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An air source heat pump (ASHP) is a device that heats and supplies water to a home by moving heat rather than generating heat by burning fuel. It works a bit like a refrigerator running in reverse.   This is the core idea, step by step. Basic Principle: Move Heat, Not Create It Even the cold air outside contains heat energy. ASHP extracts low-temperature heat and concentrates it into a higher temperature available indoors.   It does this using a refrigeration cycle with four main components:   1. Evaporator (outdoor unit coil) 2. Compressor 3. Condenser (indoor unit coil) 4. Expansion valve   Refrigerant circulates through these components, changing between liquid and gas. Step by step function 1. Heat absorption (outdoor unit) * Very low pressure liquid refrigerant flows into the outdoor evaporator coil. * Since it has an extremely low boiling point (e.g. -40°C), it absorbs heat from the outside air and evaporates into a gas, even when the air feels cold.   2. Compression * Gaseous refrigerant enters the compressor, and the compressor squeezes it. * Compressing gases drastically increases their pressure and temperature (e.g. to 70–80 °C).   3. Heat dissipation (indoor unit) * Hot high pressure gas flows to the indoor condenser coil. * Here, it transfers heat to your home's heating system (air, water, or underfloor) and condenses into a liquid.   4. Extension * As the liquid passes through the expansion valve, the pressure drops sharply. * This will cool it down and prepare it to absorb heat again. * The cycle repeats itself.   its role in your home 1. Space Heating: Condensers heat air (air to air) or water (air to water) for radiators, floor heating, or fan coils. 2. Hot water: Many systems also heat domestic hot water cylinders. 3. Cooling (optional): A reversing valve can swap the roles of evaporator and condenser, so the system extracts heat from the room and discharges it to the outside (air conditioning). 4. Defrost Mode: In cold, wet conditions, frost may form on outdoor coils. The system was briefly reversed to melt it.   why it works 1. Because it transfers heat rather than burning fuel, the ASHP can provide 2-4 kWh of heat for every 1 kWh of electricity used. This ratio is the coefficient of performance (COP) or seasonal COP (SCOP). 2. As the outside air gets colder, efficiency decreases because less heat is extracted and defrost cycles become more frequent. But modern cold climate models can still work well below freezing.   Main limitations 1. Performance degrades in extremely cold conditions (although models vary widely). 2. A suitable outdoor location with good ventilation is required. 3. The output temperature is lower than a gas boiler, so it is best suited for larger radiators, underfloor heating or well-insulated homes. 4. Even if the efficiency is high, electricity and natural gas prices will affect operating costs.   In one sentence Air source heat pumps use a refrigerant cycle to extract free heat from the outdoor air, concentrate it through a compressor, and release it indoors, providing more heat energy than the electricity it consumes.

Air source heat pumps (ASHPs) are an ideal solution for space heating and domestic hot water in new-build homes, thanks to their design flexibility, high energy efficiency, and advantages regarding long-term costs and carbon emissions.   1. Optimization during the design phase Unlike retrofitting existing buildings, new homes can be planned around the heat pump system from the very beginning. 1) Designers can select large-surface low-temperature radiators or underfloor heating systems; these match the lower flow temperatures of ASHPs, thereby maximizing energy efficiency. 2) Space for the outdoor unit, pipework routing, and the hot water storage tank can be integrated into the architectural design, avoiding the suboptimal compromises often forced by space constraints in retrofit projects. 3) Heat loss calculations can be performed prior to construction, allowing for the precise sizing of the heat pump and easily avoiding the issues of oversizing or undersizing common in retrofit projects. 2. Generally superior thermal performance Modern standards for new homes require high levels of insulation, airtightness, and double- or triple-glazed windows. 1) Lower heating demand means a smaller capacity heat pump is sufficient to maintain indoor comfort. 2) The system operates more steadily, avoiding frequent start-stop cycles, which improves the Seasonal Coefficient of Performance (SCOP) and reduces operating costs.   3. Lower carbon footprint and compliance with modern building regulations Many regions now mandate low-carbon heating methods for new homes. 1) ASHPs extract renewable heat from the ambient air, resulting in greenhouse gas emissions that are far lower than those of gas boilers. 2) When paired with a rooftop photovoltaic (PV) system, the electricity required for the heat pump can be generated and consumed on-site, virtually eliminating operational carbon emissions.   4. Lower long-term operating and maintenance costs 1) Heat pumps use electricity rather than fossil fuels (such as natural gas); with careful design and integration with PV systems, daily energy costs can match or even fall below those of gas heating. 2) Compared to combustion boilers, heat pumps have fewer moving parts and require no flue or gas connection, making maintenance simpler and less frequent. - Warranty coverage for new homes typically includes heat pump systems, providing homeowners with greater peace of mind.   5. No connection to the gas grid required For new developments or remote sites, eliminating the need for a gas main connection avoids expensive infrastructure installation, thereby reducing construction costs and accelerating project delivery.   6. Quiet operation and easy integration into building aesthetics Modern air source heat pump (ASHP) outdoor units operate at significantly reduced noise levels. 1) Architects can determine unit placement during the early design phase to minimize noise impact and visual clutter. 2) The absence of boiler flues penetrating roofs or walls allows for greater freedom in façade design.   Limitations to consider for new projects 1. Initial investment costs are higher than those of gas boilers. 2. Electricity supply is still required; operating costs depend on local electricity rates. 3. Proper commissioning is crucial—improper installation can negate energy efficiency benefits.

