Monoblock Economical DC Inverter Heat Pump (9-12kW)
-20% - 30% cheaper than standard model, economical choice
-Suitable for families or small commercial areas
How to choose DC inverter heat pump
DC Inverter Heat Pump Features variable frequency dynamic regulation, where compressor speed and fan power are adjusted in real-time to precisely match thermal load demands. This eliminates energy waste caused by frequent start-stop cycles in traditional equipment, achieving a comprehensive energy efficiency improvement of 30%-50%. The PV Direct Drive model utilizes DC-DC direct drive technology to eliminate inverter losses, delivering up to 95% energy savings during full sunlight exposure. Models equipped with EVI technology maintain high COP values (≥2.8) even in-15℃ low-temperature environments, outperforming resistance heating systems by 300% in extreme weather conditions. it is cheap DC inverter heat pump The DC inverter heat pump delivers enhanced comfort, with precise temperature control. The compressor and fan feature stepless speed regulation, maintaining a constant temperature environment where water temperature fluctuation ≤±0.5°℃ and room temperature differential <1°℃. Low-noise operation: Dual-rotor variable frequency compressors reduce noise by over 40% compared to traditional equipment through symmetrical motion vibration cancellation. DC inverter heat pump intelligent and reliable, intelligent linkage control support WiFi remote monitoring and multi-machine collaborative strategy, automatic optimization of operation time to match the peak and valley of electricity price. Flow motor reduces mechanical wear, 365 days continuous operation design to ensure more than 10 years of service life. DC inverter heat pump air conditioners have become a leading choice for modern heating and cooling solutions, thanks to their high energy efficiency (especially for heating), exceptional low-temperature performance, superior comfort experience, and eco-friendly features. Although the initial purchase cost may be higher than traditional air conditioners, their long-term operational cost-effectiveness and comprehensive performance advantages have made them increasingly popular in high-end residential properties and new energy vehicle sectors.
