Products specifications
Massive 24000Btu Cooling for Large Spaces
Delivers 24000Btu (7.03kW) of cooling capacity, efficiently covering areas up to 1000–1200 square feet (93–111㎡)-perfect for cooling open-concept homes, 3–4 bedroom residences, small offices, retail showrooms, or industrial workshops. Equipped with a high-efficiency scroll compressor and 4-speed fan system, it can lower room temperature by 15–20°F (8–11°C) in 20–30 minutes, even in extreme heat (up to 125°F/52°C). Many models include a 22000Btu supplemental heating function, turning it into a year-round climate solution for regions with mild winters-eliminating the need for separate heaters and streamlining energy use.
Seamless Solar Integration for Renewable Cooling
Supports dual power input: 24V/48V DC (for solar energy) and 110V/220V AC (for grid backup), letting users prioritize renewable power for daily operation. Optimized for 350W–400W monocrystalline solar panels (4–6 panels required for full solar-powered cooling), it pairs with MPPT charge controllers to maximize solar energy capture-reducing grid electricity use by 75–90% and cutting carbon emissions linked to traditional cooling. It also integrates with 24V/48V LiFePO4 or lead-acid batteries (recommended 200AH+ capacity) to store excess solar power, ensuring uninterrupted cooling during cloudy weather or nighttime without relying on fossil fuel-generated grid energy.
Energy Efficiency & Eco-Conscious Design
Boasts an impressive Energy Efficiency Ratio (EER) of 12.0–13.5, outperforming traditional 24000Btu AC units (EER 8.5–10.0) and reducing energy consumption by 35–45%. It uses low-GWP (Global Warming Potential) refrigerant (R32 or R454B), which has up to 70% less environmental impact than older refrigerants, aligning with international eco-standards (EPA, EU F-Gas Regulation). A built-in smart energy management system includes a 1–24 hour programmable timer and occupancy sensor, automatically adjusting cooling output or shutting down when spaces are empty-further minimizing energy waste and environmental footprint.
1.Grid Power
During the night, the A/C unit take the power from the grid power and running with same principle of regular air conditioner, the SEER is over 22
2. Grid And Solar
When Sunshine is weak, like the morning or cloudy day. The A/C unit will take the solar as the priority choice
3.100% Solar
When solar energy meet the Min Running requirement of compressor, the A/C unit can start and operate by solar energy only, even the grid off. 100% energy saving. In same time, the system will charge the battery automatically.
4.Grid Off
When the grid off or the customer turns off the grid power, the system will automatically take the battery energy to run the A/C unit, it will ensure you enjoy cooling summer in any situation.
1. Battery Power
During the night or the solar energy is weak, the A/C unit takes the power from the battery to run the A/C Unit.
2. Battery & Solar
When Sunshine is weak. The A/C unit will take the solar as the priority choice, the insufficient power will take from the Battery.
3.100% Solar
When solar is sufficient, the A/C unit can start and operate by solar energy only. In same time, the system will charge the battery automatically.
● AC/DC auto-balance
Q: How do I choose the right size of a unit of them for my space?
A: Selecting the correct size of a unit of them is crucial for optimal performance. It depends on several factors, including the size of the room or area to be cooled, the sion of the room or area to be cooled, the insulation of the building, the number of occupants, and the local climate. As a general rule, for a small bedroom or office (around 100-150 square feet), a unit of them with a cooling capacity of 5,000-8,000 BTUs per hour might be sufficient. For a medium-sized living room (200-300 square feet), a unit of them with 8,000-12,000 BTUs per hour would be more appropriate. Larger spaces, such as open-plan offices or entire homes, may require multiple units or a central unit of them with a capacity of 18,000 BTUs per hour or more. Consulting with a professional HVAC installer can help you accurately assess your needs and choose the right size based on a detailed heat load calculation.
Q: Are there any government incentives and rebates for installing a unit of them?
A: In many regions, there are government initiatives to encourage the adoption of renewable energy, including a unit of them. These incentives can take various forms. Some areas offer tax credits, where you can deduct a portion of the installation cost from your annual taxes. Others provide rebates, which are direct payments back to the homeowner or business after installation. For example, a local government might offer a rebate of $500-$1,000 per installed unit of them. Additionally, there could be net metering programs that allow you to sell excess solar energy generated back to the grid, further offsetting your energy costs. To find out about the specific incentives available in your area, you can check with your local utility company, government energy department, or visit relevant official websites.
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