06 May Off
If you’re a homeowner looking to improve your home’s energy efficiency, then you might want to research tankless water heater installation in San Diego. The same goes if you’re constructing a new home that you want to make as energy-efficient as possible. Along with proper insulation, double glazing, and air sealing, choosing a tankless water heater over a storage tank appliance is one of the most important steps you can take to reduce your energy consumption.
Save Money and Shrink Your Carbon Footprint.
A tankless water heater, also referred to as an on-demand water heater, uses less energy in your home because it doesn’t have to heat a large quantity of stored water. Instead, it passes cold water through a heating element only when the faucet is in use. This results in a very precise delivery of hot water. And best of all, tankless water heaters eliminate the single most inconvenient problem with conventional water heaters: cold showers when the tank’s empty!
Because they use less energy, tankless water heaters could save your family hundreds of dollars a year, depending on your household size. Equally important is that you’ll be reducing your carbon footprint. For those who are truly dedicated to saving the environment, a solar-powered tankless water heater is the way to go.
Last but not least, a distinct advantage to purchasing a tankless water heater is that it lasts approximately seven years longer than conventional models, so you won’t have to replace it for the next 20 years or more!
Getting Expert Advice
Even after doing research and shopping around, it can still be confusing to know what type of tankless water heater to purchase. That’s why it’s so important to have experienced plumbing professionals who can help guide you to the best system for your individual needs. Ready to make the change? It’s easy! Just give Arnett’s a call with any questions or to make an appointment for a free estimate. We’re ready to help you join hundreds of other satisfied homeowners with a tankless water heater installation.