Tank vs. Tankless Water Heaters: What the Difference Means for ...

Policyholders have any one of a variety of water heater types in their homes or businesses. Water heating accounts for 14–18% of utility bills, according to the U.S. Department of Energy, and the average household uses 64 gallons of water daily. Because of their frequency of use and the complexity of the equipment, water heaters are often included in claims. It is important insurance professionals recognize how perils may affect them depending on if they are tankless or have traditional tank storage.

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Differences Between Tankless and Tank Water Heaters

Tankless water heaters are more efficient than tank water heaters over the system’s lifespan.

Unlike water heaters with tanks, tankless water heaters only provide hot water when it is needed rather than keep a stored supply. When a hot water tap is turned on, cold water goes through a pipe to a gas burner or electric element that heats it before delivering it to the desired location. Facilities that use a lot of hot water may see 8–14% more energy efficiency compared to homes with tank water heaters, a U.S. Department of Energy article about tankless water heaters states. That efficiency increases to 24–34% more for homes that do not use as much hot water.

Tankless water heaters have another advantage over those with tanks. For example, the person last in line for a shower may have to wait for the water supply to be restored in the tank to have any hot water, whereas a tankless water heater will provide an endless supply of hot water. On the other hand, flow rates on a tankless water heater may be smaller, particularly if multiple places in a building need hot water at the same time. Tankless water heaters also have more upfront costs, though they last longer and are more energy efficient, which lowers costs over the system’s lifespan.

Tankless water heaters set themselves apart with the intricacy and delicacy of their electrical and mechanical components. Because water is heated on demand, extra controls are necessary as is a different sequence of operations to produce hot water effectively and efficiently.

Policyholders claimed slightly fewer gas-fired tank water heaters, left, than electric tank water heaters.

Regardless of if they have a tank, most water heaters rely on gas or electricity, though heating by solar is also an option. StrikeCheck assessed hundreds of claimed water heaters last year for carriers and their policyholders. Those with tanks, which made up most of the evaluated equipment, were split 58% electric and 42% gas. Percentages for tankless water heaters were switched, with more being gas than electric.

How Surges and Maintenance Impact Water Heaters

Policyholders most frequently reported that their water heater sustained damage from an unknown peril, lightning, water, or high voltage surge. However, StrikeCheck’s expert assessments found that the most prominent causes of loss for all types of water heaters were high voltage surge and wear and tear. It is critical adjusters know what to look for to avoid settling for perils not covered by the policy.

High Voltage Surge: Nearly three-fourths of all tankless water heaters that StrikeCheck assessed sustained damage from high voltage surge, compared to only a quarter of tank systems with surge damage. Tankless unit components are more susceptible to damage from minor voltage irregularities that may not affect water heaters with tanks.

A tankless water heater’s control board, shown here, is susceptible to electrical damages, including high voltage surge.

The component most at risk of surge damage in a tankless unit is the control board. Tankless water heaters require sensors, valves, switches, and motors to heat water on demand, and all the components are integrated into the fragile electronics of the control board. Voltage fluctuations or power outages could cause failures to any of these elements that could render the system inoperable. Damage to the control board’s thin circuitry could also cause failures to other connected components.

Water heaters with tanks don’t have as many sensitive controls, making them less affected by lightning or surge events. Minimum efficiency atmospheric water heaters with tanks, which are the most common type of water heaters policyholders use, are not connected to electrical systems. However, electric tank water heaters can be affected because of their electric heating elements, thermostats, internal wiring, and power supplies. These can be more challenging to have a failure diagnosed without the help of an expert because they must be connected to a power source to energize their heating elements.

Wear and Tear: Nearly a third of all the hot water heaters that StrikeCheck assessed sustained damage from wear and tear.

For tankless systems, some policyholders may confuse the error codes displayed on the control panel as being from an electrical or weather event rather than a maintenance problem. Among the displayed codes, depending on the manufacturer, are for flue pipe or intake air blockages, fuel supply disruption, improper water circulation, clogged heat exchangers, sensor malfunctions, loose connections, broken or pinched wires, or other issues that may result from improper cleaning or maintenance.

Tank water heaters were frequently found to have sustained damage from wear and tear – or were not damaged at the time of assessment.

Tank systems are more susceptible to malfunctions from wear and tear because they require additional maintenance. The tank, which must hold and heat large quantities of water, is the main problem when a system fails. Water contains minerals and deposits that are destructive to the tank, particularly as they accumulate over time.

For gas-fired tank water heaters, the constant, direct flame exposure causes the tank’s metal to expand and contract, which weakens it. Electric tank water heaters are at risk for wear and tear because of the constant water exposure to more components. Heating elements can overheat, corrode, and degrade because of accumulated scale and water deposits.

