If a centralized connection is possible, this problem can be significantly simplified. However, even with a connection to the necessary resource source, interruptions in its supply may occur. There is no need to separately discuss the consequences of such difficulties: any experienced gardener, as well as a competent user of household electrical appliances, knows well what a systematic failure in their operation threatens expensive equipment with.
To avoid premature failure of electronic equipment, various technological products can be used today. However, in terms of reliability, quality of supply, and duration of operation, no analogue to professional equipment, such as a diesel generator, has been developed yet. For backup operation, diesel generators specializing in uninterruptible power supplies are perfectly suitable.
A diesel generator set (DGS) is designed not only to ensure uninterrupted power supply to all equipment in the house but also determines the quality of human existence in such an area, guaranteeing safety, comfort, and comprehensive provision. The basic mechanisms of a DGS are represented by a classic setup of an engine and a generator that operates from this engine.
The variations of combining different basic elements in the generator market today are impressive in their wide range. And this state of affairs determines a very diverse selection of products with varying degrees of power, ease of operation, and build quality. The design solutions of the generator are also very diverse: today, a DGS is no longer a bulky machine with an unattractive appearance, but a concise product quite capable of effectively fitting into the aesthetics of interior design.
The classification of DGS by the principle of technical equipment today divides products into portable models, mobile structures, and stationary options. The power range of the generator depends on the type of structure and is represented by indicators from 0.7 to 10 kW for portable equipment and within several MW for mobile and stationary products.
Depending on the specified conditions, diesel generators can be used both as an autonomous energy source operating without time limits and failures in systematic resource generation, and as auxiliary equipment that comes into play during failures in centralized power supply systems.