Yes, air source heat pumps can be installed on roofs, and this is very common, especially in commercial applications. Here's what you need to know:   Roof Installation Types Commercial Applications: 1. Roof heat pumps are widely used in commercial buildings and are typically designed as integrated units installed within a weatherproof roof enclosure. 2. These systems connect directly to the building's duct system, with cooling capacities ranging from 2 tons to 70 tons. 3. Major manufacturers such as Trane, Carrier, Bosch, and AAON offer roof heat pump units. Residential Applications: 1. Yes, you can install a heat pump on a flat roof in a residential building. 2. Heat pumps can be installed on terraces, balconies, or public rooftops (permit required).   Key Requirements and Precautions 1. Structure and Location: 1) The roof must have sufficient structural integrity to support the weight of the equipment. 2) The installation must be level and secure. 3) The equipment must be installed at least 1 meter from the edge of the roof. 4) Sufficient airflow must be available around the air inlet.   2. Weather Protection: 1) Do not install the equipment below the roof runoff area unless there is an obstruction. 2) If installed under the eaves, a drain protection device is required to prevent damage from water stains and icicles.   3. Advantages of Rooftop Installation 1) High space utilization - no indoor machine room required. 2) Reduced operating noise inside the building. 3) Can be installed on an inconspicuous side of the building. 4) Saves valuable indoor space.   Potential Disadvantages 1) Higher maintenance and repair difficulty - Maintenance and repairs in severe weather can be challenging or dangerous. 2) There is a risk of roof leaks and seepage. 3) More complex installation procedures may be required. 4) "Out of sight, out of mind" may lead to maintenance delays.   Summary Roof installation is technically feasible and widely applicable, but careful consideration must be given to structural load-bearing capacity, suitable installation location, weather protection, and ease of maintenance. For residential installations, always consult a qualified HVAC professional and review local building codes and regulations.

Yes, air source heat pumps (ASHPs) can work with existing "standard" radiators, though there are important considerations regarding efficiency and heat output.   The key issue: Flow temperature Traditional gas boilers typically supply hot water to radiators at high temperatures (usually between 60°C and 80°C). In contrast, air source heat pumps operate most efficiently at lower flow temperatures (typically 35°C to 55°C). Because the water temperature is lower, radiators require a larger surface area to effectively emit the same amount of heat into the room. What does this mean for your existing radiators? 1. Large radiators or double-panel radiators often work well because their larger surface area allows them to emit sufficient heat even at lower temperatures.   2. Smaller or single-panel radiators may struggle to keep the room warm at lower temperatures, so they might need to be replaced with larger models.   3. In most retrofit projects, homeowners retain 60% to 80% of their existing radiators, upgrading or replacing only those in the coldest rooms (such as bathrooms or north-facing rooms).   Key factors determining compatibility 1. Home insulation: If your home is well-insulated (e.g., loft, walls, and windows), the overall heat demand is lower, making it more likely that existing radiators will suffice.   2. Radiator size: A qualified installer should perform room-by-room heat loss calculations, assess existing radiators, and compare their heat output capabilities at lower flow temperatures (e.g., 50°C).   3. High-temperature heat pumps: If you prefer not to replace your radiators, you can opt for a "high-temperature" heat pump. These units can achieve flow temperatures of 60°C to 70°C, matching traditional boilers, though they generally come with higher purchase and operating costs.   Important note: 1. You do not necessarily need to replace every radiator in your home; many existing systems can function well with only minor adjustments.   2. Before upgrading the heating system, prioritize improving the home's insulation and airtightness, as this directly reduces the load on the radiators.   3. Before proceeding with the installation, be sure to request a detailed heat loss calculation report and radiator assessment from a qualified heat pump installer to determine exactly which radiators—if any—require upgrading.

