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A+++ Energy Efficiency
A+++ Monobloc Heat Pump has achieved the EU's highest energy efficiency rating of A+++, delivering top-tier energy savings during 55°C hot water output. It efficiently extracts heat from the air in low-temperature winter conditions, significantly reducing energy consumption for heating or domestic hot water compared to traditional electric heating systems. Suitable for whole-house coverage, it provides constant, comfortable hot water to meet multiple household water demands. With low operating costs and zero emissions, this single unit integrates heating, cooling, and domestic hot water functions into one efficient, eco-friendly, and comfortable heating solution.
Low Noise at 32.9 dB(A)
Low noise Monobloc Heat Pump runs at a quiet 32.9 decibels, well below industry standards. It's almost as quiet as a library. This low noise comes from advanced acoustic engineering, allowing near-silent operation in heating, cooling, and hot water modes. Users can run it all day in bedrooms, living rooms, and other spaces without worrying about noise. It keeps your home peaceful and comfortable. This quiet performance highlights the unit's premium quality and offers a top-notch solution for anyone wanting a calm living space.
Intelligent Flow Regulation for Optimised Energy Efficiency
The heat pump uses advanced flow sensors to monitor the flow rate and speed of circulating and domestic water. It automatically adjusts the pump speed for even heating and cooling. This prevents dry-running and blockages while optimizing energy efficiency. It also alerts users to pipeline issues, improving the use of water and electricity. This helps conserve energy and reduce emissions.
Micro-bubble Self-cleaning Enhances Thermal Efficiency
The Monobloc Heat Pump for heating, cooling and DHW has a precision micro-bubble valve. This valve injects tiny micro-bubbles into the circulating water. This technology boosts heat exchange efficiency. It does this by enhancing heat transfer through bubble implosion. At the same time, it cleans pipes and heat exchangers. This helps prevent scale buildup. As a result, it provides cleaner hot water, even heating, and a longer equipment lifespan. It also meets European high-efficiency energy standards.
Refrigerant monitoring, safety and compliance
This heat pump features a real-time refrigerant leak detection sensor. It constantly checks refrigerant levels in the system. If it detects abnormal levels, the system shuts down and sounds an alarm. This prevents the release of harmful gases and protects both user health and the environment. This design meets EU REACH Regulation and F-Gas requirements, effectively reducing explosion risks.
Dynamic hydraulic pressure balancing, stable output
The heat pump has a water pressure sensor that monitors changes in water pressure. This design allows for better control of heating and hot water pressure. It helps prevent pipe bursts from high pressure and unstable heating from low pressure. This ensures a steady water supply all day and efficient heat exchange. As a result, it maintains a consistent hot water temperature. This heat pump meets strict reliability and stability standards from the European Energy Performance of Buildings Directive (EPBD),ensuring a sustainable heating and cooling heat pump performance.
Solareast Advanced Manufacturing Facilities
Solareast leverages cutting-edge automation in its production processes, including advanced laser cutting, powder coating, high-pressure foaming, and precision assembly technologies. These automated systems ensure consistent product quality, improved production efficiency, and adherence to rigorous international standards. This focus on technological innovation guarantees that every heat pump meets exacting specifications for reliability, durability, and performance.
FAQ
Q1: How does the refrigerant leak sensor on this heat pump operate?
The refrigerant leak sensor employs a dual-light source, dual-channel design to monitor refrigerant concentration changes within the system in real time. Upon detecting abnormal levels, the system automatically triggers shutdown and emits an audible and visual alarm, thereby preventing harmful gas release, explosion risks, and environmental pollution. This design enhances the safety and stability of heat pump operation, providing reliable assurance for domestic heating, cooling, and domestic hot water supply.
Q2: What is Micro-bubble Valve technology?
This heat pump incorporates microbubble valve technology, which achieves efficient heat exchange and automatic cleaning by introducing minute air bubbles into the circulating water. Specifically, the microbubbles rupture during heat exchange, releasing energy to enhance thermal conductivity while simultaneously flushing the surfaces of pipes and heat exchangers to prevent scale accumulation.
Q3: Is the noise level of this heat pump really only 32.9 decibels?
Certainly. This heat pump product employs noise-reduction technology that couples the compressor and fan. Utilising advanced noise-reduction techniques, including hexagonal floating chambers combined with a two-stage vibration-isolation design, multi-layer composite high-efficiency sound-absorbing materials, and a thickened structure with a metal compressor sound-dampening chamber, it achieves comprehensive vibration dampening, sound absorption, and sound insulation. This ensures quiet and reliable operation.
