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Eco-friendly R134a Refrigerant
Solareast air-to-water heat pumps utilize R134a refrigerant, an environmentally responsible solution designed to deliver superior energy efficiency and optimal heating performance. Recognized for its low environmental impact, R134a refrigerant helps reduce greenhouse gas emissions while ensuring reliable and consistent operation. By optimizing thermodynamic performance, this refrigerant minimizes energy consumption, lowering operational costs for residential and commercial users.
R134a's stable properties allow for safe, efficient heat transfer, enabling the heat pump to deliver high-performance heating solutions across varying conditions. With its sustainable and energy-efficient design, Solareast heat pumps support global efforts to reduce carbon footprints, aligning with the growing demand for eco-conscious heating solutions.
By integrating R134a refrigerant into its systems, Solareast provides customers with a future-proof option that combines energy savings, durability, and environmental responsibility. This makes it an ideal choice for businesses and homeowners seeking advanced, cost-effective heating technology that complies with modern sustainability standards. Solareast’s commitment to innovation ensures customers enjoy long-term reliability, efficient heating, and a reduced impact on the planet—making it a trusted choice for environmentally conscious users.
Exceptional Energy Efficiency
Solareast air-to-water heat pumps are engineered to deliver exceptional energy efficiency, making them an ideal choice for both residential and commercial applications.Achieving an A+ energy efficiency rating, Solareast heat pumps are designed to perform at their best even in varying conditions. Whether operating at lower or higher water temperatures, they provide reliable, energy-efficient heating without compromising on performance. The innovative technology minimizes energy waste, allowing the system to provide up to four times the heating energy for each kilowatt of electricity consumed, delivering superior energy savings and reducing overall costs.
In addition to their outstanding efficiency, Solareast heat pumps support sustainability by reducing carbon emissions and contributing to lower environmental impact. They help businesses and homeowners meet strict energy efficiency standards while maintaining high performance in all climates.With their durable design, energy efficiency, and high performance, Solareast air-to-water heat pumps offer an environmentally responsible and cost-effective solution. Their A+ energy rating makes them a reliable investment for those seeking long-term savings, energy conservation, and reliable comfort year-round.
Maximum outlet water temperature up to 75℃
Solareast air-to-water heat pumps are engineered to deliver maximum outlet water temperatures of up to 75°C, ensuring superior performance for a variety of heating applications. This advanced heating capability is ideal for residential and commercial needs, including space heating, domestic hot water supply, and underfloor heating systems. By achieving higher water temperatures efficiently, Solareast heat pumps provide a reliable and consistent solution for users in regions with colder climates or greater heating demands.
Solareast features advanced inverter technology that adjusts operation to environmental factors, minimizing energy consumption while maintaining a high coefficient of performance (COP). A maximum water temperature of 75°C enhances the versatility of Solareast heat pumps, allowing them to be integrated into existing heating systems to ensure the required level of comfort. With a focus on sustainability, Solareast heat pumps reduce energy costs and carbon emissions, resulting in long-term savings.Ideal for commercial and residential spaces, Solareast air-to-water heat pumps provide a reliable, cost-effective and environmentally friendly heating solution that meets both comfort and environmental goals.
Advanced Manufacturing Technology
Solareast’s manufacturing facility is equipped with state-of-the-art automated systems designed to enhance precision and efficiency in production. The automated laser cutting line ensures the exacting precision of material cutting, while the automatic powder coating line provides a durable, aesthetically pleasing finish that resists wear and environmental factors. Additionally, the automated high-pressure foaming line delivers optimal heat retention, maximizing the energy efficiency of the heat pumps.The automatic bending line further ensures that each component is molded to precise specifications, contributing to the overall integrity and performance of the product. This integration of advanced machinery not only enhances production speed but also guarantees consistent product quality, enabling Solareast to meet the high standards expected in the global market.
By leveraging automation in the production process, Solareast maintains strict quality control while increasing manufacturing efficiency. Solareast’s commitment to using cutting-edge manufacturing technology demonstrates its strong production capabilities and its dedication to delivering reliable, high-performance products for both residential and commercial customers.
