Horizontal Geothermal Heat Pumps

Horizontal Geothermal Heat Pumps

Does heat pump at your home or office are not worth to save energy and money on both heating and cooling interior environment of your property? Well the appropriate solution for all aspects is not only right under your nose but also may be right under your feet. Yes we are talking about geothermal energy and the products designed on the concept of it are known as ground source heat pump or geothermal heat pump. Product based on geothermal concept takes advantages of earth surface and extract heat in winter from building and in summer remove heat.  Horizontal Geothermal Heat Pump is an ace example of it.

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Description

Horizontal Geothermal Heat Pump: Everything you need to know

One of the top manufacturers of horizontal geothermal heat pump is Miamihp. Having designed high-quality, long-lasting, and effective horizontal geothermal heat pumps for many years. In Miami, the most recent technologies are used to create our engineering methods and techniques.

Geothermal HVAC systems deliver warm and cool air to a building by utilizing laws of heat transfer. This kind of system’s dual capabilities increases the appeal of geothermal energy for homeowners. A single unit may require less space than both a furnace and a central air conditioner. Three factors will determine which system is the best choice for your house. These include whether a water source is present, the condition of the soil, and the amount of rock that surrounds the structure.

What is Horizontal Heat Pump?

A horizontal geothermal heat pump is a ground-source heat pump that uses a horizontal pipe system to extract heat from the ground. This type of heat pump is typically used in residential applications, and it is a popular choice for homeowners who want to reduce their energy costs. A horizontal geothermal heat pump can be installed in any climate, and it is a reliable way to heat and cool your home.

How Does a Horizontal Geothermal Heat Pump Work?

One variety of geothermal heat pumps is a horizontal model. Large tracts of land are best suited for this closed-loop. They are frequently installed in residential areas and are cost-effective, especially for new constructions when there is sufficient land available.

Trenches at least four feet deep are necessary for horizontal closed loops. Although there are numerous variations of horizontal closed loops, two pipes are the most common. The first pipe is typically buried four feet below the surface, while the second is buried six feet below. Another common arrangement uses two pipes arranged side by side in a trench that is two feet wide and five feet below the surface of the ground. This type of looping allows for the installation of more pipes in a trench that is shorter and narrower, which significantly reduces installation costs and permits horizontal installation in locations not ideal for conventional horizontal applications.

How Should a Horizontal Geothermal Loop Be Sized?

Similar to any energy project, the horizontal geothermal loop’s length, depth, pipe size, pipe type, etc. are all influenced by a variety of variables, including the nominal heating/cooling load, the annual heating/cooling demand, the type of soil, the thermal conductivity and diffusivity of the soil, the variations in the soil’s temperature, the heat transfer fluid, etc.

When the space that needs to be heated and cooled is identified, most designers will typically calculate the heating and cooling load and load demand correctly. Geotechnical data gathered at the site can be used to calculate or precisely measure location-specific factors (such as soil properties).

Because PG thermo-physical properties are relatively stable when PG temperatures exceed 0°C (or 32°F), 99% of horizontal closed-loop geothermal designers frequently ignore the impact of a heat transfer fluid like Propylene Glycol (PG). Viscosity increases exponentially and heat transfer between the circulating fluid and the ground is significantly reduced when the temperature of the fluid drops below 0°C (or 32°F).

Why Do we use Horizontal Geothermal Heat Pump in the USA?

There are many benefits of horizontal heat pumps, some of which are given below:

  • Regional Geology: For both varieties of collectors, geology and ground conditions must be taken into account. In order to provide the best long-term heat recovery and guarantee ongoing efficiency for years to come, the best locations for horizontal collectors are typically saturated or wetter areas of the site.
  • System lifecycle: Both ground loop and borehole systems should have a comparable expected lifespan in terms of the physical installation, or pipework, provided that the right materials are used for the installation and fusion welded. Theoretically, longer because the plastics used shouldn’t degrade much because they aren’t exposed to sunlight.
  • System Performance: There is a chance for seasonal changes in ground temperature and slightly increased heat pump inefficiency during the winter, even in a ground collector system that is perfectly designed. And if you are actively cooling a building in the summer, the same thing can happen when you use warm ground to cool the water.

Which factor does the Horizontal geothermal heat pump cost depends on?

After the thorough design, a true cost comparison between the systems should be conducted. But horizontal collectors are frequently less expensive.

  • Cost is based on a few of the following variables.
  • Due to the poor local geology, a larger collector field is necessary.
  • Protection for the horizontal collector from underground features such as sharp stones
  • Time required to dig the trenches
  • Leveling, reseeding, and revisiting this after the trenches have settled are all aspects of landscaping.
  • Depending on the finished landscaping specification, ground reinstatement for horizontal collectors may be expensive.

Features of Horizontal Geothermal Heat pump

All of our units at Miami Heat Pump are created using cutting-edge equipment and technologies. The best feature of horizontal Heat Pumps is the overall package. The general characteristics of a horizontal geothermal heat pump are mentioned below:

  • Geothermal products outperform traditional gas-forced air systems in terms of energy efficiency for all heating and cooling needs.
  • These products also have very low maintenance costs and can reduce total electricity costs by up to 80%.
  • If your heat pump complies with DOE energy star and COP standards, then only geothermal products are eligible for a $3,000 federal tax credit.
  • Since horizontal geothermal heat pumps and other products are durable and environmentally friendly, you won’t eventually need to worry about maintenance or repair.

How to choose the right horizontal geothermal heat pump for your needs?

When shopping for a horizontal geothermal heat pump, there are a few things you need to keep in mind. The first is the size of your home. The pump you choose must be able to handle the heating and cooling needs of your house. Next, you need to consider the climate where you live. A horizontal geothermal heat pump is not suitable for colder climates. If you live in a colder climate, you will need to choose a vertical geothermal heat pump.

You also need to consider the type of soil where your home is located. A horizontal geothermal heat pump works best in loose, sandy soil. If your home is located in a rocky area, you will need to choose a vertical geothermal heat pump. Once you have considered these factors, you can begin shopping for the right horizontal geothermal heat pump for your needs.

Horizontal geothermal heat pumps are a great option for residential applications. They are easy to install and can provide significant savings on energy costs. for more information please visit our website or Call us today!

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