The Diesel Tank Nobody Audits

[نوسين]

Walk through an industrial yard in Shuwaikh or Sabhan at six in the morning and the scene repeats itself: rows of diesel generators, light towers, compressors and welding sets, each worth anywhere from a few thousand dinars to a few hundred thousand, and most
of them tracked by nothing more dependable than a clipboard and somebody's memory. The distance between what a company owns and what it actually knows about those machines is where money leaks, slowly and without any noise.
Generator management software closes that distance. A compact telematics unit is fitted to each machine, reads the engine and the fuel tank directly, and sends the numbers to a screen you can open from the office, from home, or from the back seat of a car on the Fahaheel Expressway. Eagle GPS tracker device This article walks through where the return comes from, how to measure it without flattering yourself, and why any Kuwaiti company running more than a handful of machines should stop treating it as a nice extra.
Fuel is the biggest running cost of a generator and the easiest to lose track of. A 500 kVA set under steady load burns somewhere between 90 and 130 litres an hour. Over a ten-hour shift that is more than a thousand litres through one tank, refilled from a bowser by a driver, confirmed on a paper slip, usually at the end of the day when everybody wants to go home.
Try the arithmetic on a mid-sized contractor. Twelve generators averaging 70 litres an hour, ten hours a day, 300 days a year, consume about 2.5 million litres. At an illustrative 0.20 KWD per litre that is half a million dinars of diesel. If four percent of it never reaches an engine, through siphoning, padded delivery slips or a weeping hose nobody noticed, the yearly loss is around twenty thousand dinars. Nobody needs to be a villain for this to happen. A few litres here and there, repeated across thousands of refuels, is enough.
A fuel sensor read by the tracker every few seconds changes the conversation. The software sees the level fall while the engine is stopped. It sees the jump when a bowser tops up and records how many litres actually went in. It sets consumption against engine hours and flags the machine that suddenly drinks twenty percent more than its twin on the next pad. You stop arguing about the slip and start reading the curve.