Product Description
The r290 monobloc heat pump is a fully packaged solution targeting residential heating and cooling markets. Combining indoor and outdoor components into a single unit, it removes the need for indoor refrigerant piping, which reduces installation complexity. It is suitable for homeowners or projects replacing conventional boilers and incorporating existing radiator systems, especially where minimizing environmental impact is a consideration.
This heat pump employs R290 refrigerant, recognized for its low global warming potential, offering a more environmentally responsible choice. It holds an A+++ energy efficiency rating and operates effectively in outdoor temperatures as low as -25°C. The maximum water outlet temperature of 75°C enables compatibility with older radiator systems. Equipped with full DC inverter compressors and fan motors, it delivers quiet operation alongside smart controls including a 5-inch touchscreen and Wi-Fi connectivity.
Designed for retrofit and new installations, this r290 air to water heat pump supports hybrid operation with existing boilers and is compatible with homes requiring hot water supply and heating under cold climate conditions. Its monobloc design facilitates straightforward water piping connections, which can reduce both installation time and commissioning complexity in residential projects. It meets typical criteria for energy savings and environmental regulations in many markets.
Product Advantages
The monobloc configuration eliminates the need for indoor refrigerant piping, which can simplify installation logistics and reduce site labor requirements. Use of R290 refrigerant aligns with increasing regulatory focus on low global warming potential refrigerants, relevant for compliance and future-proofing product acquisition. Smart control features provide end-user flexibility valuable in distribution or OEM applications requiring adaptable product options.
Rated A+++ for energy efficiency, this r290 dc inverter heat pump can operate in a wide outdoor temperature range down to -25°C, supporting applications in colder climates. The compact package supports standard water piping install, which suits both retrofit and new-build projects. Manufacturers and distributors can consider customization avenues via OEM/ODM cooperation as available, expanding business applicability without altering core unit functions.
Use Scenarios
In residential or small commercial building projects, this r290 monobloc heat pump can directly replace traditional boilers, especially in systems using existing radiators. Its ability to deliver hot water up to 75°C meets the temperature requirements of older heating infrastructure. The monobloc design reduces installation complexity by eliminating refrigerant piping indoors, which can be a procurement advantage in projects aiming to streamline deployment and reduce labor costs.
For distributors and OEM/ODM buyers, this r290 heat pump supplier offers options to modify or co-design products based on the base model. The heat pump’s compatibility with smart controls, Wi-Fi connectivity, and hybrid system operation expands its adaptability across different markets and compliance needs. Stable supply chain collaborations with branded parts suppliers support reliability and product consistency, which are relevant factors for resale or custom product assembly.
| Monobloc |  |
||
| Line-up | R290 Monobloc | ||
| 1Ø : 6 / 9 / 12 / 16kW 3Ø : 16kW |
|||
| Application |  |
||
| Energy Label |  |
||
 |
|||
| 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) |
|||
| 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 |
|||
