Call Now
Specialists in Electric Hot Water Cylinders
Running water has revolutionized the Western world. Having access to hot water at the turn of a tap is truly amazing. However, that comes with a cost. You pay money not just for every litre of water that flows through your home’s pipes, but also to heat that water. And when financial times get tight, everyone needs to find ways to cinch up their belts a bit. In this post, we’ll cover a few important ways to make your unvented cylinder more energy-efficient without sacrificing modern conveniences.
The first tip we have to offer might seem a little at odds with the gist of our blog post in terms of saving money without sacrificing comfort. Hear us out, though. Why leave your water heater running when you’re not around to use it or when you’re sleeping?
Even the most insulated cylinders lose heat to the surrounding environment, causing them to cycle and reheat water. If you’re sleeping, at work, or on holiday, there’s no point in using that electricity. You can install a timer that turns your cylinder on during specific hours of the day. That saves you money and reduces your energy demand. Just make sure to give the cylinder sufficient time to heat the volume of water inside before you need to use it.
What’s the difference between an ultra-high-efficiency cylinder and a standard cylinder? It’s all about insulation. The higher the efficiency rating of a water heater, the more advanced the insulation will be (it might not be thicker – just better performing).
You can take matters into your own hands by investing in an insulative jacket for your cylinder. These fit around the outside of the unit and help prevent heat from being lost to the environment. With better insulation, your cylinder can hold heat for longer periods, sometimes many times longer, which reduces the number of heating cycles and power/fuel for those cycles.
Every unvented cylinder should be drained annually, but this is particularly important if you live in an area with hard water. Your water carries sediment into the cylinder, where it begins to settle. It creates a coating on the bottom of the cylinder, as well as over your immersion heater(s). This does a couple of things.
First, as sediment settles to the bottom of the cylinder, it takes up space and reduces the volume your cylinder can hold. Second, as it coats your immersion heater(s), it reduces heat output, so the heaters must work harder and longer to heat the same volume of water.
That results in increased fuel consumption and higher costs, as well as an increased likelihood of heater failure. Draining and flushing your cylinder annually helps minimise this problem and improves your cylinder’s efficiency.
If your cylinder is less efficient today than when you installed it, it might be time for maintenance. Call EasyFlow to schedule an appointment or to learn more about our annual maintenance plans. Need a replacement cylinder rather than service or maintenance? We can help with that, too!
Tim, Warrington
12 December 2024
Replacement Immersion Heaters
Engineer was delayed a short time but called ahead to make us aware. Service fast and efficient.
David, Liverpool
11 December 2024
Annual Service
Brian, Wilmslow
10 December 2024
Annual Service
Paul , Disley
10 December 2024
Annual Service
Richard, Bolton
2 December 2024
Annual Service
As usual work carried our in a professional manner to a very high standard Excellent service
Ernie , Home
20 November 2024
Annual Service
Charles, Stockport
28 October 2024
Annual Service
Jen, Manchester
24 October 2024
Annual Service
Derek, Chester
10 October 2024
Annual Service
© 2025 EasyFlow Water Limited. All rights reserved
Thank you!
Your message has been sent successfully.
We will contact you shortly.
Thank you!
Your message has been sent successfully.
We will contact you shortly.
Thank You!
Warning!
One or more fields contain invalid data.
Please check the fields.
Before submitting Zero Cost Labour form.
Please add name and date to Video Release.
Find out what our clients are saying about the services we provide
Click to view