I’m getting into the Olympics this time round. I’ve been enjoying a bit of the Canoeing and Fencing, but the big event I can’t wait for is the 100m sprint. It’s the highlight for me and lots of other people, but just how much power do these athletes put down to the track? I decided to do a little research, and it seems the Independent got there first. I found an article about Usain Bolt. Because of his big, square frame, he has to put down more power than everyone else to cope with the wind resistance.
I woke up this morning in a bit of a panic. The thing is, I’ve been trying to send you relevant and useful ‘stuff’ about electricity. I’ll admit, it’s not the world’s most exciting topic but I do put a fair bit of effort into making sure you know what you need to know through these weekly articles. Now, I woke up this morning with a feeling of dread, because I’ve missed out a really important piece of information that I should have told you right at the start!
Hi! Or should I say Olá?! Either way, did you hear about what Portugal managed recently? They powered the WHOLE country (and it’s a pretty big place) on renewable energy. So that’s energy from solar panels, wind turbines, hydro energy from dams and waves, and biomass plants were powering everyone’s electricity needs. The country lasted a total of 107 hours without pulling any energy from fossil fuels. It’s pretty impressive. Being an electrician, it’s had quite an effect on me. It could be an absolute game changer.
Carl here. How are things? I've been thinking a lot recently about renewable energy. In my line of work it's popping up more and more often, and some people are even making money out of it. I thought I'd wright my take on it; 4 Ways To Generate Your Own Electricity. I've been reading up on renewable energy systems for the home recently, and thought I'd share some of the more interesting bits.
I hate it when I see energy diagrams like this and it reads in the red, so I thought I'd explain How To Read an Energy Efficiency Diagram. The truth is though, most people haven’t a clue what this diagram means. They all assume G is bad, but they don’t actually know why it’s bad. Starting simply, this is an Energy Efficiency Diagram. The higher the ratings on this graph, the lower fuel bills are likely to be. Your homes energy rating is measured in SAP points (it’s all to do with the amount of carbon dioxide your home produces).
Do you know the three home appliances that use the most electricity? Most people don’t have much of an idea, so I thought I’d shed some light. Here are the appliances that use LARGE amounts of electricity and are expensive to run… 1. Fridge Freezers 2. Electric Hobs 3. Tumble Dryers And the appliances that come out cheapest? 1. Microwave Ovens 2. 'A Rated' Washing Machines 3. Gas Ovens With energy bills rising all the time, it’s important that you know the home appliances that use the most electricty and the ones that are costing you the most.
It’s a hard decision when it comes to hiring an electrician, especially if you’ve never used one before, so I thought I'd help you out by giving you THREE things to ask before hiring an electrician… How do you know if you’ve picked the right guy? How do you know that he’s not going to leave a mess? And how do you know that all your electrics are going to be safe and that you’re not being ripped off? It’s a tricky situation, so I’ve written this short article to give you a helping hand. Check Qualifications first. This is the place to start.
We attended an emergency call out over the weekend where the customer was reporting "all my power is off and theres a horrible smell in the house".