A good heat pump can keep you warm for a long time, but of course, it’s not guaranteed to last forever. You’ll have to make a decision when it’s the right time to replace the system you have with a brand new one. Making the right decision at the right moment can help you save a lot of money, time and stress. To help you make better decisions, with more information, this is what you should be aware of when replacing your heat pump or AC unit.
When to Book a Repair Visit
Suppose there’s something wrong with your HEAT PUMP system, that a repairs visit might be all you need. The most crucial factor in repairing any HEAT PUMP equipment is age. In general, heat pumps and air conditioners are predicted to run around 15 years. The latest models are usually more durable and are less likely to need regular maintenance. If your unit is not more than ten years older, a visit from a service company could give you a few more years of service.
Another crucial aspect to consider is your system’s track record of service. Repairs are the best option for maintained systems and are free of problems. Also, you’ll receive more benefits by investing in repairs if the system is previously reliable and productive. The last factor to consider is the expense of repairs. Many issues are easy to fix. Take a look at an estimate so you can know some common costs to repair your equipment.
Here Are Some Suggestions to Consider
· Sizing a Heat Pump
The HEAT PUMP contractor will take care of the sizing needs of the heat source; however, it’s never hurt to be aware of your home’s needs before. To determine the size of the heating system your home will require, you can use this easy calculation based on the total area. One-ton heating units can regulate about 400 square feet. Of living space. Thus, a home with 2,000 square feet will require five tons of heat.
A variety of factors can result in smaller heat pumps due to various factors. Double-pane windows as well as adequate levels of insulation in attics walls, subfloors and walls must be considered before buying a new heating system. It lowers the price of HEAT PUMP equipment as it is smaller. It also decreases energy usage, which results in lower utility costs.
· Two-Speed Compressors
Many heat pump options improve the unit’s efficiency and produce less noise. Two-speed compressors only condition the air in the capacity required at any given moment. Since the heat pump isn’t always operating at its maximum capacity, like standard compressors, they need less energy and experience lower wear and tear to their internal components. A lower load on the equipment can prolong its life span and lower the possibility of making repairs that could be costly.
· Zoned Heating and Cooling
Larger houses could benefit from zoned cooling and heating. Zoned systems can supply controlled air to specific regions instead of the whole family. This kind of system is comprised of an adjustable thermostat for multiple zones with motorized dampers that allow airflow to be directed. Programmable thermostats provide homeowners with the option of setting the desired temperature at various time intervals over 24 hours. This results in increased energy efficiency by regulating comfort levels while away from the house.
· Additional Options
Additional options to think about before buying a new heat pump include dual-speed or variable speed heaters and motors, as well as backup burners and noise from the heat pump. Dual-speed options for the majority of motors for fans motors boost energy efficiency, ensure a steady airflow, and operate more silently than traditional fans’ motors. Emergency heat strips can provide warmth if temperatures outside are less than 32°F make the heat pump unusable. The condenser of the heat pump located outside creates noise during operation. Make sure you don’t place the unit near the patio, porches or windows in bedrooms when it is possible.
· Replacement Cost
The total cost of an overhaul of your heat pump can range between $4,000 and $7000 based on the model and manufacturer. In general, buying a brand new, energy-efficient heat pump can assist in reducing your monthly utility expenses. Additionally, the most recent systems available in the marketplace are engineered to give you better airflow throughout the summer and winter.
· Life Span
A standard heat pump is designed with an operating life span between 10-12 years, depending on the amount of maintenance you carry out. Don’t try to repair a heating system that is more than 12-years-old. Although it is feasible to restore your heating unit’s temporary performance, it’s just a matter of time before various components and other parts begin to fail. If your heat pump is 15 is a decade old, it’s best to recommend purchasing a new heating unit for a few reasons.
· Energy Consumption
Contrary to a central air conditioner, the heat pump will provide the user with warm air during the winter and cool air in summer since your heater performs a highly demanding job that can’t last longer than 30 years. These furnaces (that you gaze at with envy), which last longer than 30 years, will only last for a fraction of the time the heat pump will.
If we see a pump that’s 12 years old and still working, We always say that the best part is its functioning. However, the negative side is that a heat source is less efficient as it gets older. While it might be feasible to repair an old heat pump, it will use a lot of power every month. This could result in the total amount of your energy costs increasing.
· SEER Ratings
The term SEER stands to mean seasonally-based Efficiency Rating. A SEER rating is a guideline to improve the effectiveness of your heat pump system in the summer and winter seasons. To determine the SEER rating, you’ll have to assess the quantity of cold air generated from the heat pump in the summer months with the total power it uses in Watt-hours. The SEER rating average of the latest heat pump ranges between 13 and 25.
It is usually found on the back of the heat pump. The more SEER the rating is, the more efficient it is. The unit you bought 15 years ago will likely have 10-SEER less or lower. Since January 23rd, 2006, each product sold within the U.S. has been required to achieve a SEER score of 13 or more. To boost the performance of heating equipment, scientists began using a different type of refrigerant about two years back. Additionally, the design of heat pumps was altered to lower the amount of electricity required.
Replacement versus Repair
The replacement of a heat pump is a significant expense. Repairing the unit you have may appear to be a more affordable alternative if the repairs aren’t too significant; however, they aren’t economically viable in the long run. Older models consume a lot more energy than their modern counterparts, and their power consumption could continue to rise as they get older. Tax credits, energy efficiency and rebates should be considered when comparing the cost of replacement versus repair.
Even the expense of an upgrade to an AC or heat pump can be an investment in your financial future. It’s a fantastic opportunity to upgrade and an effective way to prevent costly and disruptive breakdowns. If you want to determine if installing an entirely new system is suitable for you, take a look at Velocity Air Conditioning’s Installation Services and get an estimate.