The advantages of monoblock heat pump mainly include:
Convenience
• Easy Mobility & Transport: The unitary structure allows for quick relocation and installation, featuring a compact footprint and excellent heat transfer efficiency.
• Plug-and-Play Operation: Pre-tested before delivery, ready for immediate use upon power connection—no additional setup or construction required.
Durability
• Rugged & Weatherproof: Designed for outdoor environments, resistant to wind, sunlight, and rain, making it ideal for field and agricultural applications.
• Superior Insulation & Sealing: Enhanced sealing and thermal insulation minimize heat loss, improving energy efficiency.
Energy Efficiency
• High Performance & Energy Savings: Utilizes advanced air-source heat pump technology with 300%~500% thermal efficiency, reducing energy consumption by 25%~80% compared to conventional systems.
• Low-Noise Operation: Quiet performance, suitable for indoor or confined spaces.
Versatility
• Flexible Installation: No need for professional technicians, lowering installation costs and time—perfect for temporary or small-scale setups.
Global Heat Pump Upgrade Wave: How monoblock Designs Are Disrupting Traditional Split Systems?
August 11, 2025 — Against the backdrop of accelerating energy transition in Europe and North America, all-in-one air-source heat pumps are gradually replacing traditional split systems as the preferred choice for home heating upgrades, thanks to three key advantages: "quick installation, high efficiency, and space-saving." This article breaks down the core differences between the two systems to help overseas consumers make informed decisions.
I. Installation Efficiency: Save Time and Effort, Eliminate Complex Piping
Monoblock heat pump: Pre-charged with refrigerant at the factory, requiring no on-site vacuuming or copper pipe connections. Installation takes just 1/3 the time of split systems (about 2 hours), reducing labor costs by 40%.
Split heat pumps: Require separate transportation of indoor and outdoor units. Installation demands professional technicians for refrigerant line handling, with potential leakage risks—especially problematic for retrofitting older European homes.
Case study: A Berlin community adopting all-in-one heat pumps reduced installation time for 100 households from 30 days to just 10 days.
II. Performance: The Reliable King in Extreme Climates
Ultra-low temperature operation: Next-gen monoblock models deliver 90% rated heating capacity at -30°C, while split systems lose 20%-35% efficiency at -15°C.
COP (Coefficient of Performance): EU tests show monoblock units achieve an annual average COP of 3.8, 18.7% higher than split systems (avg. 3.2), saving ~€400/year for a 100㎡ home.
III. Long-Term Economics: A High-Return Green Investment
IV. Global Market Trends: Policy and Demand Driving Growth
North America: The U.S. Inflation Reduction Act offers 30% tax credits for all-in-one heat pumps, driving 67% YoY sales growth in 2024.
Europe: Italy, Spain, and others mandate integrated heat pump systems for new homes, pushing market penetration above 25%.
