Innovative inverter technology helps air conditioners save energy: the new Wall Mounted Solar AC-Hybrid DGWA1-ACDCBLW-24K is launched

One of the core advantages of the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K is its unique inverter technology. Unlike the fixed-speed compressor of traditional air conditioners, this air conditioner uses 180° sine wave DC inverter controller technology, which enables the air conditioner to flexibly adjust the operating frequency of the compressor according to the temperature changes of the indoor environment during operation, thereby achieving energy saving. The speed of the compressor can be precisely adjusted according to the changes in load, which means that when the indoor temperature approaches the set value, the air conditioner will automatically reduce the power output, thereby reducing unnecessary energy waste.
During the cooling process of traditional air conditioners, the compressor usually runs at full speed until the set temperature is reached. This high-load operation mode leads to a large amount of power consumption and increases equipment wear. The inverter technology of the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K significantly reduces the energy consumption of the air conditioner by optimizing the operating frequency of the compressor, enabling it to maintain efficient operation under low load conditions.

The Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K is equipped with the latest low-frequency operation technology - SVPWM (Space Vector Pulse Width Modulation). This technology allows the compressor to operate at a frequency of less than 0.1Hz, significantly improving energy efficiency. Compared with the 120 DC inverter technology of traditional air conditioners, the introduction of this technology has increased the compressor efficiency of the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K by 13% under low load conditions, and the energy efficiency improvement compared to non-inverter air conditioners is as high as 32%.
Low-frequency operation can reduce energy loss during compressor startup and operation, and can also reduce equipment noise, providing a quieter user experience. For consumers, the reduced noise of air conditioner operation will undoubtedly improve the comfort of their living or working environment.

As a hybrid solar air conditioner, one of the biggest highlights of the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K is its built-in solar MPPT booster and inverter, which allows the air conditioner to fully utilize solar energy during the day to work, thereby reducing the demand for grid electricity. Traditional air conditioners mainly rely on power from the grid, while this product uses electricity from solar panels to supplement the grid, reducing dependence on the grid. Especially when there is sufficient sunshine, users can enjoy almost free clean energy, which provides a significant advantage in saving electricity bills.

With the combination of solar energy and inverter technology, the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K can minimize the consumption of traditional energy while maintaining efficient cooling and heating, which helps users reduce energy costs and effectively promotes sustainable energy use and carbon emissions reduction. For home and business users who want to reduce their carbon footprint, this air conditioner is undoubtedly an ideal green energy solution.

Intelligent control technology is also a highlight of the Wall mounted Solar AC- Hybrid DGWA1-ACDCBLW-24K. Equipped with Wi-Fi remote control function, users can remotely monitor and control the air conditioner through the mobile phone APP. Whether at home, in the office or traveling, users can adjust the operating mode of the air conditioner at any time to achieve more personalized temperature control settings. Through intelligent settings, the air conditioner can automatically adjust its operating mode according to the user's living habits and environmental changes to avoid energy waste. For example, when the indoor temperature is close to the set temperature, the air conditioner will automatically reduce power, reduce unnecessary cold or hot air output, and further reduce energy consumption. This intelligent temperature control and remote adjustment function ensures that the air conditioner maintains a comfortable ambient temperature during operation, while also maximizing energy savings.