Your Professional Solar Packaged Air Conditioner Supplier
We supply solar-powered air conditioning solutions for residential, commercial, and off-grid projects. The product range covers hybrid solar air conditioners, off-grid solar AC systems, and solar-powered window air conditioners, with cooling capacities including 12,000, 18,000, and 24,000 BTU models.
Depending on the project, the system can operate with solar power and grid electricity, or combine PV panels, an inverter, and batteries for off-grid operation. Configuration can be matched to the required cooling capacity, power conditions, climate, installation environment, and operating schedule.
Compare Solar AC Configurations
|
Configuration |
Solar Power |
Grid Power |
Battery |
Typical Application |
|
Hybrid Solar AC |
Yes |
Yes |
Not necessarily required |
Homes, offices, commercial buildings |
|
Off-Grid Solar AC |
Yes |
Optional backup depending on system |
Yes |
Remote and off-grid locations |
|
Solar Window AC |
Yes |
Yes |
Configuration dependent |
Container houses, caravans, compact spaces |
|
PV + Battery Solar AC System |
Yes |
Optional |
Yes |
Independent or backup cooling |
Solar Packaged Air Conditioner Specifications
|
Parameter |
Hybrid Solar AC |
Off-Grid Solar AC |
|
Cooling Capacity |
12,000 / 18,000 / 24,000 BTU |
12,000 / 18,000 / 24,000 BTU |
|
Rated Voltage |
208–240V |
System-dependent |
|
Frequency |
50/60Hz |
System-dependent |
|
Battery |
Not necessarily required |
Required for battery-backed operation |
|
Solar Input |
PV-assisted operation |
PV-based power supply |
|
Battery Voltage |
— |
48V configurations available |
|
Refrigerant |
Model dependent |
R32 configurations available |
|
Control |
Remote / Wi-Fi options |
Wireless / Wi-Fi options |
|
Operating Temperature |
Model dependent; T3 configurations available |
-10°C to +58°C on specified models |
|
Cooling Type |
Variable-capacity compressor |
DC-driven / variable-capacity configuration |
|
Application |
Residential / commercial |
Off-grid / remote / backup |
Product Range: Solar air-conditioning products cover hybrid, off-grid, and window configurations, allowing the system architecture to be matched to different site conditions.
International Supply: Proven export capabilities spanning markets in Europe, Australia, and regions globally.
Quality and Certification: Products are subject to quality-control and testing processes, with certification documentation available for relevant products upon request. For a project quotation, buyers should specify the destination market so the applicable compliance documentation can be confirmed before order placement.
Key Technical Features
Variable-Capacity Operation: Variable-capacity compressor technology allows the system to adjust cooling output according to the current load instead of operating continuously at a fixed capacity. Selected off-grid models use DC-driven configurations, while hybrid models use brushless DC permanent-magnet variable-frequency twin rotary compressors.
Solar and Grid Power Management: Hybrid systems can balance solar and grid power according to available solar generation and cooling demand. This configuration is useful where the buyer wants to reduce daytime grid consumption without installing a complete battery-based off-grid system.
Battery-Backed Operation: Off-grid configurations use PV generation and battery storage to extend operation beyond daylight hours. This is particularly relevant for remote buildings and locations where grid access is unavailable or unreliable.
High-Temperature Operation: For projects in hot regions, T3 performance is an important specification. Selected off-grid models provide T3 cooling data and an operating temperature range of -10°C to +58°C.
Low-Noise Operation: Selected off-grid configurations are specified with indoor and outdoor noise levels as low as 26 dB.
Corrosion Protection: Anti-corrosion treatment is available for selected indoor and outdoor units, which is relevant to coastal, humid, and other demanding installation environments.
Typical Applications
Residential Buildings: Solar AC systems can be used in villas, houses, apartments, and other residential buildings where cooling accounts for a significant portion of electricity consumption. Hybrid systems are suitable for grid-connected homes, while PV + battery configurations are more appropriate for off-grid residences.
Offices and Commercial Buildings: Offices, retail stores, and small commercial buildings can use hybrid solar AC systems to reduce daytime grid electricity consumption while maintaining conventional grid backup.
Remote and Off-Grid Buildings: Remote buildings often require cooling without dependable grid infrastructure. The PV + inverter + battery configuration allows the air conditioner to operate independently from the utility grid.
Container Houses and Caravans: Solar-powered window air conditioners can be considered where a compact installation and low installation cost are more important than a conventional split-system layout.
Hotels and Resorts: Hospitality projects can use solar AC systems to reduce daytime electricity demand while maintaining indoor comfort for guests.
Agricultural and Rural Facilities: Solar-powered cooling can also be applied to selected agricultural buildings, rural properties, and facilities where grid availability is limited.
How to Select the Right Solar Packaged Air Conditioner
Start with the Cooling Load
Select the air conditioner according to the actual cooling requirement rather than room size alone. Factors include:
- Floor area and ceiling height
- Building insulation and window area
- Solar heat gain and occupancy
- Internal heat sources and local outdoor temperature
- Operating hours
As a preliminary reference, the current hybrid range lists application areas of approximately 14–24 m² for 12,000 BTU, 21–30 m² for 18,000 BTU, and 30–45 m² for 24,000 BTU. Actual sizing should be confirmed through a project-specific cooling-load calculation.
Check the Power Condition
Choose hybrid when grid power is available and the main objective is to reduce grid electricity consumption.
Choose off-grid when the site has no reliable grid connection or requires independent operation.
For locations with unstable grid power, an off-grid configuration with battery storage can also provide a practical backup power architecture.
Evaluate Solar Resources
Solar AC performance depends on available solar irradiation, PV capacity, installation orientation, shading, and daily operating hours. Before specifying the PV system, check:
- Local solar irradiation and seasonal solar variation
- Available roof or ground area and PV panel orientation
- Required daytime cooling hours and nighttime operation
- Battery backup requirements
The solar array should be sized together with the air-conditioning load rather than specified independently.
Check the Climate
High-temperature regions require attention to T3 performance and maximum outdoor operating temperature. For projects in hot climates, confirm:
- T3 cooling capacity and maximum outdoor temperature
- Condenser performance and installation ventilation
- Corrosion protection and required derating at high ambient temperature
The current off-grid range includes T1/T3 cooling specifications, while selected models are specified for operation from -10°C to +58°C.
Solar AC System Configuration
A solar packaged air-conditioning project may include several interconnected components depending on the selected architecture:
Air Conditioner: The AC unit provides the cooling or heating function. Current configurations use variable-capacity compressor technology, with brushless DC motor configurations available in selected models.
Solar PV Panels: PV panels provide the primary renewable power source. The required PV capacity depends on the air-conditioner's electrical demand, local solar conditions, and daily operating profile.
Smart Inverter: For off-grid systems, the inverter manages the conversion and distribution of electrical energy between the PV array, battery, air conditioner, and other connected loads.
Battery Storage: Battery storage allows solar energy generated during the day to be used after sunset or when solar generation is insufficient. Current documentation indicates approximately 8–10 hours of nighttime backup under the specified system configuration. Actual runtime depends on battery capacity, AC load, weather conditions, and other connected loads.
Control System: Selected solar AC models support wireless remote control and Wi-Fi control. This can be useful for residential, rental, hospitality, and distributed commercial applications where remote operation is required.
Frequently Asked Questions
As one of the leading solar packaged air conditioner manufacturers and suppliers in China, we offer a wide range of products with superior quality. Please feel free to wholesale customized solar packaged air conditioner from our factory. Welcome to view our website for more information.