Hot Sale 100% Solar Air Conditioner,DC Solar Powered Air Conditioners For Homes

Ref Price:: $618.00 - 5,000.00 / set

Loading Port:: Ningbo

Payment Terms:: L/C,T/T

Min Order Qty:: 1 Units set

Supply Capability:: 300 Units per Day set/month

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Air Conditioner Hot Sale Best Quality

hot sale 100% solar air conditioner,dc solar powered air conditioners for homes,home aircon

Main futures:

This pure solar air conditioning adopt DC power,using 48V/24V dc inverter solar powered,which is clean energy and renewable energy from the sun! so it is energy-saviing and eco-friendly,no need any electricity consuption! In a word,it is a air conditioner no electricity. The solar power air conditioner 100 can work only solar power from solar panel and battery .

Don't worry in cloudy or rainy day, this split 100% solar air conditioner for home can work for 4 hours to 12hours by using electricity from battery power ,which is storage in battey when sunshine time.

Now you can see the dc solar powered air conditioners is an evolutionary technology.

More for this dc solar powered air conditioners you will intrested:

warranty:3 years for aircon compressor,1 year for whole unit.

Pls kindly note :The solar mini split air conditioners use 48v dc air conditioner compressor or 12 volt air conditioner compressor

This solar ac(gree air conditioners) Install and operator is easy as normal air conditioner

Samples are OK and available,welcome to contact us for split solar air conditioner price of sample and bulk order.

Main Features
* High-SEER BLDC (Brushless DC) permanent magnet compressor.
* AC-DC Automatically convert

* Solar powered air conditioning requires no AC power.
* Compressor provides high efficiency operation and slow start.
* Overnight operation available.
* Innovative control logic for energy saving.
* Uses min. 4 standard 12V deep cycle solar batteries.
* Needs minimum of ~800 watts of standard solar panels.
* Works with external standard solar charge controller.
* Solar panel require

specification

Wall Mounted Type DC Solar Air-Conditioner(4 hours)
Power Supply 8VDC (44V to 54 V)
Model No.			TKF-26GW/DC	TKFR-35GW/DC	TKFR-52GW/DC	TKFR-72GW/DC
Performance
Capacity	Cooling	Btu/h	9000	12000	18000	24000
	Cooling	W	2600	3500	5200	7200
	Heating	Btu/h	10000	13000	20000	27000
	Heating	W	2800	3700	5400	7900
Noise	Indoor	dB(A)	≤40	≤42	≤44	≤46
Noise	Outdoor	dB(A)	≤50	≤52	≤55	≤58
Air Circulation		m³/h	450	550	750	1050
Suitable Area		m²	10~15	12~25	20~35	25~45
EER		W/W	4.56	3.89	4.00	4.00
EER		Btu/h/w	15.79	13.33	13.85	13.33
Refrigerant			R-134A		R-410A
Compressor		DC 48V
Power Consumption
Power Input		W	570	900	1300	1800
Rated Current		A	11.5	16	23	33
Input Power		V	DC 48	DC 48	DC 48	DC 48
Dimension
Indoor Unit	Shipping	mm	745255195	775260210	990320210	1150320210
Indoor Unit	NET	mm	780240305	840325265	1070395285	1070395285
Outdoor Unit	Shipping	mm	645245495	790260540	850300700	850300700
Outdoor Unit	NET	mm	725320540	910370610	950400750	950400750
Solar Panel	Shipping	mm	1074801165	1074801165	1074801165	1074801385
Solar Panel	NET	mm	1200880205	1200880205	1200880205	1200880415
Battery	Shipping	mm	645245495	645245495	645245495	645245495
Battery	NET	mm	180308170	180308170	180308170	360308170
Weight
Indoor Unit	Net/Gross	kg	11/13	13/15	17/19	19/21
Outdoor Unit	Net/Gross	kg	38/40	45/48	48/55	56/62
Solar Panel	Net/Gross	kg	50/65	30/35	50/65	58/65
Battery	Net/Gross	kg	30/38	20/26	30/38	40/45

