Solar window air conditioners combine solar power with energy-efficient cooling technology, offering a cost-effective and environmentally-friendly solution for homeowners ,With easy installation, smart energy management, and reduced operational costs, they provide a sustainable way to keep indoor spaces cool while minimizing your carbon footprint.
1. Solar-Powered Operation:
Primary Power Source: The unit operates primarily on solar energy, harnessing power from solar panels installed on the roof or nearby surfaces.
Hybrid Power Mode: Many solar window ACs feature hybrid systems, using solar power when available, and automatically switching to grid electricity when sunlight is insufficient (e.g., at night or on cloudy days).
2. Energy Efficiency:
High Energy Conversion Efficiency: Solar window ACs are designed to maximize the energy derived from solar panels, reducing electricity consumption and improving overall energy efficiency.
Low Power Consumption: Compared to conventional air conditioners, these units are optimized for low power use, which helps reduce electricity bills.
3. Environmentally Friendly:
Zero Emissions: Using renewable solar energy, solar-powered ACs significantly reduce carbon emissions compared to traditional air conditioners that run on grid electricity, which often comes from fossil fuels.
Sustainable Cooling: Solar window ACs promote sustainable living by reducing reliance on non-renewable energy sources.
4. Smart Control Features:
Wi-Fi or Smartphone Control: Some models come with Wi-Fi capability, allowing users to control their AC remotely using a smartphone app or smart home devices.
Automatic Switching: Hybrid models automatically switch between solar power and grid power, ensuring the unit continues to operate efficiently regardless of sunlight conditions.
5. Easy Installation:
Simple Setup: Solar window air conditioners are designed to fit into a standard window frame, making them relatively easy to install without the need for professional assistance (though professional installation is recommended for the solar panels).
Compact Design: The compact nature of a window AC makes it ideal for smaller spaces such as apartments, bedrooms, or offices.
Minimal Space Requirements: The system does not require extensive installation, making it an excellent option for homes with limited space for central air systems.
| Window Type Solar Air Conditioner | |||
| Model | Unit | DWA1-ACDC1-12KR2 | |
| Power supply | Power AC | Ph-V-Hz | 115V/60HZ |
| Power DC, PV, series connection | Voc | 80-380V | |
| Isc | </=14A | ||
| Rated Cooling | Capacity(T1) | W | 3500 |
| BTU | 12000 | ||
| Power input(T1) | W | 1100 | |
| Max Power Input | W | 1700 | |
| Dehumidification capacity | L/h | 1 | |
| Indoor air flow(Hi/Mi/Lo) | m3/h | 500/450/400 | |
| Noise level | dB(A) | ≤56 | |
| unit | Dimension(W×H×D) | mm | 520×480×370 |
| Packing (W×H×D) | mm | 600×560×430 | |
| Net/Gross weight | Kg | 25.0/34.0 | |
| Refrigerant type and charge volume | g | R32(450) | |
| Max Design pressure (Discharge/Suction) | MPa | 4.3/1.5 | |
| Operation temp | ℃ | 16℃~32℃ | |
| Ambient temp (cooling/heating) | ℃ | 16-55/-7-31 | |
| Application area | m2 | 8-15 | |
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