Energy Power Systems

For many years, diesel generators have been the power generation solution of choice for commercial and industrial applications. Whether they are running to provide prime or standby power , these machines are known for their reliability, durability, and cost-effectiveness. One of the key components that allow these engines to function so well is their cooling system. Here’s some insight into how these systems work. Air-Cooled Diesel Generators    Air-cooled systems are usually found in standby power and lower kW rated generators. These systems use fans to air drawn from the surrounding environment to cool the engine as it runs, blowing the air through the internal structure to draw heat away and prevent the system from overheating. These are very simple cooling systems, not requiring a radiator, coolant or pump system, which helps to keep maintenance to a minimum. The downside is that air-cooled diesel generators run fans that can add significantly to the noise factor. 

One of the most important functions of diesel generators on remote worksites like mining and agricultural operations is to ensure sufficient electrical power to deliver a steady supply of water is pumped out of deep water wells to where it’s needed most. Here are some insights from leading providers of generators for sale in Australia. Why Diesel Generators?  Diesel generators have long been the preferred choice for off-grid electrical power solutions in tough environments. Here’s why:  Higher energy density – Diesel is a fuel with a high energy density, which means more energy can be extracted from a litre of diesel than other fuel types like petrol It’s the same reason you can drive further on a tank of diesel than the same amount of petrol. Diesel is readily available – As a fuel, diesel is widely available so it’s not difficult or expensive to transport it to remote sites. It can also be stored for a reasonable amount of time – around 6 months – or longer, if

The only way to be sure that your facility’s backup generators are ready and able to supply power generation in the event of a grid failure or downtime is to perform comprehensive testing of your system. Here’s some insight into load bank testing and how to perform it for your facility, from the specialists in commercial and industrial diesel generators . What is a Load Bank Test for Diesel Generators?   A load bank test is when you bring a set load onto your backup generators, bringing the engine up to optimal performance temperatures. Essentially, you are checking the ability of your backup generators to handle all your necessary power generation needs in the event of a blackout. This is an important test not only to ensure that you have the right diesel generators onsite, but it also ensures the engine’s ability to run at full load effectively.  How to Perform a Load Bank Test   This test should be performed by a trained team of technicians, preferably from t

Are you thinking about sourcing a backup generator for your business? We understand why. It is important for all businesses to have a power source they can rely on and sometimes the national grid cannot deliver this. Therefore, generators on-site should be installed to make sure that, no matter what happens, you still have power. This article explores why we often recommend diesel generators for a range of businesses across Australia as a reliable and consistent source of power generation . There are a number of different ways to fuel a backup generator. The choice of power probably depends on your business requirements. At the end of the day, what you need is a reliable power generation that you can turn to when your usual energy source fails. In this way, we consider diesel generators extremely reliable. All you need to do is make sure that there is enough fuel to keep the generator going.   You may be concerned about the noise made by a diesel generator. In particular