Solar Air Conditioner Main Features
* OFF-Grid operation
* 100% solar air conditioner
* High-SEER BLDC (Brushless DC) permanent magnet compressor.
* No Inverter required – 100% DC operation, save 20% energy loss.
* Overnight operation available.
* Innovative control logic saves energy
* Uses min. 4 standard 12v deep cycle solar batteries.
* Needs minimum of 1,000 watts of standard solar panels.
Q: What is meaning of each letter in model name?
H-; SAC-Solar Air Conditioner
09-9,000btu; 12-12,000btu
C-Cooling only; H- cooling and heating
A-R410A; B-R22; C-R134A
Q: Where is suitable for using solar air conditioners?
a) Solar energy is clean green power. Using solar air conditioner can reduce carbon emissions greatly. To protect our environment, we can use solar air conditioners anywhere with sunshine.
b) for area be short of electricity supply
c) For area without power supply (our solar air conditioners can be driven 100% by solar panels).
Q: How does the solar air conditioner work?
A: Solar panels proivde DC power to batteries; Batteries drive air conditioner to run for cooling and heating.
Q: How many watt solar panel we need to drive solar air conditioner?
SAC Power Consumption = SAC Input power * Running time (hours)
Power Supply: output capacity of solar panel * Sunshine time (hours)
Power available = Power from solar panel + power stock in batteries
If you want to drive SAC 100% by solar energy (in case there is no stock batteries power)
Solar panel capacity required =(SAC input power x SAC running time <hours>/sunshine time <hours> x80%
Q: Do you need inverter to make DC power to AC?
Inverter is NOT required for our solar air conditioners. Inverter will increase cost of solar air conditioner system. In addition, inverter will loose 25% power when it works. Compressor and fan motor of solar air conditioners are all 48V DC powered. So we don’t use inverter withour system to reduce cost and save energy.
Q: What is the function of battery?
Battery is the power station for solar air conditioners, which can deposit power in daytime, and provide stable 48V energy to solar air conditioner. 50% power of batteries full capacity will be reserved in batteries. When stock power less than 30%, solar air conditioner will be turned off automatically.
Q: Which kind of batteries required for your solar air conditioners?
Deep-cycle solar batteries 12V x 4, 6V x 8, 2V x 24 etc.
Q: How many Ah I need for solar air conditioners?
It will be decided by the operation time (hours) of solar air conditioner.
Ah required = Working Current (A) x working time (hours)/70%
Q: Which included in your solar air conditioner system?
We prvide you high wall split indoor and outdoor units, including power cable. Solar panels, batteries, solar controllers are optional.
Q: solar air conditioner is 100% driven by solar panels?
Yes, solar air conditioners can be 100% driven by solar panels.
Q:What will happen when batteries is not enough to drive air conditioner?
When the rest energy is less than 30% of rated batteries capacity, solar air conditioner will be shut off automatically. After energy inside batteries is enough, solar air conditioner will re-start automatically.
Q:What functions else included?
“Auto-restar” function: All previous setting (mode, temp. fan speed etc) will be reserved after each power off.
“Timer” function help you to set auto ON/OFF time. Real 24Hr. setting make it easy to set auto ON/OFF time of operation.
Q: How to install the soar air conditiner system
1) Install the solar air conditioner as normal wall split ac units
2) Install solar panel and connected it to batteries
3) Connect power cable of soar air conditioner to batteries
48V Solar Air Conditioner,48VDC Solar Power Air Conditioning
Posted by admin in News
Solar Air Conditioner Main Features
* OFF-Grid operation
* 100% solar air conditioner
* High-SEER BLDC (Brushless DC) permanent magnet compressor.
* No Inverter required – 100% DC operation, save 20% energy loss.
* Overnight operation available.
* Innovative control logic saves energy
* Uses min. 4 standard 12v deep cycle solar batteries.
* Needs minimum of 1,000 watts of standard solar panels.
Solar Air Conditioner Specification:
48V DC powered 100% Solar Air Conditioning FAQs:
Q: What is meaning of each letter in model name?
H-; SAC-Solar Air Conditioner
09-9,000btu; 12-12,000btu
C-Cooling only; H- cooling and heating
A-R410A; B-R22; C-R134A
Q: Where is suitable for using solar air conditioners?
a) Solar energy is clean green power. Using solar air conditioner can reduce carbon emissions greatly. To protect our environment, we can use solar air conditioners anywhere with sunshine.
b) for area be short of electricity supply
c) For area without power supply (our solar air conditioners can be driven 100% by solar panels).
Q: How does the solar air conditioner work?
A: Solar panels proivde DC power to batteries; Batteries drive air conditioner to run for cooling and heating.
Q: How many watt solar panel we need to drive solar air conditioner?
SAC Power Consumption = SAC Input power * Running time (hours)
Power Supply: output capacity of solar panel * Sunshine time (hours)
Power available = Power from solar panel + power stock in batteries
If you want to drive SAC 100% by solar energy (in case there is no stock batteries power)
Solar panel capacity required =(SAC input power x SAC running time <hours>/sunshine time <hours> x80%
Q: Do you need inverter to make DC power to AC?
Inverter is NOT required for our solar air conditioners. Inverter will increase cost of solar air conditioner system. In addition, inverter will loose 25% power when it works. Compressor and fan motor of solar air conditioners are all 48V DC powered. So we don’t use inverter withour system to reduce cost and save energy.
Q: What is the function of battery?
Battery is the power station for solar air conditioners, which can deposit power in daytime, and provide stable 48V energy to solar air conditioner. 50% power of batteries full capacity will be reserved in batteries. When stock power less than 30%, solar air conditioner will be turned off automatically.
Q: Which kind of batteries required for your solar air conditioners?
Deep-cycle solar batteries 12V x 4, 6V x 8, 2V x 24 etc.
Q: How many Ah I need for solar air conditioners?
It will be decided by the operation time (hours) of solar air conditioner.
Ah required = Working Current (A) x working time (hours)/70%
Recommended Batteries Capacity (Ah)
Operation Time per day 5 Hr. 6Hr. 7Hr. 8Hr. 9Hr. 10Hr. 11Hr. 12Hr.
HSAC-09C/C 82 99 115 131 148 164 181 197
HSAC-12C/C 112 135 157 179 202 224 247 269
Q: Which included in your solar air conditioner system?
We prvide you high wall split indoor and outdoor units, including power cable. Solar panels, batteries, solar controllers are optional.
Q: solar air conditioner is 100% driven by solar panels?
Yes, solar air conditioners can be 100% driven by solar panels.
Q:What will happen when batteries is not enough to drive air conditioner?
When the rest energy is less than 30% of rated batteries capacity, solar air conditioner will be shut off automatically. After energy inside batteries is enough, solar air conditioner will re-start automatically.
Q:What functions else included?
“Auto-restar” function: All previous setting (mode, temp. fan speed etc) will be reserved after each power off.
“Timer” function help you to set auto ON/OFF time. Real 24Hr. setting make it easy to set auto ON/OFF time of operation.
Q: How to install the soar air conditiner system
1) Install the solar air conditioner as normal wall split ac units
2) Install solar panel and connected it to batteries
3) Connect power cable of soar air conditioner to batteries