Why GPUs are Crucial in Major Commercial Airports

Summary: The driving technology behind ground power units is what’s accelerating today’s aviation power source.

Written by: Start Pac

Airplanes are truly feats of wonder. The amount of power that it uses to lift hundreds of passengers into the air is almost a surreal thought. Now, power supply in terms of the turbine starting process, does come at a cost. An APU needs to be correctly configured to match the design of the aircraft. This way, it can supply endless amounts of power throughout the plane and still keep it running at maximum efficiency.

The Use of GPUs

GPUs are often fixed within an airport, or carried on a trolley, to supply a steady electric current to the plane so the APU doesn’t have to continue hauling the majority of the workload. Now, the ground power unit itself can either run on its own generator or can circulate all the way back to a central power source.

At Start Pac, we specialize in supplying the finest lithium ground support equipment on the market. With years of experience and expertise on our side, we know what it takes to generate massive amounts of power to an aircraft.

The Pivotal Role of GPUs

As stated above, GPUs play a role in providing an aircraft power, without directly affecting the flow of electricity. Essentially, you can consider it as an external APU system that functions almost entirely the same, depending on the model of course. They play a crucial role in major airports and can give a plane’s APU the break it needs after a long flight. Even in smaller airports, GPUs are often used to ease the pressure off of a plane’s power source.

What is New from KIA in 2017?

KIA continues to surprise the market with good techy cars full of features that attractively affordable.  The South Korean car maker is winning more hearts with car models that are winning awards in quality and innovation.  Bethlehem KIA says that KIA is set to unveil even better cars in 2017. Some of the cars from KIA include:

Niro

KIA is giving hybrid lovers a functional family SUV. They have unveiled this crossover possibly as a 2018 model. It is part of the green sub-brand KIA is calling EcoDynamics. KIA is targeting to achieve an EPA rating of 50 in the Niro. It comes with a 1.6 liter Atkinson engine that is paired with an electric motor powered by a 1.56 kWh Li-ion battery, and dual clutching. The   engine churns out 146 HP and 195 pound feet of torque.

Cadenza

KIA is unveiling the second generation Cadenza in 2017. The new model features an 8 speed automatic transmission and a 3.3 liter V6 engine giving an output of 290 HP. The impressive sporty design was done in California. You can choose one of the two grilles depending on the trim you pick. It features butch sheet metal and is packed with driver aids.

Optima Hybrid

KIA has committed to cutting down fuel consumption on all its models by 25% by the year 2020. The Optima has a plug-in hybrid version. Both versions have passed the 40 mpg mark with the plug-in hybrid doing 27 miles in the electric-only mode. The 9.8 kWh battery comes with an electronic coach which helps the driver optimize fuel consumption. This can stretch the range to 600 miles.

Forte

KIA is giving the Forte a makeover. The 1.8 liter engine has been discarded for a 2.0 liter Atkinson engine. The interior has been upgraded and the driver has some additional aids including swiveling headlights.

Sportage

KIA is unveiling the 4th generation sportage with a bigger 2.0 liter engine giving 240 Hp. Like in the older models, All wheel Drive remains optional. The interior has been detailed with soft touch material and includes two ice trays with fancy LED lighting. The cabin in the new Sportage is roomier than in the previous models.

Soul

KIA is promising to unveil a new Soul in 2017. It is expected that the current 2.0 liter engine with an output of 164 HP will be replaced with a turbocharged 1.6 liter with a higher output of 200 HP.

Sorento

The new Sorento will feature automatic emergency braking.

Is All Automotive Glass the Same?

Perhaps the biggest untruth concerning automotive glass is that it is all the same. There are different types of glass with different levels of quality that serve different purposes in your auto. Quality auto glass repair and replacement companies like Van Isle Auto Glass in Victoria can provide good insight on your options and the high quality auto glass products they use. In the meantime, here is a look a different types and qualities of auto glass.

When your car was new, the glass in it was provided by the car company. This type of glass is commonly referred to as O.E.M. or original equipment manufacturer. This glass is of the highest quality and is made to last the lifetime of your vehicle. It is also very expensive if you ever have to replace it.

Then there is Original Equipment Equivalent glass O.E.E. that is sometimes manufactured by many of the same auto glass manufacturers that compete for the OEM auto glass contracts. They create glass for autos that is the same standard as OEM glass except for the price. These auto glass manufacturers invest millions of dollars in research and development, use the same resources, and experts that produce their OEM auto glass for contracts to build their OEE aftermarket auto glass windows.

You have to be careful though because not all OEE glass is created equal and some of it is much better than others. So the key is to look for the reputable manufacturers of OEE glass and not the ones just trying to make a quick buck at the consumer’s expense. Some of the best OEE glass manufacturers are: Carlite, Pilkington (LOF), Guardian, Mopar, ApTech, Carlex, and Sekurit. Many of these companies are OEM brands but are also considered “aftermarket” when their glass is installed in a brand of car that didn’t originally use that brand at the factory. But the quality is still OEM quality.

What Type of Glass Do You Have in Your Car?

All auto glass sold in today’s market is Safety glass. The main difference lies in whether the glass is laminated or tempered. Both types are created with safety in mind, but they are manufactured in very different ways.

Tempered Glass: Is used primarily for side window glass and rear windshield glass, when it breaks, tempered glass shatters into many very small pieces with blunt edges. This makes it much safer than annealed glass which breaks into long sharp shards that can cause serious injury.
Laminated Glass: A layer of plastic (PVB) is sandwiched between two sheets of float glass. This layer of plastic bonds the glass together, so that if it breaks on impact, the shards remain stuck together instead of shattering. That’s why laminated glass is used in places where the possibility of injury during accidents is high, like the front windscreen. High-end automobiles also use it for side and rear windshield glass.

