Why is it you can replace some lights with more ‘advertised’ lumens with a LED light with less lumens. Here are 4 reasons:

1. Focused Lumens:

LED light is directional, conventional light sources are omnidirectional and require reflectors to gather the light and focus it to where it is needed. Any reflection that is over 1 bounce effectively loses the effect of the lumen. It has been proven that you can lose up to 30% of the effective lumens in this process.

The science of scotopic lumens is associated with a factor that allows us to adjust the photopic value to give a true representation of how useful the lumens are. The factor, developed by scientists, is an attempt to level the playing field. The factor is used to adjust the effective value of the lumen, either up or down from the advertised photopic lumen advertised on the package. Some lights, like HPS, have a factor that reduces the lumen amount. LED, on the other hand, typically has a factor > 1.7, which means the lumens it is producing is far more effective to us. Therefore, less lumens is required to do the job.

We have been very successful replacing 400W Metal Halide bulbs with our 18W LED tube, producing 1900 lumens, compared to a 32W 4 ft fluorescent tube, producing close to 2900 lumens. The main reason is all our lumens are coming straight down, where as only a small portion of the fluorescent tube is coming down and the majority of the light is requiring  a reflector to gather it and shine it downwards. After many projects, our customers tell us that it is brighter and feels better than working underneath fluorescent lighting

Electricity exists everywhere, from high voltage power lines to phones and computers. Understanding the basics of how it works remains essential to using it safely and efficiently.

When electricity travels from a positive lead to a negative lead in a circuit powered by a battery, it is considered direct current. This type of current powers electronics, LED lights, and cars. Alternating current is generated from rotation, usually by a generator. The direction of the current and the voltage flips as the generator completes a rotation. The faster the generator spins, the faster the flipping of current direction occurs. In North America, the typical frequency of AC power is 60hz or 60 alternations per second. The advantage of AC power is that the voltage can be stepped up easily by use of a transformer, which allows high voltage transmission. AC power is also useful for electric motors.

Specifically, power is a measure of energy usage over time. The standard unit of power is the watt and calculated as P (watts) = V (volts) x I (amps). Utility companies sell electricity in units of kW*h (kilowatt hours), which is simply one kilowatt of power delivered continuously over one hour.

Oil and natural gas resources are highly in-demand for the fuel and energy sectors, and this demand will continue to grow. Companies working in these sectors are often hard-pressed to put effective electrical systems in place that can handle the energy requirements without compromising on safety and reliability.

The good news is that modern electrical solutions are designed to handle the pressures and demands of processes in every aspect of the oil and gas industry. Today’s electrical infrastructure combines safe and reliable power supply with state-of-the-art information management systems customized to suit various requirements.

Let’s take a look at some of the electrical equipment available for oil and gas industry applications:

These can easily be considered some of the most essential products for the oil and gas sector, since they offer improved safety and security for employees as well as production units. Efficient warning systems can reduce the risk of casualties and save lives in case of untoward incidents.