State-of-the-Art Testing Facility
At Solareast Heat Pump Ltd., we have invested over USD 3 million in the development of a cutting-edge laboratory designed to simulate extreme environmental conditions, ranging from -30°C to 52°C. This advanced facility allows for rigorous long-term testing of heat pumps, ensuring their reliability and performance under diverse climate conditions. Our laboratory is equipped with a sophisticated data monitoring center that captures real-time operational data, providing valuable insights into product behavior and efficiency.The facility has earned certifications from internationally recognized organizations such as TUV and Intertek, ensuring that our testing procedures meet the highest global standards of quality and safety. This commitment to excellence ensures that Solareast products are not only efficient but also safe and durable in the most challenging environments.
To further enhance our testing capabilities, we are expanding our laboratory in 2024 with the addition of a water drawing testing lab and an explosion-proof laboratory. These upgrades will enable us to conduct even more detailed testing, ensuring that our heat pumps meet evolving industry requirements.
Global Solareast Projects
With years of successful project experience, Solareast has established strong partnerships with strategic allies worldwide, earning a solid reputation in the global market. Our heat pumps have been widely adopted across multiple regions, including Europe, the UK, Germany, France, Poland, the Netherlands, the Czech Republic, Australia, Italy, Russia, Spain, Portugal, and Norway, among others.Solareast’s ability to deliver reliable, efficient heating solutions has made it a trusted brand across diverse climates and applications. Our global reach reflects our commitment to providing innovative, sustainable solutions for both residential and commercial projects. Whether it’s reducing energy consumption or supporting environmental goals, Solareast heat pumps continue to meet the evolving demands of the global market, offering unparalleled performance and reliability in all conditions.
FAQ
1、What is R134a refrigerant?
Solareast air-to-water heat pumps use R134a refrigerant, a highly eco-friendly solution with low environmental impact. This refrigerant reduces greenhouse gas emissions while optimizing energy consumption. By enhancing thermodynamic performance, R134a helps lower operational costs for both residential and commercial users, ensuring efficient heat transfer and stable operation. As part of Solareast’s commitment to sustainability, the use of R134a refrigerant aligns with global efforts to reduce carbon footprints and provides reliable, energy-efficient heating solutions.
2、 How efficient are Solareast heat pumps?
Solareast heat pumps boast exceptional energy efficiency, achieving an A+ energy rating. These pumps provide up to four times the heating energy for each kilowatt of electricity consumed, ensuring significant energy savings. The integration of advanced inverter technology further optimizes performance, even under varying temperature conditions. Solareast heat pumps help reduce energy consumption, lower operational costs, and support global sustainability efforts, making them an excellent investment for residential and commercial heating.
3、Can Solareast heat pumps handle extreme conditions?
Yes, Solareast heat pumps are engineered to operate effectively in extreme environments, with testing conducted in conditions ranging from -30°C to 52°C. Their high-performance design ensures reliable heating in both cold and fluctuating climates. With the latest inverter technology and eco-friendly refrigerants, these heat pumps maintain consistent heating output and energy efficiency, making them ideal for diverse applications in residential and commercial spaces worldwide.
Eco-friendly R134a Refrigerant
Solareast air-to-water heat pumps utilize R134a refrigerant, an environmentally responsible solution designed to deliver superior energy efficiency and optimal heating performance. Recognized for its low environmental impact, R134a refrigerant helps reduce greenhouse gas emissions while ensuring reliable and consistent operation. By optimizing thermodynamic performance, this refrigerant minimizes energy consumption, lowering operational costs for residential and commercial users.
R134a's stable properties allow for safe, efficient heat transfer, enabling the heat pump to deliver high-performance heating solutions across varying conditions. With its sustainable and energy-efficient design, Solareast heat pumps support global efforts to reduce carbon footprints, aligning with the growing demand for eco-conscious heating solutions.
By integrating R134a refrigerant into its systems, Solareast provides customers with a future-proof option that combines energy savings, durability, and environmental responsibility. This makes it an ideal choice for businesses and homeowners seeking advanced, cost-effective heating technology that complies with modern sustainability standards. Solareast’s commitment to innovation ensures customers enjoy long-term reliability, efficient heating, and a reduced impact on the planet—making it a trusted choice for environmentally conscious users.
Exceptional Energy Efficiency
Solareast air-to-water heat pumps are engineered to deliver exceptional energy efficiency, making them an ideal choice for both residential and commercial applications.Achieving an A+ energy efficiency rating, Solareast heat pumps are designed to perform at their best even in varying conditions. Whether operating at lower or higher water temperatures, they provide reliable, energy-efficient heating without compromising on performance. The innovative technology minimizes energy waste, allowing the system to provide up to four times the heating energy for each kilowatt of electricity consumed, delivering superior energy savings and reducing overall costs.
