Product Description
The R290 Monobloc DC Inverter Heat Pump is designed primarily for residential heating and cooling applications requiring a compact, fully packaged solution. The monobloc design consolidates all components into a single outdoor unit, minimizing indoor installation requirements and eliminating refrigerant piping indoors. This configuration suits users aiming to replace conventional boilers or integrate with existing radiator systems, including those in colder climates, with operation down to -25°C.
This unit utilizes R290 refrigerant, known for low global warming potential, supporting environmental compliance requirements. Rated A+++, it operates efficiently with a water outlet temperature up to 75°C suitable for older radiators. Control options include a Wi-Fi enabled 5-inch touchscreen interface and smartphone remote control. Power selections range from 6 kW to 16 kW including single and three-phase variants. The system employs a DC inverter compressor enabling quieter operation and energy-optimized performance.
The r290 monobloc heat pump is suitable for projects requiring minimal indoor installation work and adaptability in colder environments. It can serve as a replacement for traditional boilers or function in hybrid systems combining heat pump and boiler technology. Its ability to deliver high water temperatures and maintain efficiency under low outdoor temperatures makes it applicable in existing buildings with older heating infrastructure, facilitating carbon reduction goals and energy cost management.
Product Advantages
Its monobloc architecture reduces installation complexity by excluding indoor refrigerant piping, lowering labor input for project contractors and installers. The inclusion of standard power options and Wi-Fi controls allows ease of integration with different building control systems. The use of R290 refrigerant aligns with current regulatory trends toward lower GWP refrigerants, accommodating environmentally conscious procurement policies.
The product is supported by a supply chain involving recognized component suppliers, supporting stable quality standards suitable for wholesale and OEM/ODM projects. The range of power options allows selection suited to various property sizes or heating loads. Its quiet operation mode and wide ambient working range can broaden the usability in different climates and noise-sensitive environments, providing flexibility for distribution and commercial installation planning.
Use Scenarios
For distributors and procurement teams supplying residential retrofit projects, the r290 monobloc heat pump offers a direct boiler replacement with simplified installation and compatibility with existing radiator systems. Its capability to operate in temperatures as low as -25°C enables application in colder regions, while the high leaving water temperature meets the demands of traditional heating systems. This supports customer requirements for energy-efficient solutions without extensive rework.
As an r290 heat pump manufacturer, the supplier provides options for ODM and co-design, adding value for original equipment manufacturers seeking tailored modifications. The standardization of key components combined with customization capabilities facilitates the development of variants suitable for different markets or client specifications. This makes it relevant for businesses aiming to develop branded or specialized heat pump products using proven, stable base models.
| Monobloc |  |
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| Line-up | R290 Monobloc | ||
| 1Ø : 6 / 9 / 12 / 16kW 3Ø : 16kW |
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| Operation Range (heating) | Outdoor Air | -25 ~ 45°C | |
| Leaving Water | 10 ~ 75°C | ||
| Customer Needs | Designer & Installer | 1. Don't want refrigerant piping work 2. Using existing facilities for conventional boiler 3. Saving installation and commissioning time 4. No indoor unit | |
| End-User | 1. Low operation cost 2. Control integration between boiler and heat pump 3. Reliable operation and long lifetime 4. Remote control by smartphone 5. Easy and intuitive controls 6. Quiet operation | ||
| - Don't want to install refrigerant piping indoors | |||
| Approach | 1. High energy efficiency 2. Wi-Fi control solution 3. Interlocking operation with 3rd party boiler 4. High corrosion resistance heat exchanger 5. Low noise mode operation with schedule setting | ||
| - All in one concept (no refrigerant piping work) |
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| Benefit | 1. Multiple solution (heating, cooling and DHW supply) 2. Hybrid operation with existing facilities 3. Energy saving by utilizing renewable 4. Quick & easy installation and commissioning 5. Economic support by incentive program energy and high efficient equipment | ||
| - Simple replacement of existing boiler while maintaining the existing heating system - Saving mechanical room space |
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