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Do Not Guess on Cause of Loss

For adjusters, being able to verify equipment is damaged is as important as determining cause of loss. Both could impact how claims are settled. More than a quarter of all water heaters that StrikeCheck evaluated for carriers were non-damaged at the time of assessment.

In alone, just over 8.7 million residential water heaters were shipped into the United States, which amounts to roughly one water heater for every 37 people. This high demand is not surprising, as everybody needs heated water for numerous tasks, such as taking showers and washing dishes.

One of the most popular types of water heaters is a tankless (also called on-demand) water heater, which heats water on an as-needed basis. However, when considering the purchase of a tankless water heater, it’s important to first analyze its positive and negative aspects. Fortunately, we’ve done some of the homework for you. Read on for our list of the 4 Pros and 4 Cons of Tankless Water Heaters.

Pro #1: Longer life expectancy

Tankless water heaters are becoming more popular, and the benefits they provide may be the reason why. One of the most tangible benefits of a tankless water heater is its longevity. According to the U.S. Department of Energy, most tankless water heaters have a life expectancy of about 20 years, which is nearly double that of traditional tank water heaters, which only last 10  to 15 years.

Pro #2 More energy efficient

Aside from their high life expectancy, tankless water heaters are also much more energy efficient than traditional tank-based water heaters, as they use roughly 30 to 50 percent less energy than their counterparts. Tank-based water heaters, for example, store preheated water for when it is needed,  and continue to reheat the water throughout the day, resulting in higher energy use. Tankless water heaters, on the other hand, use an electrical heating element or gas burner to heat the water on demand as it passes through the unit.

As a result, properly sized tankless water heaters are capable of supplying a nearly endless supply of hot water, while saving households over $100 a year on average on their utility bill. When considering their 20-year lifespan, this amounts to a savings of roughly $2,000 over this time period.

Replacing a traditional water heater with an on-demand unit is only one of several ways to make a home or business more energy efficient.

Pro # 3: Never run out of hot water

Tankless water heaters don’t depend on storage, and if they’re sized and installed properly, you can take as many showers as you want back to back without running out of hot water. They have a powerful heating element or burner that heats the cold water on demand as the water passes through the heater.

Pro #4: Save space

Tankless water heats are much smaller than other water heaters, which save space. Traditional tank water heaters, for example, can be upwards of 6 feet tall, while tankless water heaters are only 2 to 3 feet tall and are usually mounted on a wall. In smaller homes, this extra space could be a welcome benefit.

The pros above may have already convinced you that a tankless water heater is the route to go. Despite the many positive features of tankless water heaters, they’re not without their disadvantages. Before making that final decision, it would be wise to also look at the cons.

Con # 1: Initial cost is more than most traditional water heaters.

Although tankless water heaters provide households with numerous benefits, drawbacks such as initial cost make buyers hesitant to purchase one. Including the installation price, most tankless water heaters cost between $1,000 to $3,000. This is considerably more than the $700 to $2,000 price for most tank-based water heaters.

Con #2: Installation is more complex.

Tankless water heaters require more gas or electric power than tank type water heaters. They save energy by operating only when there is demand for hot water. This results in larger gas pipes and larger electric circuits. For a new building design, this may not be a problem. However, for an existing building with established gas pipes and electrical circuits, infrastructure renovations are sometimes needed  to accommodate the additional power requirements.

Con #3: Needs to be sized properly according to household needs.

To have enough hot water to run the dishwasher, for example, while taking a shower or even multiple people taking a shower at once, the tankless unit must be sized properly. A plumbing expert will figure out the flow rate and temperature rise to determine the proper size and design based on your needs.

Con #4: Won’t supply hot water during power outages.

Buyers need to be aware that tankless water heaters don’t provide hot water during power outages. Because tankless water heaters require power to operate and don’t store any heated water, if the electricity goes out, so does the supply of hot water. Gas powered tank-based water heaters do not have electronic controls like the more sophisticated tankless heaters.

Buyers in states such as Texas, Louisiana and California should keep this factor in mind, as according to Stacker.com, Texas and Louisiana experienced the most and second most power outages in , at 66 and 19 power outages, respectively. California came in third with 15 power outages in .

Is a tankless water heater worth it?

Every household needs heated water, and tankless water heaters are one of the most popular types of water heaters available to consumers. This is due to their 20-year life expectancy, energy efficiency, endless hot water supply and compact size. However, buyers must also be aware that tankless water heaters are much more expensive than other water heaters, require higher capacity gas or electric infrastructure, and do not operate during power outages.

Every homeowner’s situation and intentions are different. While your main intent may be to see a return on your investment, another’s may be to save the planet with less energy usage or simply to enjoy an endless supply of hot water.

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