how many solar panel and batteries do I need ?
Work time on no sunshine	9000BTU	12000BTU	18000BTU	24000BTU
4 hours/day	Solar panel 50W4 Batteries 12V60Ah4	Solar panel150W6 Batteries12V100Ah4	Solar panel 150W8 Batteries 12V150Ah4	Solar panel150W12 Batteries12V200Ah4
8 hours/day	Solar panel150W8 Batteries12V120Ah4	Solar panel150W12 Batteries12V200Ah4	Solar panel150W16 Batteries 12V250Ah4	Solar panel150W24 Batteries12V200Ah8

Above data accord with sunlit time is 6.6Hours/day to calculate
Work time on no sunshine	If there is no sunshine, our 100% solar ac still can working time with fully charged battery

FAQ

Q1：Why is it important to use home air conditioner filters?

A：Without them you can clog up vital parts of the heating or cooling components that can be difficult to clean out and can cause severe damage that will be much more expensive to repair than the inconvenience of replacing a filter once a month.

Q2：What is VRF Air Conditioning System?

A：VRF air-conditioning systems owe their growing popularity to their ability to meet a wide range of requirements.

Q: What are the main components of household air conditioning? The compressor and condenser, respectively is stem what of: Air conditioning composition includes four parts: compressor, heat exchanger outside machine (machine inside the heat sink, heat sink), four-way valve, capillary, this is 4 big air conditioning, plus a circuit control part. Compressor is mainly freon gas compression, low temperature low pressure of gas into high temperature and high pressure gas. The condenser is the heat sink. If it is cooling condition, machine outside the heat sink is the condenser, the machine is the evaporator. If heating condition, the machine is the condenser, the machine is the evaporator, the hope can give you help

Q: The development history of air conditioning: In 1902, Dr Carrier invented the world's first air conditioner, is the industry regarded as "the father of air conditioning" and "expert", etc.

Q: What is the air conditioning refrigerant today: Domestic mainly R22. A handful of high-end machines made in China is to destroy the atmosphere of R410 Joint venture is below 3800 are R22, higher than the price of R410 Whether the ship plane all cars use commercial air conditioning refrigerant freon.

Q: With central air-conditioning and hang up air conditioning which good at home?: Household central air conditioning is a generally referred to as the home use air conditioning system. Does not take up the interior space, no bare pipe, high comfort, no dead Angle, the wind out and decorate a style to complete reunification, class is high, the taste is different, the disadvantage is that the price higher. Also, household central air conditioning has wall hang up. So this can't contrast.

Q: Air conditioning general under the condition of high and low pressure is normal?: Static pressure associated with outside air temperature, the higher the temperature, the higher the static pressure of refrigerant, if the air temperature is above 30 degrees, static pressure will reach 1 million mpa. Summer: Runtime of high pressure up to 2 million mpa in the summer, but is not greater than 2.5 million mpa. Under low pressure in normal circumstances in 0.5 million (refers to the environmental temperature 30 degrees)! Summer is the highest temperature will reach 0.6 million mpa, more than may influence the refrigerating capacity of the air conditioning! Winter: High pressure could reach 2.5 million mpa (for heating) Low voltage depends on the environment temperature, generally at about 0200000 mpa

Q: How do I control the temperature zone in a multi-story building with air conditioners?: To control the temperature zone in a multi-story building with air conditioners, you can follow a few steps. 1. Determine the zoning layout: Identify the different areas or zones within the building that require individual temperature control. This could be based on different floors, wings, or specific rooms. 2. Install multiple air conditioning units: Place separate air conditioning units in each zone or floor to allow for independent temperature control. This way, each area can have its own thermostat and settings. 3. Set individual thermostats: Adjust the thermostat in each zone according to the desired temperature for that specific area. This allows for customized comfort levels in different parts of the building. 4. Utilize programmable thermostats: Use programmable thermostats to set different temperature schedules for various zones. This can help optimize energy efficiency by adjusting temperatures based on occupancy and usage patterns. 5. Maintain proper insulation: Ensure that the building's insulation is adequate to prevent temperature transfer between different zones. This will help maintain the desired temperature levels in each area. 6. Regular maintenance and monitoring: Regularly inspect and maintain the air conditioning units and thermostats to ensure they are functioning correctly. Monitor the temperature levels in each zone to make any necessary adjustments. By following these steps, you can effectively control the temperature zone in a multi-story building with air conditioners, providing comfort and energy efficiency throughout the various areas.

