Are you considering an air to water heat pump for your home? With so many suppliers out there, it’s crucial to know which factories stand out. Discovering the best options can save you money and energy. Dive in to find the top suppliers and make an informed choice today!
Air to Water Heat Pump Systems – Daikin Global
Product Details: Daikin Air to Water Heat Pump Systems provide economical heating and a total solution for domestic heating and hot water supply.
Technical Parameters:
– Energy efficiency through advanced heat pump and inverter technologies.
– Available types: Residential Low Temperature, Residential High Temperature, Resi…
Application Scenarios:
– Hot water supply for residential use.
– Floor heating systems for homes and commercial spaces.
Pros:
– High energy efficiency and cost savings.
– Quiet operation with integrated heating and hot water supply.
Cons:
– Initial installation costs may be high.
– Performance may vary based on external temperature conditions.
Air-to-Water Heat Pumps | Trane Commercial HVAC – Trane Heating & Air …
Product Details: Air-to-Water Heat Pumps (AWHP) are designed to provide reliable year-round cooling and heating by transferring energy between their internal fluid and the outside air. They feature refrigerant reversing valves to switch between cooling and heating modes based on outdoor temperatures or user preferences.
Technical Parameters:
– Effective heating at outdoor temperatures as low as 0°F
– Energy efficiency of up to 3x more than other forms of electric heating
Application Scenarios:
– Commercial buildings requiring efficient heating and cooling solutions
– Buildings in colder climates needing reliable heating
Pros:
– High energy efficiency and reduced emissions
– Quiet operation with variable speed fans
Cons:
– Initial installation costs may be high
– Performance may vary based on outdoor temperature conditions
Hydronics | Solstice Air-to-Water Heat Pumps – SpacePak
Product Details: Solstice Air-to-Water Heat Pumps by SpacePak, utilizing low GWP R32 refrigerant in a monobloc design for sustainable heating, cooling, and domestic hot water.
Technical Parameters:
– Heating Capacity Range: 13,200 – 70,600 Btu/h
– Cooling Capacity Range: 1 – 5 tons
Application Scenarios:
– Residential heating and cooling
– Light commercial settings
Pros:
– 30% more efficient than traditional air-source heat pumps
– Eligible for rebates and extended warranties
Cons:
– Higher initial installation cost compared to traditional systems
– Requires specific installation conditions for optimal performance
Air to Water – Nordic Heat Pumps
Product Details: Nordic ATW Series air-to-water heat pump, introduced in 2015, designed for hydronic heating/cooling systems.
Technical Parameters:
– 2-stage scroll compressor
– E-coated outdoor air coil for corrosion protection
Application Scenarios:
– In-floor heating
– Heating through low-temperature radiators
Pros:
– Minimal installation and service work outdoors
– Components are in the conditioned space for longevity
Cons:
– Requires separate indoor and outdoor units
– Potentially higher initial installation cost
Air To Water Heat Pump Manufacturer | Air To Water Small Chiller Heat …
Product Details: Chiltrix Air To Water Heat Pumps are ultra-efficient systems designed for heating, cooling, and hot water applications. Models include CX34, CX35, and CX50, with capacities ranging from 2 to 3.5 tons for cooling and 2.8 to 4.75 tons for heating.
Technical Parameters:
– Cooling Capacity: 24.39 kBTU to 48.90 kBTU
– Heating COP: 4.62 to 4.90
Application Scenarios:
– Residential heating and cooling
– Server room temperature control
Pros:
– High energy efficiency with EER above 22
– Modular design allows for stacking and flexibility
Cons:
– Higher initial equipment costs compared to conventional systems
– Requires specific installation knowledge for optimal performance
Air to Water Heat Pumps | BlueRidge Company
Product Details: Air to Water Heat Pumps from BlueRidge Company, including SpacePak Solstice and Arctic models.
Technical Parameters:
– High Efficiency Electric Hydronic Heat
– Flow temperatures of up to 149°F/65°C
Application Scenarios:
– Residential heating and cooling
– Domestic hot water production
Pros:
– Up to 30%-50% lower installation cost compared to Geothermal systems
– No outdoor excavation needed
Cons:
– Requires electrical connection
– Performance may vary in extreme cold climates
Air to Water Heat Pump & Manufacturers | Hydro Solar
Product Details: Air to Water Heat Pump by Hydro Solar
Technical Parameters:
– Heating capacity: Varies by model
– Energy efficiency: High
Application Scenarios:
– Residential heating
– Commercial heating
Pros:
– Energy efficient
– Environmentally friendly
Cons:
– Initial installation cost can be high
– Performance may vary in extreme temperatures
Air-to-water heat pumps — a game changer for the hydronics industry
Product Details: Air-to-water heat pumps provide heating, cooling, and domestic hot water (DHW) from a single unit. Models include Stiebel Eltron WPL 15 A2W Premium and WPL 25 A2W Premium.
Technical Parameters:
– WPL 15 A2W Premium: 2-ton cooling, 23 kBtu/h heating, COP of 2.77 at A5/W110 tes…
– WPL 25 A2W Premium: 4-ton cooling, 50 kBtu/h heating, suitable for low ambient t…
Application Scenarios:
– Residential heating and cooling systems.
– Retrofit options for older hydronic systems.
Pros:
– Energy-efficient and sustainable heating solution.
– Dual functionality for heating and cooling.
Cons:
– Initial market demand is still growing.
– Regulatory challenges in the U.S. compared to Europe.
Air To Water Heat Pump CX35 | Manufacturer: Chiltrix Inc.
Product Details: Chiltrix CX35 Air To Water Heat Pump with high efficiency ratings and multiple applications.
