Connecting an LED strip to a 12V battery can be simple, but it depends on the type of strip you’re using. This guide explains when it’s safe to connect directly, what precautions you should take, and how to avoid common mistakes that can damage your LEDs or battery.

Installing LED strip lights can be a simple DIY project in some cases, but not every setup is suitable for self-installation. This guide explains when you can safely fit LED strips yourself, when it’s best to call an electrician, and how to ensure your lighting is installed safely and correctly.

LED strip lights are known for being energy-efficient, but their power usage can vary depending on brightness, length, and type. This guide breaks down how much power LED strips typically consume, what affects their efficiency, and how to choose the right setup to keep energy costs low.

Most LED strip lights require a transformer or driver to convert mains power into the low voltage they need to operate safely. This guide explains when a transformer is necessary, how to choose the right one, and what can happen if your LED strips aren’t powered correctly.

LED light strips are among the most in-demand lighting options for consumers, businesses, and hobbyists. They are energy-efficient, flexible, and available in a wide range of colours and brightness levels. One of the first questions people usually ask is: How long do they last? Understanding the lifespan of LED strip

It is easy to get confused when choosing the right LED strip light, especially with all the different voltages available. The most common are 12V and 24V. Although they may appear identical at first glance, the difference can determine whether your lighting works perfectly or fails entirely, affecting performance, power,

Picking the right transformer for your LED strip lights is crucial if you want them to run smoothly and safely. The size you need usually comes down to the total wattage of all your strips. The majority of the LED strips will have the wattage rating specified in watts per

SMD stands for Surface-Mounted Diode — a modern type of LED technology in which the light-emitting diodes are soldered directly onto a circuit board rather than contained within a separate bulb or casing. This design makes the LEDs lighter, more compact, and far more efficient at both emitting light and dissipating