In addition to their outstanding efficiency, Solareast heat pumps support sustainability by reducing carbon emissions and contributing to lower environmental impact. They help businesses and homeowners meet strict energy efficiency standards while maintaining high performance in all climates.With their durable design, energy efficiency, and high performance, Solareast air-to-water heat pumps offer an environmentally responsible and cost-effective solution. Their A+ energy rating makes them a reliable investment for those seeking long-term savings, energy conservation, and reliable comfort year-round.
Maximum outlet water temperature up to 75℃
Solareast air-to-water heat pumps are engineered to deliver maximum outlet water temperatures of up to 75°C, ensuring superior performance for a variety of heating applications. This advanced heating capability is ideal for residential and commercial needs, including space heating, domestic hot water supply, and underfloor heating systems. By achieving higher water temperatures efficiently, Solareast heat pumps provide a reliable and consistent solution for users in regions with colder climates or greater heating demands.
Solareast features advanced inverter technology that adjusts operation to environmental factors, minimizing energy consumption while maintaining a high coefficient of performance (COP). A maximum water temperature of 75°C enhances the versatility of Solareast heat pumps, allowing them to be integrated into existing heating systems to ensure the required level of comfort. With a focus on sustainability, Solareast heat pumps reduce energy costs and carbon emissions, resulting in long-term savings.Ideal for commercial and residential spaces, Solareast air-to-water heat pumps provide a reliable, cost-effective and environmentally friendly heating solution that meets both comfort and environmental goals.
Advanced Manufacturing Technology
Solareast’s manufacturing facility is equipped with state-of-the-art automated systems designed to enhance precision and efficiency in production. The automated laser cutting line ensures the exacting precision of material cutting, while the automatic powder coating line provides a durable, aesthetically pleasing finish that resists wear and environmental factors. Additionally, the automated high-pressure foaming line delivers optimal heat retention, maximizing the energy efficiency of the heat pumps.The automatic bending line further ensures that each component is molded to precise specifications, contributing to the overall integrity and performance of the product. This integration of advanced machinery not only enhances production speed but also guarantees consistent product quality, enabling Solareast to meet the high standards expected in the global market.
By leveraging automation in the production process, Solareast maintains strict quality control while increasing manufacturing efficiency. Solareast’s commitment to using cutting-edge manufacturing technology demonstrates its strong production capabilities and its dedication to delivering reliable, high-performance products for both residential and commercial customers.
State-of-the-Art Testing Facility
At Solareast Heat Pump Ltd., we have invested over USD 3 million in the development of a cutting-edge laboratory designed to simulate extreme environmental conditions, ranging from -30°C to 52°C. This advanced facility allows for rigorous long-term testing of heat pumps, ensuring their reliability and performance under diverse climate conditions. Our laboratory is equipped with a sophisticated data monitoring center that captures real-time operational data, providing valuable insights into product behavior and efficiency.The facility has earned certifications from internationally recognized organizations such as TUV and Intertek, ensuring that our testing procedures meet the highest global standards of quality and safety. This commitment to excellence ensures that Solareast products are not only efficient but also safe and durable in the most challenging environments.
To further enhance our testing capabilities, we are expanding our laboratory in 2024 with the addition of a water drawing testing lab and an explosion-proof laboratory. These upgrades will enable us to conduct even more detailed testing, ensuring that our heat pumps meet evolving industry requirements.
Global Solareast Projects
With years of successful project experience, Solareast has established strong partnerships with strategic allies worldwide, earning a solid reputation in the global market. Our heat pumps have been widely adopted across multiple regions, including Europe, the UK, Germany, France, Poland, the Netherlands, the Czech Republic, Australia, Italy, Russia, Spain, Portugal, and Norway, among others.Solareast’s ability to deliver reliable, efficient heating solutions has made it a trusted brand across diverse climates and applications. Our global reach reflects our commitment to providing innovative, sustainable solutions for both residential and commercial projects. Whether it’s reducing energy consumption or supporting environmental goals, Solareast heat pumps continue to meet the evolving demands of the global market, offering unparalleled performance and reliability in all conditions.
FAQ
1、What is R134a refrigerant?
Solareast air-to-water heat pumps use R134a refrigerant, a highly eco-friendly solution with low environmental impact. This refrigerant reduces greenhouse gas emissions while optimizing energy consumption. By enhancing thermodynamic performance, R134a helps lower operational costs for both residential and commercial users, ensuring efficient heat transfer and stable operation. As part of Solareast’s commitment to sustainability, the use of R134a refrigerant aligns with global efforts to reduce carbon footprints and provides reliable, energy-efficient heating solutions.