Q: How do you troubleshoot an air conditioner that is not turning off?: If an air conditioner is not turning off, there are a few troubleshooting steps you can take to identify and potentially resolve the issue. 1. Check the thermostat settings: Ensure that the thermostat is set to the desired temperature and cooling mode. Sometimes, the thermostat may be set on "continuous" or "fan only" mode, causing the air conditioner to run constantly. Adjust the settings accordingly. 2. Inspect the thermostat’s wiring: Inspect the wiring behind the thermostat to ensure proper connections. Loose or damaged wires can cause the air conditioner to malfunction. If any issues are found, consider calling a professional to fix or replace the thermostat. 3. Clean or replace the air filter: A dirty or clogged air filter can restrict airflow, causing the air conditioner to work harder and potentially run continuously. Remove the filter and clean it thoroughly or replace it if necessary. It is recommended to clean or replace the filter every few months to maintain optimal performance. 4. Check the condenser unit: The condenser unit, located outside the house, may be dirty or obstructed, hindering its ability to cool the air. Inspect the unit and remove any debris, such as leaves, branches, or dirt. Use a hose to gently clean the condenser coil, ensuring it is free of grime or buildup. 5. Verify the condition of the evaporator coil: The evaporator coil, located inside the air conditioner, can become dirty over time. If the coil is covered in dirt or dust, it can impede airflow and cause the unit to run continuously. Cleaning the coil with a mild detergent or contacting a professional for a thorough cleaning may be necessary. 6. Check the refrigerant levels: Low refrigerant levels can lead to an air conditioner continuously running. However, checking and refilling refrigerant levels should be done by a licensed HVAC technician, as it requires specialized equipment and knowledge. 7. Inspect the blower motor: The blower motor is responsible for circulating the cool air throughout your home. If it is malfunctioning or failing, it may cause the air conditioner to run continuously. Listen for any unusual noises or vibrations coming from the unit. If detected, it is advisable to contact a professional technician to inspect and repair the blower motor if necessary. If none of these troubleshooting steps resolve the issue, it is recommended to contact a licensed HVAC technician to diagnose and repair the air conditioner. They will have the necessary expertise and tools to identify and fix any underlying problems that may be causing the unit to run continuously.

Q: Can an air conditioner help reduce the risk of allergies?: Yes, an air conditioner can help reduce the risk of allergies. It filters out pollen, dust, and other allergens from the air, creating a cleaner and healthier indoor environment.

Q: Can I use my air conditioner as a heater during the winter?: Using your air conditioner as a heater in the winter is not allowed. Air conditioners are designed specifically to cool the air by extracting heat and humidity from the room. They function by taking warm air from inside the room, cooling it, and then reintroducing it back into the room. This process is not suitable for increasing the temperature during the winter months when warmth is needed. If you wish to heat your room in the winter, you will need a separate heating system, such as a furnace, boiler, electric heater, or heat pump. These devices are specifically created to generate and distribute warm air or heat your space efficiently and effectively. It is crucial to utilize the appropriate heating equipment to ensure the safety, comfort, and energy efficiency of your home during the colder months.

Q: Air conditioning separate-bodied air-conditioners installed can higher than indoor machine: Under normal circumstances, air conditioning separate-bodied air-conditioners should as far as possible below the indoor machine, which can guarantee the oil well back from the compressor series, to ensure good lubrication performance of the compressor. If the installation location of the limit only higher than the indoor machine, your installation height is not high, there is no problem, the drain can be from the bottom or other position, just below the indoor machine can guarantee the knot is leaking out.

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