A+++ Energy Efficiency
A+++ Monobloc Heat Pump has achieved the EU's highest energy efficiency rating of A+++, delivering top-tier energy savings during 55°C hot water output. It efficiently extracts heat from the air in low-temperature winter conditions, significantly reducing energy consumption for heating or domestic hot water compared to traditional electric heating systems. Suitable for whole-house coverage, it provides constant, comfortable hot water to meet multiple household water demands. With low operating costs and zero emissions, this single unit integrates heating, cooling, and domestic hot water functions into one efficient, eco-friendly, and comfortable heating solution.
Low Noise at 32.9 dB(A)
Low noise Monobloc Heat Pump runs at a quiet 32.9 decibels, well below industry standards. It's almost as quiet as a library. This low noise comes from advanced acoustic engineering, allowing near-silent operation in heating, cooling, and hot water modes. Users can run it all day in bedrooms, living rooms, and other spaces without worrying about noise. It keeps your home peaceful and comfortable. This quiet performance highlights the unit's premium quality and offers a top-notch solution for anyone wanting a calm living space.
Intelligent Flow Regulation for Optimised Energy Efficiency
The heat pump uses advanced flow sensors to monitor the flow rate and speed of circulating and domestic water. It automatically adjusts the pump speed for even heating and cooling. This prevents dry-running and blockages while optimizing energy efficiency. It also alerts users to pipeline issues, improving the use of water and electricity. This helps conserve energy and reduce emissions.
Micro-bubble Self-cleaning Enhances Thermal Efficiency
The Monobloc Heat Pump for heating, cooling and DHW has a precision micro-bubble valve. This valve injects tiny micro-bubbles into the circulating water. This technology boosts heat exchange efficiency. It does this by enhancing heat transfer through bubble implosion. At the same time, it cleans pipes and heat exchangers. This helps prevent scale buildup. As a result, it provides cleaner hot water, even heating, and a longer equipment lifespan. It also meets European high-efficiency energy standards.
Refrigerant monitoring, safety and compliance
This heat pump features a real-time refrigerant leak detection sensor. It constantly checks refrigerant levels in the system. If it detects abnormal levels, the system shuts down and sounds an alarm. This prevents the release of harmful gases and protects both user health and the environment. This design meets EU REACH Regulation and F-Gas requirements, effectively reducing explosion risks.
Dynamic hydraulic pressure balancing, stable output
The heat pump has a water pressure sensor that monitors changes in water pressure. This design allows for better control of heating and hot water pressure. It helps prevent pipe bursts from high pressure and unstable heating from low pressure. This ensures a steady water supply all day and efficient heat exchange. As a result, it maintains a consistent hot water temperature. This heat pump meets strict reliability and stability standards from the European Energy Performance of Buildings Directive (EPBD),ensuring a sustainable heating and cooling heat pump performance.
Solareast Advanced Manufacturing Facilities
Solareast leverages cutting-edge automation in its production processes, including advanced laser cutting, powder coating, high-pressure foaming, and precision assembly technologies. These automated systems ensure consistent product quality, improved production efficiency, and adherence to rigorous international standards. This focus on technological innovation guarantees that every heat pump meets exacting specifications for reliability, durability, and performance.
FAQ
Q1: How does the refrigerant leak sensor on this heat pump operate?
The refrigerant leak sensor employs a dual-light source, dual-channel design to monitor refrigerant concentration changes within the system in real time. Upon detecting abnormal levels, the system automatically triggers shutdown and emits an audible and visual alarm, thereby preventing harmful gas release, explosion risks, and environmental pollution. This design enhances the safety and stability of heat pump operation, providing reliable assurance for domestic heating, cooling, and domestic hot water supply.
Q2: What is Micro-bubble Valve technology?
This heat pump incorporates microbubble valve technology, which achieves efficient heat exchange and automatic cleaning by introducing minute air bubbles into the circulating water. Specifically, the microbubbles rupture during heat exchange, releasing energy to enhance thermal conductivity while simultaneously flushing the surfaces of pipes and heat exchangers to prevent scale accumulation.
Q3: Is the noise level of this heat pump really only 32.9 decibels?
Certainly. This heat pump product employs noise-reduction technology that couples the compressor and fan. Utilising advanced noise-reduction techniques, including hexagonal floating chambers combined with a two-stage vibration-isolation design, multi-layer composite high-efficiency sound-absorbing materials, and a thickened structure with a metal compressor sound-dampening chamber, it achieves comprehensive vibration dampening, sound absorption, and sound insulation. This ensures quiet and reliable operation.