2、 How efficient are Solareast heat pumps?
Solareast heat pumps boast exceptional energy efficiency, achieving an A+ energy rating. These pumps provide up to four times the heating energy for each kilowatt of electricity consumed, ensuring significant energy savings. The integration of advanced inverter technology further optimizes performance, even under varying temperature conditions. Solareast heat pumps help reduce energy consumption, lower operational costs, and support global sustainability efforts, making them an excellent investment for residential and commercial heating.
3、Can Solareast heat pumps handle extreme conditions?
Yes, Solareast heat pumps are engineered to operate effectively in extreme environments, with testing conducted in conditions ranging from -30°C to 52°C. Their high-performance design ensures reliable heating in both cold and fluctuating climates. With the latest inverter technology and eco-friendly refrigerants, these heat pumps maintain consistent heating output and energy efficiency, making them ideal for diverse applications in residential and commercial spaces worldwide.
| Model | YT-060GV | YT-080GV | YT-100GV | YT-060GH | YT-080GH | YT-100GH |
| Installation | Vertical | Horizontal | ||||
| Power Supply | 220～240V/1/50Hz | |||||
| Heating Capacity at Air 20℃/15℃, Water Temperature from 15℃ to 55℃ | ||||||
| Heating Capacity (W) | 600 | |||||
| Power Input (W) | 169 | |||||
| COP | 3.50 | |||||
| Hot Water Production (L/h) | 12 | |||||
| Refrigerant | R134a | |||||
| Electric Heating Element（kW) | 2 | |||||
| Max Power Input（kW) | 2.5 | |||||
| Max Current (A) | 11.4 | |||||
| Water Tank Volume (L) | 60 | 80 | 100 | 60 | 80 | 100 |
| Max Water Tank Pressure | 0.8MPa | |||||
| IP Class | IPX4 | |||||
| Working temperature range（℃） | -7～43 | |||||
| Net Dimension(mm) | Φ470*977 | Φ470*1142 | Φ470*1282 | Φ470*890 | Φ470*1040 | Φ470*1180 |
| Package Dimension(L*W*H)(mm) | 565*585*1010 | 565*585*1180 | 565*585*1320 | 565*570*960 | 565*570*1100 | 565*570*1250 |
| Net Weight（kg） | 39 | 42 | 45 | 39 | 42 | 50 |
| Gross Weight（kg） | 43 | 46 | 58 | 43 | 46 | 54 |
| Noise（dB(A)) | 38 | |||||
| Air Duct | Non-ducted | |||||
*Please refer to the nameplate for product upgrades or changes in specifications without prior notice.
| Model | YT-060GV | YT-080GV | YT-100GV | YT-060GH | YT-080GH | YT-100GH |
| Installation | Vertical | Horizontal | ||||
| Power Supply | 220～240V/1/50Hz | |||||
| Heating Capacity at Air 20℃/15℃, Water Temperature from 15℃ to 55℃ | ||||||
| Heating Capacity (W) | 600 | |||||
| Power Input (W) | 169 | |||||
| COP | 3.50 | |||||
| Hot Water Production (L/h) | 12 | |||||
| Refrigerant | R134a | |||||
| Electric Heating Element（kW) | 2 | |||||
| Max Power Input（kW) | 2.5 | |||||
| Max Current (A) | 11.4 | |||||
| Water Tank Volume (L) | 60 | 80 | 100 | 60 | 80 | 100 |
| Max Water Tank Pressure | 0.8MPa | |||||
| IP Class | IPX4 | |||||
| Working temperature range（℃） | -7～43 | |||||
| Net Dimension(mm) | Φ470*977 | Φ470*1142 | Φ470*1282 | Φ470*890 | Φ470*1040 | Φ470*1180 |
| Package Dimension(L*W*H)(mm) | 565*585*1010 | 565*585*1180 | 565*585*1320 | 565*570*960 | 565*570*1100 | 565*570*1250 |
| Net Weight（kg） | 39 | 42 | 45 | 39 | 42 | 50 |
| Gross Weight（kg） | 43 | 46 | 58 | 43 | 46 | 54 |
| Noise（dB(A)) | 38 | |||||
| Air Duct | Non-ducted | |||||
*Please refer to the nameplate for product upgrades or changes in specifications without prior notice.
