Solar Mini Split System features include:
Dc inverter & Solar Assist
Optimized System Design
Independent dehumidification
Washable filter
Enhanced Copper Coils
Digital Display
Sleep Mode
Memories & Auto Restart
Wide Angle Air Distribution
Dry Anti-Mold Coil
Pre-charged
Low Voltage Start
Random Pitch Cross Flow Fan Wheel
Intelligent defrosting
Quiet Operation
Apart from these, the Solar Mini Split System pricing is also inclusive of:
One solar panel that could be mounted on roof, wall or off the ground
Indoor unit that includes a wall mount bracket and a remote control
Outdoor unit with two gas valves and two liquid valve
Solar Assisted Air Conditioning
Residential and small commercial A/C units often make up 70%
of the electrical power consumption of a building.
Solar assisted A/C systems cover up to 30% to 45%
of this demand by using a solar panel which is mounted next to
the outdoor unit or on the roof of the building.
Working principle of Solar Assisted
The System 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 compressor.
• Super Quiet Operation
Solar Assisted is similar to a regular A/C 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 the condenser coil. The change of state of the
refrigerant, starts to take place approximately 2/3rd's of the way
down the condenser. Solar Assisted 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 compression required to achieve the cooling
process in the conventional cooling systems as well as utilizing
more of the condenser cooling face of the coil. Conventional air
conditioning systems are only able to change a portion of the
gas into a liquid state so when the refrigerant enters into the
metering device it is a saturated vapor. The Solar A/C process
allows more of the refrigerant to change state back into a liquid
faster as well as allowing the transformation of more liquid into
the metering device.
The Solar Assisted A/C could save about 30-45% electricity for
cooling and more than 50% for heating.
Collector size : 40 inch x 22 inch x 3 inch. weight = 22 pounds.
Heat pump/outdoor unit size : 35 inch x 14 inch x 24 inch. weight = 77 pounds.
Indoor unit size : 36 inch x 14 inch x 11 inch. weight = 32 pounds.
220 volts 60 hz.
Remote control for ease of use.
Unit comes with all pipe work to connect and insulation.
Pre charged with freon, we suggest getting a hvac company to charge the system.
These systems work great and we have one installed on our building, super silent running.