Air source heat pumps (ASHPs) and solar photovoltaic (PV) panels make a popular renewable energy combination for heating, cooling, and domestic hot water. They work synergistically by using solar-generated electricity to power the heat pump.   Basic Principles 1. Solar Panels (Photovoltaic/PV) * They convert sunlight into direct current (DC) electricity. An inverter converts this DC power into alternating current (AC) suitable for household use. * Excess solar electricity can be used directly by the heat pump, stored in a home battery, or fed back into the grid.   2. Air Source Heat Pump * Instead of generating heat directly, it transfers heat from the outside air to the indoors (for heating) or expels indoor heat outdoors (for cooling). It uses electricity to power the compressor, fans, and circulation system. * Key Point: Heat pumps do not burn fuel. Their energy input is electricity, which can be supplied by solar panels. How They Work Together 1. Sunny Days Solar panels generate electricity. This power is first supplied to the air source heat pump and other household appliances. * If solar generation exceeds the heat pump's power demand: Excess electricity is used to charge a home battery or is fed into the public grid. * If solar generation falls short of demand: The grid supplies the necessary additional power.   2. Cloudy Days/Nighttime Solar panels generate little to no electricity. The heat pump draws power from the grid or a battery to operate.   3. With Battery Storage (Optional but Recommended) Home batteries can store excess solar energy generated during the day. At night or on cloudy days, the battery discharges to power the heat pump, further reducing reliance on grid electricity.   Key Benefits 1. Lower Energy Bills: Solar electricity can offset the power consumed by the heat pump. 2. Reduced Carbon Footprint: Both are low-carbon technologies; you can heat your home using renewable solar energy. 3. Dual-function heating and cooling: A single system can provide heating in the winter and air conditioning (cooling) in the summer.   Key Limitations 1. Intermittency of solar power: Without battery storage, solar energy alone cannot meet the heat pump's electricity needs around the clock (24/7). 2. Heat pump power consumption: Air source heat pumps require electricity to operate. You need to properly size the solar PV array to match the heat pump's energy demands. 3. Performance in cold weather: Electricity consumption increases during bitterly cold winters, requiring a larger installed solar capacity to handle the higher load.   Typical System Layout Solar PV Panels → Inverter → Home Battery (Optional) → Distribution Box → Air Source Heat Pump + Household Loads   Brief Summary Solar panels generate clean electricity, which the air source heat pump utilizes for heat transfer. This combination allows your heating and cooling system to run primarily on solar energy, with the grid providing supplementary power when sunlight is insufficient.

On November 1, 2025, Leomon successfully shipped 30 sets of R32 air source heat pumps (18kW each) to Canada. The shipment process was strictly monitored, and all products were securely packaged to ensure safe and undamaged transport. Our R32 air source heat pumps are designed and manufactured in full compliance with international heating standards. They feature excellent rapid heating, intelligent control, and automatic defrosting, ensuring stable operation under various outdoor temperature conditions.   This shipment further solidifies Leomon's growing position in the North American heating market and reflects the company's commitment to high-quality manufacturing, on-time delivery, and global partnerships.   Leomon will continue to provide reliable air source heat pumps to customers worldwide through advanced production technology and rigorous quality control.

On September 9, 2025, Leomon successfully delivered 10 sets of 45kW air source heat pumps to Italy. This delivery further demonstrates Leomon's continued commitment to the Italian residential heating market and its strong supply chain capabilities. Precision Products Designed for Specific Needs The 45kW air source heat pumps delivered this time were specifically designed and manufactured to meet the needs of residential heating. These products strictly adhere to EU standards, offering superior durability and reliability to ensure they meet the stringent requirements of local residential heating and hot water services.   Reliable Capability to Serve the Global Market As one of China's leading air source heat pump manufacturers, Leomon possesses mature production and export capabilities. With its strong production capacity and export-standard wooden packaging, the company ensures that its products are safely delivered to customers worldwide. Leomon's heat pump products have been exported to more than 30 countries and regions, including the United States, Germany, South Africa, and India, accumulating extensive experience in global transportation.   About Leomon Leomon offers a variety of heat pumps, including air source heat pumps, pool heat pumps, high-temperature heat pumps, and CO2 heat pumps. The company's heat pumps range from 10kW to 150kW and hold comprehensive certifications such as CE, ErP, Keymark, MCS, CB, and SAA. Leomon is committed to providing high-quality, highly reliable products and customized solutions to customers worldwide.

