I’ve moved home and need tips - what energy saving appliances do you use?


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I know it’s sunny and warm outside, so less energy is being used - but I need to make savings now! So, I need your help - what energy saving appliances do you use?

I’ve just bought my first home, so I’m starting with energy saving bulbs. Is there anything else I could do to use less energy? I’m looking forward to reading your tips - the more obscure the better. 😀

@PeterR1947, @UC Bear, @SianiAnni @jdenver

This time next year I’ll be getting married, so I’m definitely in the market to save money on my energy when I can! 💍

12 replies

Hi Eva

Just a few ideas- in no particular order.

Try and buy the most energy efficient appliances that you can afford. Also avoid buying appliances that are bigger than you need. A bigger washing machine probably uses more water and needs more electricity to heat the water than a smaller one, use the shortest/lowest temp wash cycle that gets the job done. Also think about your other appliances how big a fridge freezer do you need? If you buy one that is too big you are paying to keep empty space cold.

The same goes for small appliances too, how big a kettle do you need? If you are only making 1 or 2 cups of tea/coffee dont overfill a large kettle or use a smaller kettle instead.

I have a combination microwave which has a convection fan oven as well. Its smaller than my main oven but uses much less power than my main oven so I try to use this where possible.

Also I can use the microwave and convection together which for example cooks a baked potato in around 20 mins compare to about 1.5 hours in my main oven.

Avoid buying/using a tumble dryer - air dry your washing especially in summer.

If you use a PC, use a laptop rather than a desktop computer. Laptops use far less power than a desktop PC.

If you have a hot water tank - look at how long the timer is on for- you can experiment and adjust the time to suit how much hot water you use. Dont leave the hot water on for longer than needed.
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Hi @Eva_OVO , cograts on getting married. First tip never leave home as that's by far the cheapest option!
However being aware of the household appliances that are power hungry can help you use less electricity.
With an electric kettle only boil the actual amount of water you need. Don't fill the kettle for one cup of tea.
Use a microwave rather than an electric oven.
Use a toaster rather than doing toast under the grill.
Use washing machine at lower temperature and avoid only putting one item in!
Turn everything off that your not actually using as every little helps.
Never leave heating on when house unoccupied.
I used to have a mug that said "Save water bath with a friend" but it also applies to electricity.
Hope that gives you some ideas.
Userlevel 7
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First tip never leave home as that's by far the cheapest option!

😂😂😂

Agree with Phil the tumble dryer is a big no no. For me living in a house share, I can't really stop my house mates from using it. I don't, 1 other doesn't, and the two others do 👹

One even uses the dryer, and then goes and hangs up all their washing anyway - what's the point in that!?

More good tips here
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Agreed with all the above, make sure you buy LED bulbs rather than CFL (The fluorescent ones) You can get either daylight which give a white light or warm white which are mofe like the old fashioned bulbs giving a yellowish light. Get own brands, for example Wickes own range which tend to be cheaper.

If you can afford the capital expense get PV panels and a storage battery.

Invest in an internet controllable thermosat, I recommend the Inspire Home Automation one, it simply replaces your existing thermostat, doesn't need boiler connections.

In the cooler weather, put on a jumper rather than turning up the thermostat or go to bed early 😊
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There are also slightly more contentious energy savings to be made by reducing frequency of showering (think strip wash), and washing clothes less frequently (reduces release of manmade fibres into the ecosystem). For many over 60s, like myself, these are simply normal behaviour:)
The talk of showering got me thinking...

If you have an electric shower they can be very expensive to run. I have just done a quick back of the envelope calculation and get the following.

Typical electric shower - assume 10 kW
Latest Ovo electricity price ~ 17.22p/ kW
Assume you shower once every day for 10 minutes

Based on the above, if you work this out it costs just over £100 per year per person to use an electric shower, 2 people £200 per year, 4 people £400 per year.

If you spend longer in the shower it will cost more.
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Woo-hoo! New house! ☺

When selecting a fridge or freezer, please note that the Energy Ratings do not tell you how efficient it is. The tests for these items relate to how good is the insulation around the cold compartment. They do not take into account the amount of electricity needed to run the compressor motor.

LED lighting. If possible avoid using bulbs, and instead use dedicated LED fittings. The electronics in the bulbs generate heat which cannot easily be conducted away from the bulb envelope. The lifetime of an LED emitter is proportional to the temperature at which it runs.

Have a look at what I wrote here on @Darran_OVO's weekly blog about LED emitters.
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This is all amazing advice thank you all so much! 😄

Charlie (my fiance and the chap in the photo) and I have already made a list using your tips on things we need to do to save money on energy. Our biggest problem at the moment is that we have a back boiler, which apparently isn't efficient - we can't wait to change it.

@Phil_H That's my worst habit I love a long shower the hottest it can be, I spend far too long in there! 🙈
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Well I'm glad to hear that the chap in the photo is Charlie... otherwise there would some explanations needed! 🙂

Back boiler.... we need more info please.

A. What fuel is used to heat this back boiler?

B. Does the hot water then go to a storage tank?
If so, please describe it or send pics.

The whole concept of Energy Storage is about to become very important as we move towards TOU Tariffs. So you don't want to start by removing a storage device!

Have a look at my diagram here which @Tim_OVO decided to move into the Forum's public area before I'd finished designing it!

There are storage components in the blue section of the diagram... and it's that part of the drawing which needs further work.
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Oh.... and on the subject of showers -

I've installed a thermal solar array which feeds into my water tank. On cloudless days we have more hot water than we can use, even in winter. Long hot showers suddenly aren't a problem.

That's one of the reasons I'd like more details of your existing tank.
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So at the moment the boiler is behind the fire and I believe it's gas, and in my bedroom I have an airing cupboard with a big copper tank that stores water. We're hoping to eventually remove the fire and the tank and have a new boiler installed.

Even after my long showers and washing up, we've never actually run out of hot water - touch wood. 😂
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OK, understood.

So my initial response is "don't just chuck out a tank!"

There are three main types of water storage cylinder:
  • Direct
  • Indirect
  • Thermal store
With the older type of Direct cylinder, the water which comes out of the tap is the same water which passes through the back-boiler and gets stored in the tank. These are pretty uncommon now. They run the risk of the pipes getting clogged in hard-water areas.

The most common style is the Indirect cylinder, where the water in the back-boiler is passed through a coil in the tank, thereby passing its heat to the main body of water. Thus there is no mixing of the two water systems. The circuit feeding to/fro the back-boiler contains a chemical inhibitor to prevent the pipes corroding or getting clogged.

I have a Thermal store. In this arrangement the main body of water in the tank contains the inhibitor. It gets heated by an energy source, such as a gas-boiler, and I pump the same water through my underfloor heating.


When a hot-water tap (or shower) is turned on, cold water passes through a coil at the top of the thermal-store and picks up heat.

The main advantages of a thermal store are:
  • the gas boiler always runs in condensing mode because the "return water" is sufficiently cold
  • you can add multiple heat-inputs. I have solar-thermal panels and a 24v immersion heater, which uses up any spare electricity from solar PV and wind-turbine once my batteries are already full.
So, based on that explanation, what more can you tell us about the existing tank in your bedroom?

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