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The heat from the outside air is transferred to water by an air source heat pump, also known as an air-to-water source heat pump, and the water then heats your rooms through radiators or underfloor heating. For hot taps, showers, and bathtubs, it may also heat water that is kept in a hot water cylinder.
A mechanical device known as an air to water heat pump uses heat extracted from the air to heat hot water that is then used to heat a building. One option for heating hot water to heat the building is air-source heat pumps, which can be selected in the waterside tab.
The Europe air to water heat pump market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Panasonic Corporation has taken a strategic step toward expanding the air conditioning industry in Europe. They’ve officially commenced the manufacturing of residential air to water heat pumps at the Panasonic AVC Networks Czech facility. Previously, these heat pumps were being shipped to Europe from Panasonic’s Malaysian facility.
This development significantly enhances Panasonic’s capacity to meet the rising demand for energy-efficient heating and cooling solutions in European households. Furthermore, adhering to European regulations, it allows for a more localized and adaptable approach to product design.
One notable advantage of this shift is the reduction in lead times for Panasonic’s Aquarea customers in Europe. This is achieved through shorter transportation distances, which not only speeds up delivery but also aligns with sustainability goals by decreasing the environmental impact associated with long-haul product shipments from Malaysia.
Panasonic’s Aquarea line has earned a reputation for its reliability, user-friendliness, and innovative features, setting the industry standard for air to water heat pumps in Europe. As part of Panasonic’s mid-term strategy, this new facility, initially equipped with one manufacturing line, is set to progressively increase its annual production of Aquarea units. In doing so, it aims to establish itself as one of the primary factories for Aquarea products.
DAIKIN has recently expanded its product line, introducing a new split heat pump system that boasts maximum flexibility and remarkable low-temperature performance. This innovative small scroll inverter heat pump addresses both comfort cooling and various process applications.
The system’s compact dimensions, streamlined pipework, and modular design make it an ideal choice for situations with limited space. Moreover, the inclusion of a separate glycol-free indoor hydrobox ensures high operational efficiency even in extremely cold climates.
Leveraging DAIKIN’s advanced inverter technology, this new small scroll inverter series further extends the versatility of the company’s existing range of small chillers and heat pumps. It offers four size options, ranging from 20 to 64 kW, with a maximum cooling capacity of 74.3 kW.
The system consists of two separate components: the SERHQ outdoor unit and the SEHVX hydrobox, which can be conveniently combined on-site. This modular design, coupled with minimal pipework, provides flexibility in layout, especially in confined spaces or complex sites. Additionally, the units are easily transportable, fitting into standard lifts without requiring special lifting equipment.
The unique feature of this DAIKIN small scroll inverter heat pump lies in its ability to merge the innovation of its VRV design with precise temperature regulation in colder regions. It utilizes a series of small valves to precisely control the refrigerant flow from the evaporation stage to the compression stage. A pivotal component of the system is the “scroll compressor,” which employs a rotating, scroll-shaped device to compress the refrigerant, a departure from the typical use of reciprocating compressors found in domestic heat pumps.
Setting it apart from other systems is the inclusion of a separate hydrobox for interior installation. The SEHVX hydronic evaporation unit can function effectively in cold areas, even in freezing temperatures, without the need for glycol in the water circuit.
This new unit offers ease of configuration, featuring quick setup and a straightforward design. It presents an integrated solution that can be tailored to suit various building types and room uses. The slim profile of the hydrobox allows it to fit into tight spaces, and the insulation of the internal water supply pipes minimizes the risk of unwanted moisture due to condensation during cooling.
This revolutionary scroll inverter heat pump not only showcases adaptability but also delivers exceptional energy efficiency, boasting one of the best European seasonal efficiency ratings (ESEER) in its class and an operational efficiency coefficient (COP) of 3.
The new heat pump series, according to Panasonic, enables for simple installation and maintenance due to its improved accessibility, practicality, and versatility as indoor and outdoor units. Additionally, the series features “seamless connectivity integration,” allowing for the incorporation of a WiFi module into the indoor unit. The heat pumps may run on photovoltaic power and are prepared for the smart grid.
They have an upgraded design and A+++ efficiency, as well as a Seasonal COP (SCOP) of up to 5.12. The latest generation of Aquarea heat pumps offers significant technological developments while maintaining the benefits of the Panasonic Aquarea line. These improvements include decreased noise levels, increased comfort, and increased efficiency.
This series supports the company’s Green Impact initiative and its goal of creating a society without carbon emissions. Particularly when a high water outlet temperature is required, the R290 L Series is hailed as the ideal option for upgrading a house with radiators.
A maximum temperature of 75°C (167°F) is offered by the device for the water outflow. Without the use of a heater, domestic hot water can be delivered up to 65°C (149°F). According to the manufacturer, the Aquarea series, which comes in different capacities, is dependable even at low temperatures as low as -25°C (-13°F). Additionally, it can be chosen to go with a certain house style or weather pattern.
Bluefin treatment is used to preserve the exterior heat exchanger. Up to 8dB(A) less noise is produced by the new Aquarea L than in earlier models, which is another advantage.By providing more placement options, this benefit increases the flexibility of the installation.
The high-temperature heat pump system by Vattenfall was created specifically for existing single-family homes that use gas boilers and radiators for heating and are moderately insulated.
The German hybrid heating firm SOLVIS, the Japanese CO2 heat pump maker DENSO, the Dutch installer Feenstra (a Vattenfall affiliate), and Vattenfall collaborated to create the heat pump.
The CO2 heat pump is referred to as “one of the first in the world” to combine room heating and the generation of hot tap water. It also uses a “stratified buffer,” which functions as a battery in addition to the heat pump, “temporarily doubling the heating capacity.
” The radiator system that already exists in a house can be used with the system, however hydronic balance is required. The infographic claims that water leaves the heat pump when it reaches temperatures greater than 65°C (149°F), enters the buffer, and then reaches temperatures as high as 85°C (185°F).
Innovative, easy to install, and with the potential to help decarbonize UK homes heated by conventional gas boilers, high-temperature heat pumps may be the answer.
