As the homeowner suspected, there is no point in sinking any more money in the old water heater. The best option is to begin considering potential replacements. When checking out options for a new hot water heater in Auburn WA, it pays to talk with a professional and learn more about what is on the market today. Here are some examples of what the homeowner can learn.
Different Energy Sources
While the old heater operated with the use of natural gas, it never hurts to learn more about other energy sources for a new Hot Water Heater in Auburn WA. For example, how about the idea of using solar energy to power the heater? While it would involve some modifications in terms of wiring and setting up solar batteries, it could work just fine. The homeowner may want to think about using a standard source like electricity supplied directly from the local grid. A contractor can provide information about the pros and cons associated with different energy sources and help the owner understand the cost of making a switch.
Opting for a Different Type of Heater
The homeowner has never owned a water heater other than the traditional model with a large tank. Learning that there are heaters that can heat water on demand may come as a surprise. Typically referred to as tankless water heaters, these devices can supply all the hot water the household needs at any given time. The result is that someone can be in the shower while another person is starting a load of clothes or running the dishwasher.
Rather than anyone running out of hot water and having to wait until a tank heats up again, the tankless model keeps supplying a steady stream of heated water. Depending on the number of people in the household, this solution may be ideal.
Remember that choosing the right Hot Water Heater in Auburn WA will mean enjoying reliable service for years. Talk with a professional and explore all viable options. With a little time and planning, it will be possible to find a new heater that is capable of supplying plenty of hot water and will consume the minimum amount of energy required to do the job.
