Energy Saving Product

Let's look at Motor Controls. AC induction motors consume more than half of all the worlds energy, and yet motors can be incredibly wasteful. To tackle head on the problems associated with inefficient motors in the early 90s we worked with a development team to create the worlds first truly intelligent motor controller. In the right applications these can save up to 40% of the energy consumed by dynamically adjusting the amount of energy a motor uses in direct proportion to the job of work it does. They will also extend motor life by reducing heat and vibration.

Consider .... In its crudest form a conventional light bulb is probably only 10% efficient that means up to 90% of the energy consumed is wasted and converted to heat. Conventional florescent tubes and metal halide while more efficient still leave a lot to be desired. In many companies lighting can be a major cost. However, we can provide you with stunning solutions that in the first place make sure that light is produced efficiently, then with occupancy sensing ensure that lights are turned off automatically when they are not required. Add to that daylight harvesting which ensures that light output is exactly what is needed and we can deliver savings of well over 50%.

Think about refrigeration. A significant amount of energy is used by refrigeration especially in commercial and retail applications apart from making the motors run more efficient there is much that can be done to improve the overall efficiency of the appliance. We have one of the simplest retro-fit solutions you could imagine for refrigeration which is not only proven to generate savings of up to 35%; it also controls the food temperature much more effectively and significantly reduces wear and tear on the refrigeration unit.

How about air conditioning. In many of the warmer countries around the world air conditioning is one of the largest energy consumers, often accounting for a large part of a companys energy bills. For instance, millions of simple air conditioning units waste unbelievably amounts of energy daily. Not only is the power demand very high, but air conditioning also contributes to extreme peak energy demand on the hottest days of the year, which the energy infrastructure has to cope with and users are further penalized for. One of our superb solutions, producing up to 40% savings, is a sensor-driven electronic controller with software algorithms designed to detect thermodynamic saturation and to optimize the compressor to enable it to deliver exactly what is needed to maintain room temperature in the most economical way.