Solar Control Glass and Infrared-Cut Glass: Are laminated types of glass manufactured to minimize heat coming into the car. They each have the following characteristics:
·        Reduce the solar energy entering the car
·        Minimize the rise of interior temperatures
·        Reduce the load on the air-conditioning, thereby reducing fuel consumption
·        Reduce cool-down time after sun-soaked conditions
·        Reduce skin irritation caused by sunlight

Take the time to research your options with the information above in mind, then work with a reputable glass dealer like Van Isle Auto Glass in Victoria to find a quality brand of glass at a reasonable price.

How GPS Monitoring Has Revitalized The Transport Industry

Real Time Monitoring

Before global positioning solutions became available, it was essentially impossible to get real-time tracking results on a variety of shipments, caravans, and traveling arrangements. Certainly there were CB radios, but the human element made trusting such communications something not entirely viable.

 

How can you trust, with one hundred percent accuracy, the report of individuals who are already in a crunch? Even the most straightforward human capital have a marked incentive to put themselves in a better light than reality would describe them.

 

But with GPS tracking technology, a shipment can be monitored as it transits from point “A” to point “B”. This monitoring can be verified in real time, meaning you have actionable data pertaining to arrival times and the security of transportation.

 

When it comes to applications like military shipments, this kind of accuracy becomes a real game

changer. Even not-for-profit and private agencies find substantial benefits from GPS tech which can identify the progress of shipments in remote areas.

 

When you can know with certainty the status of a delivery, this allows you to reassure clients and provide specific data pertaining to that which has drawn them to use your services. This makes privatized shipping companies like UPS or Fedex more trustworthy and reliable.

 

According to GPSTrackit.com, purveyor of a GPS fleet management system, GPS technology represents “an ideal…tracking solution for any business, nonprofit, government or military operation located in a remote area.”

 

Features To Consider When Applying GPS Tracking Technology

Any GPS application should feature on-demand coverage directly via satellite. You should also expect coverage of a global variety; from 75 degrees north latitude to 75 degrees south latitude and everywhere in between where a conventional cellular signal derived from satellite can be utilized.

 

You should also expect some emergency alert contingency to be involved in tracking. Murphy’s Law will manifest in transit, period. This can happen due to weather, mechanical malfunction or political disruption. Whatever is coming against you should be identifiable, and immediate updates should have

the ability to inform clients as to the status of a given shipment.

 

Something which isn’t always considered is data storage. There can be a lot of data involved in tracking shipments in real time, and it makes sense for whatever service you choose to provide data storage of an unlimited variety.

 

Using All Resources Available

By proactively monitoring transit via GPS, you can avoid areas of poor weather with multiple points of contact on the ground and in the air. You can give clients assurance of delivery based on statistics which are actionable. You can send assistance where it is needed, and modify shipping plans as events make such modifications necessary.

 

In short, you can exercise greater control over what previously had an element of chance about it which couldn’t be overcome. As GPS technology has become more affordable, more and more businesses have begun to put it into regular operations, meaning that your application of this tech could provide competitive advantage as well.

How to Lower the Operating Costs of Your Work Vehicle

There are all kinds of businesses out there that require either the employee or the employer to own their own vehicle. Some of these vehicles appear to be normal enough with nothing different about them, while others have been outfitted by a professional such as Satellite TruckXpress to perform a specified duty or task.

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No matter the purpose of the vehicle, it can become quite the expensive to the company. With that in mind we’ve put together some tips that can help you and your employees lower the operating costs of your work vehicles.

Stay Up-to-Date on Maintenance and Repairs

Of course, a huge chunk of the operating costs goes to repairs, which can get pretty expensive. By keeping this expense lower, you can then reduce your operating costs in a big way. Experts suggest that you stay on top of all the regular maintenance on your vehicle in hopes that you help to prevent issues from happening. If your vehicle should need a repair, be sure to do so promptly so the problem doesn’t have a chance to get bigger and more expensive.

While it’s great to think you can do the repair yourself, remember to keep in mind that if you mess it up, you’ll have to pay someone to fix your mistake AND fix the problem.

Stay On the Roads and Keep Making Money

Another reason that quick repairs are necessary is that it means less time the vehicle is being serviced, off the road, and not making money. A quick little half-day repair by a professional makes much more sense than letting the problem get bigger and therefore taking much longer to repair.

Reduce Fuel Consumption

Here’s another area you can lower the operational costs. Get started by purchasing vehicles that are as good on gas as possible. Granted there will be many work vehicles that just guzzle gas and you have no way around it. But whenever possible, pick the option that uses the least amount of gas. This one seems like a really small adjustment but again the savings will add up. Be sure to tell your drivers not to idle for long periods of time. This uses up large amounts of gas and for no reason at all.

You can also reduce fuel consumption by planning your route. Keep the route as direct as possible without having to backtrack through the day.

Shop Around When It Comes to Insurance

While you can’t drive your work vehicles without insurance you can most definitely shop around and find coverage that fits your budget and your needs. If this is too time-consuming you can opt to work with an insurance broker. They do all the work for you, investigating different insurance quotes and polices. They will then present you with all your options and help guide you into the best choice.

The Little Changes Add Up

While each change may seem small and insignificant on its own, when you use all of these tips the savings will start to add up really fast.