Energy is something that we, as individuals, tend to take for granted. Whether it’s the energy that heats our water at home, or the energy that keeps our computer on in the office, energy is something that’s just there – and which, at home at least, costs a nominal amount. But with an increasingly febrile geopolitical landscape, and the notable increase in energy costs for homes and for businesses over the last five years, it is harder than ever to ignore the practical realities of energy, particularly in professional environments.
This is doubly the case for active construction sites, where energy is far less of a convenience. It isn’t always ‘on tap’, and it isn’t always inexpensive to arrange. But power is a necessity – as is its consistency. Why does consistent power matter on job sites, and how do construction companies arrange for safe and reliable power?
Why Consistent Power Matters On Job Sites
The modern job site is rife with technology – technology that requires power, a far cry from the hand-cranked drills and elbow grease of the early 20th century. Everything from active power tools to industrial lighting requires energy on tap; without such equipment, the modern job site is anything but efficient, and anything but safe.
Power is a given requirement for modern construction, then. Not just power, but reliable power. An unreliable supply of power causes downtime, delays, and considerable safety risks. It isn’t enough to have construction lights set up on job sites; they need to be reliably ‘on’ for the duration, else worker safety is compromised.
Key Power Sources On Job Sites
There are various ways in which power is provided on job sites. Sometimes, contractors are lucky enough to have access to three-phase electricity direct from the National Grid; this is not often the case, which means industrial generators are required – which use internal combustion to convert petrol or diesel into electricity.
Increasingly, though, on-site power is provided by large-scale battery power banks, particularly as energy storage technology has improved significantly over the last ten years. Battery technology has already been essential to job sites for some time, though, via the battery-powered electric tools that now dominate the average contractor’s toolbox. Indeed, cordless chargers for power tools have become a new normal on job sites, combining the convenience of the large-scale battery bank with the portability of the handheld tool.
Main Performance Factors For Professionals
This is the lay of the land for the professional job site in the 21st century – but what constitutes good power storage and delivery? The chief criteria for power performance are: reliability; power output; ease of use, and efficiency.
Reliable power means no unexpected cut-outs, which means equipment that can be trusted to run for long periods of time – speaking to build quality above all else. Power output simply speaks to spec; weaker generators may not have the capacity to power everything on a given site. Ease of use means newer workers are less likely to struggle, or even to injure themselves, when operating equipment. Lastly, high energy efficiency means lower operating costs.
