so that it may be used again. A regular air conditioning system uses a compressor to increase the pressure on the gas, forcing it to become a liquid again through the use of a condenser coil. The change of state of the refrigerant starts to take place approximately 2/3rd’s of the way down the condenser. The Solar Air Conditioning system uses a different method. It uses the solar heat from the sun to superheat the refrigerant which enables the refrigerant to begin changing state at the top 2/3rd’s of the condenser coil. By using this method it reduces the superheat of the compression required to achieve the cooling process in the conventional cooling system as well as utilizing more of the condenser cooling face to the coil. The conventional air conditioning system is only able to change a portion of the gas into a liquid state so as when the refrigerant enters into the system it is a saturated vapor. The Solar Air Conditioning process allows more of the refrigerant to change state back into liquid faster as well as allowing the transformation of more liquid into the system.

In summary the Solar Air Conditioner utilizes solar power thus saving approximately 37.5%-67.5% of electricity consumption that is consumed by a regular air conditioner, it has an awesome operating temp range of -8 degrees C to 55 degrees C, contact us today for a free installation quote.

ENERGY SAVINGS

Electricity Consume of DC Solar AC VS Normal AC(18000BTU) On cold or hot days.
Hour	Electricity Consume of Normal AC	Electricity Consume of Solar AC	Electricity Saved	Electricity Saved
1 hour	2.0kw	1.25kw	0.75kw	37.50%
10 hours	20kw	12.5kw	7.5kw	37.50%
1 month	600kw	375kw	225kw	37.50%
3 months	1800kw	1125kw	1050kw	37.50%
6 month	3600kw	2250kw	1350kw	37.50%
1 year	7200kw	4500kw	2700kw	37.50%
Remarks: The above test data are based on the AC works under intermediate frequency.

Electricity Consume of DC Solar AC VS Normal AC(18000BTU) on milder days
Hour	Electricity Consume of Normal AC	Electricity Consume of Solar AC	Electricity Saved	Electricity Saved
1 hour	2.0kw	0.65KW	1.35KW	67.50%
10 hours	20kw	6.5KW	13.5KW	67.50%
1 month	600kw	195KW	405KW	67.50%
3 months	1800KW	585KW	1215KW	67.50%
6 month		1170KW	2430KW	67.50%
1 year		2340KW	4860KW	67.50%
REMARKS: The above data are based on the AC works under low frequency