Ductless Heat Pumps can provide both cooling and heating. They are well suited for dwellings that do not have central ducting. Applications include Homes, Condos, Apartments, Workshops, Offices, Businesses and more.
Ductless Heat Pumps are also much more energy efficient than electric baseboard heaters, and can provide substantial operation cost savings.
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Central Heat Pumps are well suited for homes that already have ducting (such as homes using electric furnaces) and also new construction homes where ducting can be incorporated during the building process. Central Heat Pumps provides centralized cooling and heating comfort for the entire home. Auxiliary electric heaters can be added as back up during extreme cold periods.
With proper duct design, sizing and installation, air is supplied to each room in the right proportions to make your entire home comfortable.
In some cased Ductless Heat Pumps can be combined or added to areas in homes where existing central systems are not adequate. This approach can provide personalized comfort for occupants in these areas.
A heat recovery ventilator (HRV) is a ventilation device that helps make your home healthier, cleaner, and more comfortable by continuously replacing stale indoor air with fresh outdoor air. Newer homes are built more airtight, which helps save energy but can make the inside air stale. To complement this airtightness, modern homes use HRVs to distribute fresh air throughout the house.
Recovering the heat: During the heating season, the HRV captures heat from the stale air leaving your house, and uses it to preheat the fresh air coming into your house. Similarly, an HRV can reverse this process during the cooling season, removing some of the heat from the incoming air and transferring it to the outgoing air. Keeping your home fresh while saving energy.
Energy recovery ventilators (ERVs) are a type of HRV that can exchange both heat and moisture.
Moisture control: An ERV can give you more control over moisture levels in your home during warm and humid weather, by keeping excess moisture out of your home. Because less energy is required to lower the temperature of dry air compared to moist air, an ERV can reduce the work your air conditioner needs to do and save you money.
Moisture recovery: If your winter climate is extremely dry, ERVs recover some of the moisture that would leave your house through a regular HRV. This helps you maintain a comfortable humidity level within your home, avoiding static electricity, sore throats and other discomforts caused by air that is too dry.
Variable Refrigerant Flow (VRF) systems vary the flow of refrigerant to indoor units based on demand. This ability to control the amount of refrigerant that is provided to fan coil units located throughout a building makes the VRF technology ideal for applications with varying loads or where zoning is required.
VRF systems are available either as heat pump systems or as heat recovery systems for those applications where simultaneous heating and cooling is required. In addition to providing superior comfort, VRF systems offer design flexibility, energy savings, and cost effective installation.
In a VRF system, multiple indoor fan coil units may be connected to one outdoor unit. The outdoor unit has one or more compressors that are inverter driven, so their speed can be varied by changing the frequency of the power supply to the compressor. As the compressor speed changes, so does the amount of refrigerant delivered by the compressor. Each indoor fan coil unit has its own metering device that is controlled by the indoor unit itself, or by the outdoor unit. As each indoor unit sends a demand to the outdoor unit, the outdoor unit delivers the amount of refrigerant needed to meet the individual requirements of each indoor unit. These features make the VRF system ideally suited for all applications that have part load requirements based on usage or building orientation, as well as applications that require zoning.
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