Electrical

Energy efficiency plays an important part in cutting down energy consumption and saving money on utility bills. Yet, many energy myths persist, leading to wasteful habits and higher costs. Let’s clear up some of these common misconceptions and share some reliable tips to help you make smarter choices about your home’s energy use.

Voltage is the electrical force that pushes electrical current around a circuit. The amount of electrical current that is able to be pushed around a circuit depends on the level of voltage and the resistance preventing the current flow. The greater the voltage (electrical force) and the lower the resistance the larger the flow of electrical current around the circuit. Too low a resistance could create a very large electrical current resulting in damage as is the case with a short circuit.

Understanding electrical terminology is essential for anyone involved in the electrical trade, home improvement projects, or simply trying to make sense of technical reports. This guide serves as a comprehensive resource for UK-specific electrical jargon, ensuring clarity for professionals, students, and curious homeowners alike.

Ensuring Electrical Safety When Selling Your Home: A Complete Guide

The humble kettle is a staple in modern kitchens across the UK and Europe, used daily for hot beverages, cooking, and more. But with rising energy prices and concerns over energy bills, many people are asking, how expensive is it to run a kettle? Drawing from my experience as a professional electrician and electrical tutor, I’ll break down the costs and offer practical advice to help you save money. A full kettle typically costs £0.05 or 5 pence to boil. I actually did an experiment with a typical kettle under typical conditions!

When planning a new kitchen, most people focus on layouts, appliances, and finishes. However, an often-overlooked aspect of a kitchen renovation is the state of the home’s electrical system. With modern kitchens requiring more power for appliances and lighting than older kitchen designs, your old fuse box or consumer unit might not be up to the task. As an experienced electrician and tutor, I’ll Walk you through the key considerations and why upgrading your electrical panel is often a smart, and sometimes necessary, step.

As a qualified electrician and electrical lecturer, I’ve often seen confusion among property owners—both domestic and commercial—about what an Electrical Installation Condition Report (EICR) entails. With electrical safety being both a legal requirement and a fundamental responsibility, it’s essential to understand what these checks involve and why they matter. This article explores what homeowners, landlords, and business owners can expect from an EICR, covering the process, requirements, and outcomes of these inspections.

With ever increasing energy costs across the globe, many homeowners are worried about their soaring electricity bill. Energy costs are not likely to become any cheaper in the near future so it can really help to understand HOW MUCH POWER DO HOUSEHOLD APPLIANCES USE? In this article we will look at the power of each appliance, the likely costs of each cycle and the cost of using the appliance if it were to be run at maximum capacity for one hour continuously. It’s important to remember that the energy usage of each appliance in many cases will be below the maximum wattage rating of the appliance. The amount of energy you will use will also depend on a number of variables and this article should be used as a guide only rather than an exact statement of costs.

A circuit breaker is a type of overcurrent protective device that shuts off the supply to an electrical circuit when there is a large flow of electrical current.

A water leak in a property can cause incredible damage to not only the plasterwork, decorative finishes, and floorings but also to the electrical system. In particular, water intrusion to the fuse panel, consumer unit or fuse box is likely to result in electrical problems ranging from damage to the fuse box components to short circuits within the internal wiring.