Simple and stylish appearance, powerful functions, stable operation, and can provide cooling, heating, and hot water modes, making it your preferred choice for home heating and hot water.
DC inverter heat pumps demonstrate extensive application value and significant advantages across multiple fields through their high-efficiency energy-saving performance and intelligent regulation capabilities. Primarily used for home heating and cooling systems, air to water heat pump are ideal for residential environments such as villas and apartments, providing floor heating and domestic hot water functions to ensure uniform indoor comfort. Designed specifically for swimming pools, monoblock DC inverter heat pump support constant temperature control to meet the comfort needs of users in spa centers and home pools. In commercial and public facilities: air to water heat pump are widely applied in schools, hotels, office buildings, beauty salons, and other venues, offering efficient hot water and air conditioning solutions. Air-source heat pumps feature high energy efficiency, which can automatically adjust the speed of compressors and motors through DC inverter technology, achieving stepless speed regulation. air to water heat pump significantly reduces energy consumption and improves energy utilization rates. Also known as air-source heat pumps, air to water heat pump maintain temperature stability by dynamically compensating for outdoor environmental conditions to keep indoor temperatures constant (e.g., 21°℃), preventing water temperature fluctuations and ensuring comfortable experiences. DC inverter heat pumps demonstrate flexible load adjustment capabilities, and off-the-shelf outdoor units operate at low frequencies during light loads, expanding their adjustment range to meet diverse space requirements. Compared with traditional heat pumps, they offer greater reliability. Monolithic DC Inverter Heat Pump operates quietly, features a split design with DC brushless fan motor that significantly reduces noise, making it ideal for residential and public spaces requiring quiet environments. Intelligent control, integrated WiFi and remote control system for convenient device management and enhanced usability. Environmental adaptability, Wide operating temperature range (-5~43°C), suitable for a variety of climate conditions, to ensure stable operation throughout the year. The DC Inverter Heat Pump operates by integrating heat pump refrigeration cycle technology with DC variable frequency drive (VFD) systems, achieving efficient thermal energy transfer through intelligent compressor speed regulation. The primary process involves three stages: evaporative heat absorption, where liquid refrigerant absorbs heat from ambient low-temperature environments (air/water) in the evaporator, and condensation into low-temperature gas. Compression heating, Low-temperature gaseous refrigerant enters the compressor and is compressed into high-temperature, high-pressure gas. Condensation and heat release: High-temperature refrigerant releases heat to the indoor environment in the condenser, condensing into high-pressure liquid. Throttling pressure reduction: The high-pressure liquid refrigerant passes through the expansion valve to reduce pressure and temperature, then re-enters the evaporator to complete the cycle. The DC inverter heat pump serves two primary functions: converting DC to AC, and transforming input DC power (such as from solar panels or batteries) into adjustable-frequency AC through PWM technology. The system also employs stepless speed regulation to precisely control the compressor motor's rotational speed, enabling load adjustment across a wide range of 10% to 120%. Air Source Heat Pump Dynamic Response. Sensors continuously monitor ambient temperature and feed data to the control module (e.g., TL5001 chip), automatically adjusting compressor power to maintain set temperatures while avoiding frequent start-stop cycles common in traditional heat pumps. Low-Speed Constant-Temperature Operation. During low-load conditions, compressors operate at reduced speeds instead of shutting down, minimizing start-stop energy loss and reducing energy consumption by over 30%. Temperature Compensation: Dynamically adjusts operating parameters based on outdoor temperature fluctuations to ensure indoor temperature difference remains ≤±0.5℃. DC inverter heat pump integrates heat pump cycle and frequency conversion speed regulation technology to achieve "precise heating/cooling" through dynamic energy management, which is significantly better than traditional equipment in terms of energy efficiency, temperature control accuracy and noise control
