Dual Air geothermal WSHP HPW series is made for extreme summer or winter conditions. The Dual Air product line offers the option of introducing a fixed amount of outside air year-round or a modulating economizer to provide free cooling or heating when outdoor conditions are unfavorable.
Use and watch how geothermal WSHP HPW series heat pumps heating and cooling internal environments of your office/home. A clean, reliable and energy saving heat pumps can give you more than your cooling or heating needs. A dual-source heat pump combines an air source heat pump with a geothermal heat pump. These appliances combine the best of both systems. Dual source heat pumps have higher efficiency rating than air source units, but are not as efficient as geothermal heat pumps.
There are three main types of commercial geothermal heat pumps: water-to-water, water-to-air, and air-to-air. Each type has its own set of benefits and drawbacks, so it’s important to choose the right one for your needs.
Water-to-water pumps are the most common type. They use a water tank to store excess heat, which can then be used to heat or cool your building. These pumps are typically reliable and energy-efficient, and they can be used for both large and small buildings.
Water-to-air pumps are less common but can be a good choice for buildings with a high cooling load. They use a water tank to store excess heat, which is then blown through the building’s air vents to cool it down. These pumps are often more expensive to install than water-to-water pumps, but they can be more efficient in the long run.
Air-to-air pumps are the least common type, but they can be a good choice for buildings with a high heating load. They use a water tank to store excess heat, which is then blown through the building’s air vents to heat it up. These pumps are often more expensive to install than water-to-water pumps, but they can be more efficient in the long run.
We have already discussed what geothermal systems are. To summarize, these systems function similarly to other HVAC systems, with the exception that geothermal systems use the ground rather than air. We haven’t talked about how geothermal heat pumps (GHP) operate in large structures. Commercial geothermal heat pumps are also growing in popularity as the use of green technology does. They are not only environmentally friendly, but they also have low operating costs.
ROI: Here in the United States, geothermal technology sales are increasing. Particularly in warehouses, offices, apartment complexes, and military bases. In locations that experience constant or intense heat, it is especially useful.
Tax Credits: They can be offset if you’re worried about the up-front costs. Investment tax credits are offered by the federal government as new, environmentally friendly technology is developed. The credit may be used to offset some of the extra expenses associated with installing or upgrading a commercial geothermal heat pump. Nevertheless, it is getting smaller as we speak. The tax credit is getting smaller every year after initially being much higher.
Better cash flow: The ability to increase the organizational cash flow is one of the commercial geothermal solutions’ most obvious advantages. Owners of businesses start saving energy right away after installation. These needs, including the production of hot water and internal heating and cooling, are met using free energy taken from the earth’s core.
Long lifespan and low upkeep: The lengthy lifespan and minimal maintenance needs of these systems are additional factors that make them appealing in this regard. The underground piping system, which is responsible for a large portion of the geothermal solution cost, is known to last for more than 40 years. It also needs little maintenance, which lowers the frequent energy-related costs incurred by various commercial entities.
Flexibility in design: A well-designed space is now crucial for the majority of commercial spaces, if not all of them. Commercial geothermal solutions give architects and business owners complete creative freedom when designing and furnishing spaces because they take up less space than traditional central plant systems.
Substantial on-site adaptability: Additionally, geothermal solutions enable a high degree of flexibility in commercial spaces where not every square foot has a tenant. When each tenant is confirmed, the heat pumps for each space can be installed, along with the ground heat exchanger loop and building water loop.
Cabinet made of stainless steel with a nominal capacity of 12.0 to 80.0 tones
Different Voltage Ratings
Galvanized Housings & Blower
High-Performance Compactors for scrolling
Condenser Coils Made of Cupro-Nickel
Circuits for several refrigerators
A variety of safeguards
There are numerous configuration options (please see PDF File)
Applications for a water-side economizer with only fresh air
Variable frequency drive (VFD)
HPW150V- 12.5 ton Geothermal HP water to air
HPW180HCSS-15.0 ton Geothermal HP
HPW240HCSS-20.0 ton Geothermal HP
HPW300HCSS-25.0 ton Geothermal HP
HPW360- 30.0 Ton Geothermal HP
HPW180VCSS-15.0 TON Geothermal HP
HPW300 Specification Capacity Data Sheet
HPW240 Specification Capacity Data Sheet
HPW210 Specification Capacity Data Sheet
Specification for Commercial Units