The unit serves as a self-contained r290 monobloc heat pump solution integrating indoor and outdoor components into a single assembly. It targets projects requiring straightforward installation and servicing by eliminating indoor refrigerant piping. Procurement of this type of r290 heat pump typically aligns with retrofit or new residential heating and cooling system upgrades emphasizing reduced installation complexity.
This heat pump employs r290 refrigerant recognized for its low global warming potential and operational efficiency. The system supports a wide operating range adaptable to outdoor temperatures from -25°C up to 45°C, and hot water delivery up to 75°C. Its integrated inverter compressor and touchscreen control facilitate energy management and user interface functions. Manufactured models cover various capacities, enabling selection matched to specific project heat load requirements.
The product is suited for residential and commercial applications where integration with existing water-based heating infrastructure is necessary, or where high water temperatures are needed for radiators. Its monobloc design reduces installation time and technical challenges, which can improve project timelines. Buyers can consider this r290 heat pump for operations requiring low noise emission and remote control capability, supporting practicality in urban or noise-sensitive environments.
The monobloc configuration simplifies logistics and onsite setup by removing the need for refrigerant piping. This structural design can reduce installation labor costs and potential leak points. Use of r290 refrigerant aligns with regulatory pressures favoring low-GWP solutions, pertinent for compliance in certain markets. OEM and ODM options can support customization requests related to controller interfaces or capacity scaling.
The product offers a range of output capacities, facilitating adaptation to varying project scales. Stability in component sourcing is supported by collaboration with established suppliers in compressor and control system hardware. The inclusion of a touchscreen controller with Wi-Fi does not introduce additional complexity for experienced servicing personnel. Packaging and delivery considerations focus on a fully integrated unit, suitable for streamlined distribution to regional installers or distributors.
In residential retrofit scenarios, the r290 monobloc heat pump replaces conventional boilers or older heat pumps, connecting directly to the existing water piping system without requiring refrigerant line installation. This reduces disruption and installation time for mid-size projects. Its operational temperature range suits climates with cold winters, supporting continued heating performance without auxiliary systems. Procurement agents valuing ease of installation and retrofit compatibility may prioritize this solution.
The product’s modular monobloc design and varied capacity range support its use by OEMs and heat pump distributors targeting segmented market needs. Its use of r290 refrigerant addresses demand for environmentally regulated product lines. Distributors can rely on consistent component quality and advanced control features, facilitating resale and integration into packaged systems. The unit’s compliance with typical energy rating requirements aids in meeting local policy and customer expectations.
| Monobloc |  |
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| Line-up | R32 Monobloc | ||
| 1Ø : 6 / 9 / 12 / 18kW 3Ø : 12 / 18 / 24kW |
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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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