Products specifications
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: What is the impact of the compressor's quality on the overall performance of them?
A: The compressor is a critical component, and its quality has a significant impact. A high-quality compressor is more efficient, using less power to achieve the desired cooling or heating effect. It also has a longer lifespan, reducing the need for frequent replacements. Poor-quality compressors can be noisy, consume more energy, and are more prone to breakdowns. They may not be able to handle the pressure and temperature demands of the refrigeration cycle effectively, leading to reduced cooling performance and potential refrigerant leaks. Therefore, when choosing a solar air conditioner, it's important to research the compressor brand and specifications.
Q: How do I calculate the return on investment (ROI) for installing them?
A: To calculate the ROI, you need to consider several factors. First, determine the initial investment, including the cost of the air conditioner unit, the photovoltaic panels, installation, and any additional components like batteries. Then, estimate the annual savings on electricity bills by comparing your current energy consumption and cost with what you expect to pay after installing the solar air conditioner. Factor in any government incentives or rebates you might receive. Next, consider the lifespan of the unit. Divide the total savings over the lifespan by the initial investment and multiply by 100 to get the ROI percentage. For example, if the initial investment is $5,000, the total savings over 15 years is $10,000, and you received $1,000 in incentives, the ROI would be (($10,000 + $1,000) / $5,000) * 100 = 220%.
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