Autumn is one of the best times to invest in solar. Here’s why…
If you’re dreaming about generating your own solar power at home, but think it’s best to wait til the sun is shining for your installation, think again. Here’s 4 reasons why there’s no time like the present to go green and upgrade your home.
1. Maximise your savings as the nights draw in
Winter can be an expensive time for energy usage, so the sooner you get a helping hand from your solar panels, the better. Immediately after installation, your panels will start generating electricity, so you'll be saving on your energy bills and topping up your battery (if you have one), whilst taking advantage of the remaining longer days.
If your panels are installed now, by spring and summer you’ll be set up and ready to generate in time for the sunniest days. As well as being completely familiar with your system and the best ways to use it to maximise your savings.
Did you know: 8 solar panels can generate enough electricity on an average winter's day to make 135 cups of tea ☕️🫖.
That's enough to invite the entire street round for a cuppa!
2. Solar panels still work when it’s cold & cloudy outside
Solar PV panels work by converting light particles into electrons, so as long as it’s daytime outside, they should still generate roughly a quarter of the electricity produced in the summer, even on the gloomiest of days. It’s also worth knowing that a bit of rain can actually be handy, as a way of washing away any dust or dirt that could be blocking important sunlight.
The stronger the sunlight, the more energy can be generated, so the highest energy yield is usually around midday on a clear day, and the longer the day, the more energy you’ll produce. However even on the shortest days, you’ll still be able to generate enough power to help pay for your energy usage.
Based on an average home with 8 solar panels and a 5.2kWh battery
3. Benefit from solar smart tariffs, come rain or shine
With a battery, it doesn't matter what time of year it is if you'd like to take advantage of the UK’s best export rates with our dedicated solar & battery energy tariffs: Octopus Flux and Intelligent Octopus Flux.
With Flux, you’ll have the option to top up your battery with super-cheap grid electricity from 2am - 5am (when grid energy is greenest). Then between 4pm - 7pm, if there’s any left over, you can sell energy back to the grid for almost double the price you paid during the off-peak period (per kWh). Plus, by exporting green energy during times when grid demand is high, you’re also contributing to the amount of green electrons in the grid, reducing the need for coal power stations to be turned on — so you're saving money whilst helping the environment.
Alternatively, the cheap energy you use to top up your battery at night can work hand-in-hand with your solar panels to power your home during darker daytimes, helping to lower the cost of your winter energy usage.
4. The planet needs your support now
Getting solar and battery power installed at home is one of the best things you can do for the environment at home. According to the Energy Savings Trust, A typical home solar PV system could save around one tonne of carbon per year, depending on where you live in the UK.
We’re now seeing signs of global warming all too often across the globe, and it can be easy to feel powerless and disengaged. By turning your home into a mini green power station, you can regain that power by doing something that makes a difference, all whilst future proofing your home at the same time.
How we worked out the facts
8 panels can generate enough electricity on an average winter's day for 90 cups of tea:
An 8 panel system will on average generate 3kWh of energy from the sun a day in winter. If it takes 2kW to power a kettle and 4 mins to boil a full kettle the kettle will need 2kW x 4/60 hr = 0.13 kWh of energy to boil when full. If you could channel all that solar energy into boiling your kettle multiple times a day you could boil (3kWh / 0.13 kWh) = 22.5 full kettles in a day. If a full kettle (1.5 litres) = 6 cups of tea. (250ml each) that's 135 cups of tea from solar on an average winter day.
Published on 23rd October 2023 by:
Hey I'm Constantine, welcome to Octopus Energy!
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