LED Tubes and LED Panels become the best solution for the office workplace environment. They are cost effective lighting solutions, provide good lighting quality, last longer and contain or emit no harmful compounds while leaving an ecological footprint in each building. This article is going to explain the difference between tube fixtures and panel fixtures. They are both different, but often times get mixed up when talked about. Let’s clarify any confusions you may have about the two fixtures…

LED Panels are installed in dropped paneled ceilings. perfect replacement for expensive shatterproof fluorescent lamps. MyLEDLightingGuide LED tubes do not contain glass and will not shatter if dropped. Fluorescent tubes contain mercury, some projects decide for LED versions because they want to remove mercury out of the building.

All LED tubes use drivers that power the LEDs. The ballast is converting the AC power from the utility company into LED’s DC power. Some manufacturers incorporate the drivers in the LED tubes. Some decide to use an external driver outside of the tube. There are some subtle differences between the two designs. Retrofitting to LED tubes with internal drivers involves removing the ballast and rewiring the line source. Retrofitting external driver tubes involves removing the ballast, the line source gets wired to the external LED driver that is connected to the tubes. More and more people ask for LED tubes that can be just installed as a plug and play version into existing fixtures without removing or rewiring the existing ballast. While the installation of these tubes is simple, they are compatible with most ballast, but not all ballasts. Contact the lighting experts at MyLEDLightingGuide.com to ensure the tubes will run properly.

Changing the light at work and in offices is easily done by LED tubes. They are readily set up and use considerably less power. LED tube light sources offer smooth, stable and clear lighting conditions.

Halloween night is when ghouls and goblins hit the streets, but beware -- there are vampires already lurking inside your home. Energy vampires, that is, or electronic appliances that drain power even when turned off. If you aren't careful this wasted energy (also known as phantom loads) can turn your electricity bill into something out of a horror movie.

Energy vampires can lurk in every room. Some of your devices are designed to draw power even while off by going into standby mode, in order to receive remote control transmissions or keep digital clocks running. Portable devices that use rechargeable batteries, like laptops and phones, will also consume electricity as long as they are plugged in, even after they are fully charged. Big screen TVs with “instant on” features are also notorious energy suckers.

Any one appliance might only draw a small amount of power, but when you consider how many TVs, computers, stereos, kitchen devices and other electronic items are found in the average American home, the totals start to add up quickly. Coffee makers, electric toothbrushes, fax machines and modems all seem so innocent until it's time to write the monthly check to your power company.

In total, households in the United States consume more than $10 billion in vampire electricity annually, or about $100 per household, according to Energy Star, an energy efficiency program established by the Environmental Protection Agency. That comes to as much as 10 percent of overall home energy use. In addition to higher bills, this waste also harms the environment. Phantom loads account for about 100 billion kilowatt hours per year nationwide, adding considerably to carbon dioxide and other pollution released into the atmosphere.

That's not all: in rare cases, appliances drawing standby power can actually catch fire, especially older models that happen to be kept in damp environments.

It may not be possible to eliminate vampire energy entirely, since some devices such as answering machines, security systems and programmable thermostats rely on a continuous stream of power to perform their basic functions. However, by following a few tips you can reduce the amount of power you waste, saving money and lowering your ecological footprint at the same time:

Take the time for these basic measures and make sure the only vampires and phantoms you encounter this Halloween are the ones that knock on the door to say “trick or treat!”

When a light switch or electrical outlet doesn’t function correctly, a professional electrician can trace this back to a variety of causes. First, it’s possible this non-functioning device was never connected to the wiring in your building. Secondly, the circuit affected by a switch or outlet may not be completed because of another component. For example, a switch may control an outlet which is unoccupied by a lamp or any other electrical device. Also, an outlet may be connected to a switch which is in the off position. A third cause might be related to a defective breaker, or a breaker which was tripped or turned off, but never switched back on. However, a fourth possibility may relate to a much larger problem.

Sometimes, a switch or outlet fails when it is damaged by arcing. If the arcing was caused by a connection to aluminum wiring, great potential hazards exist. If your home or building was constructed or renovated before 1972, or during the late sixties, it may contain aluminum wiring. Aluminum wiring was used legally during those years, but outlawed for installation in new homes, commercial buildings, remodels and renovations after it was identified with conditions which could lead to electrical fires.

Although aluminum wiring itself is generally no more hazardous than copper, its splices and connections with other metals present a real hazard because they can become corroded and begin arcing. Because arcing in these connections can lead to a fire within surrounding materials, aluminum wire was discontinued. However, many homes still contain aluminum wiring, and research conducted by the Consumer Product Safety Commission (CPSC) reveals that buildings with aluminum wiring pose a fire risk which is 55 times greater than the risks with similar structures wired with copper. So, if you discover an electrical outlet or switch which doesn’t appear to be functioning correctly, it’s possible this outlet or switch was damaged by a connection with aluminum wiring.

If you have safety questions about this type of problem, or any electrical concerns regarding your residence or commercial building, please contact Bryant Electric Service at 512-402-8587. Our licensed electricians are trained and equipped to perform professional safety inspections, and they can repair any type of electrical problem.

One of the hardest parts of electrical work is accessibility. In some situations, adding a new outlet or replace old wiring can require nearly tearing your walls apart. There is a solution, however: Open building can make things easier by focusing on flexibility, ease of access and disentanglement of systems. If you’re building, renovating or putting an addition on your home, try incorporating open building principles to make it simple to change or upgrade your electrical system.

Total Flexibility

The big picture when it comes to open building is to keep the support structure of the house separate from the interior fill-out. This construction style also keeps wall spaces accessible and strives toward total flexibility. After all, chances are you'll have to replace one or more of your internal systems before you need to rebuild the whole house.

That means infill systems like your wiring are separated from others like plumbing and insulation so it's not difficult to access and remove them. So if you need to remove outdated wireing, add new circuits or upgrade your whole system to comply with local code, there's no need to gut your house. Instead, you remove some panels, install the electrical with no fuss and pop the panels back into place. No need to break through drywall or struggle with ducts and pipes that are in the way.

Rational Form of Design

The open building concept is being driven by the Open Prototype, a collaboration between MIT and Bensonwood Homes to build and test various models for open building principles.

“The simple act of disentangling the wiring from the structure and insulation layer allows you to upgrade, change, or replace a 20-year-lifespan electrical system when new technology arises without affecting a 300-year structure,” Bensonwood Homes founder Tedd Benson said to Ecobuilding Pulse. “Open Building provides a more rational form of design and construction that supports long-term sustainability for buildings with increased shell longevity, and more control and flexibility for the homeowner.”

The idea is to ensure that the home of today is ready to adapt to the needs of the tomorrow's homeowners. “We can’t predict what people will need and want in their living environment,” Benson said. “Open Building principles respond to occupants’ changing needs rather than force the occupants to conform to a preconceived design.