Why Is a Humidifier More Complementary to a Heater?

October 20, 2020

A humidifier can be a great way of fine-tuning your humidity levels and keeping your indoor air comfortable. Though they are helpful all year round, humidifiers are especially useful when the heat is running. There are a few key reasons that a good humidifier is more important during the colder months. Air Is Normally Drier in Winter A big part of the reason humidifiers are used alongside heaters so much is simply because of the time of year. Usually, heaters are run during the chillier months. In most climates, winter weather is automatically drier. Snow adds a little moisture to the air, but it cannot compare to the humidity caused by heavy summer rainfalls. The lower precipitation levels of winter lead to air that is fairly crisp and dry. On average, humidity is about 8% lower during winter months. The low humidity during winter can be problematic for both you and your home. Without a humidifier, you might encounter all the unpleasant side effects of low humidity, such as: Chapped lips Itchy eyes Cracks in wood furniture Nosebleeds Dry, cracking skin Static electricity shocks Increased cold, flu, and allergy symptoms All of these symptoms tend to appear most often in...

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How Does a Heat Pump Work?

October 10, 2020

Adaptable to almost every application, heat pumps are rapidly becoming popular in homes and businesses. A heat pump has a mechanism that allows it to extract heat from one point and transfer it to another. For most homeowners, it’s the energy-saving ability that makes it so attractive. These devices use less energy in transferring heat from one location to another. You can use a heat pump to pull heat out of the ground to heat your office building or home. Additionally, you can use them to cool a building as well. Read on to learn more about how heat pumps work. The Refrigeration Cycle When it comes to cooling, refrigerators and heat pumps work in a similar way. The heat from the inside is extracted and moved outside the space. Through a three-step process, heat pumps convert liquid refrigerant into a gas. It then converts it back into a liquid. This is the conversion phase, or in layman’s language, the refrigeration cycle. A heat pump has three main components: the compressor, condenser and evaporator. Each plays a crucial role in the conversion phase. Step one: The compressor is located in the outdoor unit of the heat pump. It uses pressure...

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