Technical Parameters:
– 3.4 Tons Heating (40,468 BTU), COP 4.9, SCOP 4.69
– 2 Tons Cooling (24,038 BTU), IPLV EER 22.40
Application Scenarios:
– Heating and cooling for residential and commercial spaces
– Domestic hot water heating
Pros:
– High efficiency and performance ratings
– Versatile applications including radiant heating and cooling
Cons:
– Specifications subject to change without notice
– Potentially higher initial investment compared to traditional systems
Efficient Air to Water Heat Pump for Homes – ALSAVO®
Product Details: Air to water residential heat pumps are efficient and eco-friendly heating solutions for homes, transferring heat from outside air to water for heating spaces or providing hot water.
Technical Parameters:
– Monoblock design for simplified installation and maintenance
– Energy-efficient operation
Application Scenarios:
– Residential heating
– Hot water supply
Pros:
– Reduces energy consumption
– Enhances comfort in residential settings
Cons:
– Initial installation cost may be high
– Performance can be affected by extreme cold temperatures
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Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Air to Water Heat Pump Systems – Daikin Global | Daikin Air to Water Heat Pump Systems provide economical heating and a total solution for domestic heating and hot water supply. | – High energy efficiency and cost savings. – Quiet operation with integrated heating and hot water supply. | – Initial installation costs may be high. – Performance may vary based on external temperature conditions. | www.daikin.com |
| Air-to-Water Heat Pumps | Trane Commercial HVAC – Trane Heating & Air … | Air-to-Water Heat Pumps (AWHP) are designed to provide reliable year-round cooling and heating by transferring energy between their internal fluid and… | – High energy efficiency and reduced emissions – Quiet operation with variable speed fans | – Initial installation costs may be high – Performance may vary based on outdoor temperature conditions |
| Hydronics | Solstice Air-to-Water Heat Pumps – SpacePak | Solstice Air-to-Water Heat Pumps by SpacePak, utilizing low GWP R32 refrigerant in a monobloc design for sustainable heating, cooling, and domestic ho… | – 30% more efficient than traditional air-source heat pumps – Eligible for rebates and extended warranties | – Higher initial installation cost compared to traditional systems – Requires specific installation conditions for optimal performance |
| Air to Water – Nordic Heat Pumps | Nordic ATW Series air-to-water heat pump, introduced in 2015, designed for hydronic heating/cooling systems. | – Minimal installation and service work outdoors – Components are in the conditioned space for longevity | – Requires separate indoor and outdoor units – Potentially higher initial installation cost | www.nordicghp.com |
| Air To Water Heat Pump Manufacturer | Air To Water Small Chiller Heat … | Chiltrix Air To Water Heat Pumps are ultra-efficient systems designed for heating, cooling, and hot water applications. Models include CX34, CX35, and… | – High energy efficiency with EER above 22 – Modular design allows for stacking and flexibility | – Higher initial equipment costs compared to conventional systems – Requires specific installation knowledge for optimal performance |
| Air to Water Heat Pumps | BlueRidge Company | Air to Water Heat Pumps from BlueRidge Company, including SpacePak Solstice and Arctic models. | – Up to 30%-50% lower installation cost compared to Geothermal systems – No outdoor excavation needed | – Requires electrical connection – Performance may vary in extreme cold climates |
| Air to Water Heat Pump & Manufacturers | Hydro Solar | Air to Water Heat Pump by Hydro Solar | – Energy efficient – Environmentally friendly | – Initial installation cost can be high – Performance may vary in extreme temperatures |
| Air-to-water heat pumps — a game changer for the hydronics industry | Air-to-water heat pumps provide heating, cooling, and domestic hot water (DHW) from a single unit. Models include Stiebel Eltron WPL 15 A2W Premium an… | – Energy-efficient and sustainable heating solution. – Dual functionality for heating and cooling. | – Initial market demand is still growing. – Regulatory challenges in the U.S. compared to Europe. | www.pmmag.com |
| Air To Water Heat Pump CX35 | Manufacturer: Chiltrix Inc. | Chiltrix CX35 Air To Water Heat Pump with high efficiency ratings and multiple applications. | – High efficiency and performance ratings – Versatile applications including radiant heating and cooling | – Specifications subject to change without notice – Potentially higher initial investment compared to traditional systems |
| Efficient Air to Water Heat Pump for Homes – ALSAVO® | Air to water residential heat pumps are efficient and eco-friendly heating solutions for homes, transferring heat from outside air to water for heatin… | – Reduces energy consumption – Enhances comfort in residential settings | – Initial installation cost may be high – Performance can be affected by extreme cold temperatures | www.alsavo.com |
Frequently Asked Questions (FAQs)
What is an air to water heat pump and how does it work?
An air to water heat pump is a system that extracts heat from the outside air and transfers it to water for heating purposes. It works by using a refrigerant that absorbs heat from the air, which is then compressed and transferred to the water, providing efficient heating for your home or business.
What are the benefits of using air to water heat pumps?
Air to water heat pumps are energy-efficient, reducing your energy bills and carbon footprint. They provide consistent heating and can also be used for cooling. Additionally, they require less maintenance compared to traditional heating systems, making them a convenient choice.
How do I choose a reliable air to water heat pump supplier?
When selecting a supplier, look for experience, customer reviews, and certifications. Ensure they offer a range of products to suit your needs and provide excellent customer service. It’s also beneficial to check if they offer installation and maintenance services.
What is the typical lifespan of an air to water heat pump?
Air to water heat pumps generally have a lifespan of 15 to 20 years with proper maintenance. Regular servicing can help extend their life and ensure they operate efficiently throughout their lifespan.
Are air to water heat pumps suitable for all climates?
Yes, air to water heat pumps can operate in various climates, but their efficiency may vary. They perform best in moderate climates. In extremely cold areas, consider models designed for low temperatures to ensure optimal performance year-round.