Product Description
The r290 heat pump is developed for applications requiring energy-efficient water heating and climate control, addressing residential and light commercial needs. Its design supports streamlined installation, making it suitable for users seeking alternatives to conventional boilers or fossil fuel systems. Both standalone and hybrid setups are applicable with this product type, assisting in sustainable heating transitions.
This r290 dc inverter heat pump includes fully integrated modules that minimize indoor refrigerant piping, connecting primarily to water circuits. It operates within a wide temperature range, capable of maintaining hot water output at temperatures appropriate for radiator systems or domestic use. Inverter-driven compressors help optimize energy consumption while allowing dynamic adjustment to varying thermal loads, aligning with eco-friendly refrigerant usage standards.
Ideal for projects requiring straightforward installation and compatibility with existing heating infrastructure, the r290 hot water heat pump provides a feasible solution for energy-conscious building upgrades. It suits climates with cold seasons where maintaining stable hot water supply is necessary. Its design supports OEM/ODM customization and adapts well within hybrid heating systems, enhancing practical deployment across diverse procurement scenarios.
Product Advantages
The r290 monobloc heat pump’s integration of compressor and heat exchange components into single packaged units reduces onsite installation complexity and can decrease labor costs. This modular approach can improve supply chain efficiency for distributors or wholesale operations targeting fast deployment. Its compliance with refrigerant safety and environmental standards also aligns with current regulatory requirements for commercial projects.
Suppliers and procurement managers will value the product’s adaptability to various power supply configurations and its inverter technology that adjusts output to demand, which may reduce energy consumption and operating expenses. The option for OEM/ODM customization provides flexibility for clients seeking tailored heat pump solutions. Packaging and quality control protocols from the manufacturer support regular volume supply and project timelines.
Use Scenarios
In residential refurbishment or new build settings, the r290 air to water heat pump can replace traditional boilers, providing water heating via existing radiators or underfloor systems. Its monobloc configuration saves indoor installation time and mitigates refrigerant handling concerns indoors, making it suitable for project managers focusing on compliance and streamlined installation. It can operate reliably in colder climates, delivering consistent hot water to meet occupant needs.
Distributors sourcing from an r290 heat pump manufacturer can integrate these units into broader renewable heating portfolios, meeting demand from multiple end users or local installers. Its modular design supports customization requests, aligning with OEM/ODM client requirements for differentiated product offerings. The heat pump’s compatibility with hybrid setups enhances its application range, appealing to projects aiming to upgrade heating systems with energy-saving technologies.
| Monobloc |  |
||
| Line-up | R32 Monobloc | ||
| 1Ø : 6 / 9 / 12 / 18kW 3Ø : 12 / 18 / 24kW |
|||
| 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 |
|||