In May, Leomon completed the delivery of 15 sets of 6kW air source heat pumps to the Netherlands. This delivery marks another milestone in Leomon's ongoing collaboration with international heating operators and demonstrates the company's ability to provide large-scale, reliable supply solutions for demanding residential and commercial heating projects.   From design to delivery, the 6kW air source heat pumps underwent a complete industrial process on Leomon's production line. Advanced welding technology enhances the reliability of the unit system, potentially preventing refrigerant leaks. Axial fans are available, offering powerful airflow while maintaining low operating noise. Rigorous quality control procedures, including material verification, dimensional inspection, low-temperature testing, and noise testing, ensure that each air source heat pump meets stringent performance requirements before leaving the factory. To ensure the integrity of the products during transportation, the logistics arrangements for this shipment were carefully coordinated. Each air source heat pump was properly packaged to prevent corrosion and deformation and loaded strictly according to operating procedures. Leomon's supply chain team worked closely with logistics partners to optimize shipping routes and schedules, ensuring the safe and timely arrival of the air source heat pumps to support residential heating and hot water needs in the Netherlands.   This delivery will directly support local residential heating and hot water needs, helping to improve heating efficiency and reduce carbon emissions. For Dutch heating operators, replacing existing boilers with 6kW air source heat pumps means better heating stability, more efficient energy use, and longer maintenance intervals—all crucial for both residential and commercial heating.   Leomon's export business spans numerous international markets, including the United States, South Africa, Mexico, Turkey, India, the Netherlands, Kenya, Algeria, Mauritania, Iran, Brazil, Australia, Bangladesh, and Ethiopia. With extensive experience, Leomon can tailor technical and logistical solutions to different climatic conditions while strictly adhering to relevant standards and operational requirements.   Leomon thanks its partners and customers in the Netherlands for their trust and looks forward to continuing technical cooperation and providing after-sales support. For information on specifications, power, or future orders, please contact the Leomon sales team – we are ready to provide you with customized air source heat pump solutions to meet your project needs.

Recently, Leomon completed the production and shipment of another 10 ultra-quiet 10kW air source heat pumps, which have been successfully delivered to Denmark. This model of air source heat pump is renowned for its superior quiet operation and intelligent control, and is widely used in various residential and commercial heating and hot water supply applications, enjoying high recognition from customers in the European market. During the production process, Leomon strictly controls every aspect, including raw materials, components, inspection, and packaging, ensuring that all products meet international export standards. All air source heat pumps undergo comprehensive quality testing to guarantee customers receive stable and reliable products.   This latest shipment demonstrates the continued trust of overseas customers in Leomon's products and services, and lays a solid foundation for future cooperation. With the growing global demand for high-performance residential heating equipment, Leomon will continue to uphold its professionalism and focused attitude, driving Chinese manufacturing onto the world stage.

On February 15, 2025, Leomon successfully delivered 36 sets of 12kW air source heat pumps to the United States. This delivery marks another significant step forward in Leomon's efforts to expand its position in the international heating and hot water equipment market.   The 12kW air source heat pump is a key product for Leomon, renowned for its energy efficiency, intelligent control, and low-temperature heating. These air source heat pumps are designed to meet the stringent requirements of modern heating systems, ensuring safe and efficient home heating. This shipment to the US underscores the growing demand for high-quality heating equipment in the North American market and reflects Leomon's commitment to providing reliable products to customers worldwide. Leomon has become a trusted supplier in the heating industry, renowned for its innovation and quality. The company possesses advanced production facilities and rigorous quality control processes to ensure that every product meets the highest standards. The 12kW air source heat pump is no exception; it underwent extensive testing and certification before being approved for international export.   This export to the United States is part of Leomon's overall strategy to strengthen its position in the global market. The company has consistently collaborated with international partners and participated in industry exhibitions to showcase its products and capabilities. The successful delivery of the 12kW air source heat pump fully demonstrates Leomon's ability to meet customer needs and adapt to the evolving demands of the rail industry.   As Leomon continues to expand its global business, the company remains committed to innovation, quality, and customer satisfaction. This delivery of 36 sets of 12kW air source heat pumps to the United States marks a significant milestone for Leomon in its pursuit of a leading position in the international heating equipment market.