Office spaces are a place for color temperature of 5600k, we don’t need to quite match this. A level between 5000k to 6000k will do fine for an office environment to prevent sleepiness.

Exposure to non-artifical light (aka, natural light from the sun) is known to this post by luxreview.com that should lead you in the right direction.

From there, ensuring you know all of the rules in your area will be the best route to ensuring you aren’t breaking any laws with an improper lighting system. The added benefit to following these rules is you can drastically reduce any possible liabilities you may incur if you had otherwise ignored these rules. So, we find it best to follow them!

Additional considerations

Not only are the above tips important to consider, but strongly considering LED office light technology can prove to supply the above benefits along with the following:

Energy savings.

It’s not uncommon for companies to list of 9 ways LED beats fluorescent on our blog, it’s certainly worth checking out.

Longer lifespans.

Longer life spans by 2 to 3 times is very common when converting to LED from other lighting technologies, just as much as its very common for the insane energy savings we talked about above.

This has two mains benefits which we always talk about: the less often need to buy replacement tubes as well as fewer maintenance costs to pay someone to replace those lights. We like to think of the second as an indirect way longer lifespans saves you money, and it’s certainly a great benefit.

Conclusion

We’ve not only covered tips to consider when implementing a better lighting system into your office but also why LED might be a great option for doing so while also reducing overhead costs. Hopefully, by following these tips you find your way to a more productive office and lower overhead.

The history of electricity is a fascinating subject. When we see a light go on or an appliance fire up, it is hard to imagine the thought processes that went into making that possible. In this article, we will look at the history of electricity from its very beginnings to how it has evolved over the years.

Benjamin Franklin flying a kite during a thunder and lightning storm. Franklin tied a key to the end of the kite string. The electricity from the storm clouds flowed down the wet string and ended up giving him an electric shock. This would serve as the first form of evidence that electricity existed. But it would be a long time until people could actually figure out how to use electricity in a practical sense.

One of the first breakthroughs in the history of electricity occurred when British scientist Michael Faraday discovered its basic principles. He discovered he could create an electric current by moving magnets inside of coils of copper wire. This revolutionized how we use energy. Faraday’s basic theory still comes to play on how we produce power today. Although now, we have the capability of doing this on a much larger scale.

Rural Electric Administration that ensured the availability of electricity in rural areas. By 1939, the number of rural homes with electricity had risen by 25%. Farmers were able to access electrical appliances like stoves and washing machines which made life much easier for them.

How much electricity is your household using? Chances are, you skim over your electric bill each month and if the price doesn’t seem out of the ordinary, you move on. This is what most of us do. It’s become the norm. But have you ever thought about what electrical usage and energy bills are like in other states and countries?

The U.S. Energy Information Administration (EIA) reports that the national average is 909 kilowatt hours (kWh)/month, with monthly electric costs of $110.20. The EIA also breaks down the average electric usage by state. You can download the full spreadsheet with all state data here.

Keep in mind that the number of kilowatt hours (kWh) doesn’t necessarily dictate the costs, so the state paying the most may not be the state actually using the most electricity. Electric costs vary state-by-state. The average monthly price tag that emerges from your electrical usage depends on how hot/cold and urban/rural your home state is, as well as what the area costs are. For instance, even though Louisiana has the highest monthly consumption (1,273 kWh), Hawaii, (the state that uses the second-least amount of electricity) pays the most at $203 per month. Furthermore, Maine, the state that uses the least amount of electricity each month (531 kWh), still pays more on average for electric than New Mexico ($75 per month). However, Maine does pay a similar average price ($77.77), so their low energy conservation plays to their benefit.

Wondering where our home state of Texas fits in? Well, we are the 5th highest electric consumers in the country, using 1,174 kWh/month and paying around $133.33 on our monthly electric bills. Nationally, that puts Texas just above average in our electric use.

In terms of our country’s impact globally, overall the United States has the second highest household energy consumption in the world, with homes using over 11,698 kWh per year. This is two to three times more than European households and about twenty times more than Nigerian homes. Moreover, each American individually uses about 4,500 kWh each year, which is about five times the average for all people who have electricity in their homes around the world. But of course, these disparities are affected by differences in physical house size, local electricity prices, appliances, the amount of sunshine, and access to alternative fuels for heating and cooking.

This month, it could be an interesting experiment to compare your energy bill to the averages to see how you stack up! If you’re paying way above the average for your state/country, it might be a good idea to see how you can save more energy throughout the year. Luckily, our site is filled with blogs with tips and tricks for spending less on electric!

Sources:

U.S. Energy Information Administration

Shrink That Footprint

Prefabs provide on-site, off-site and other hidden advantages. For instance, faster installation at the job site reduces the project duration. Prefabs have the potential of cutting the installation time by almost a half. In addition, the project will require fewer workers in the field resulting in a big reduction in labor costs and improved profitability.

There’s also a significant savings on labor, which can be very expensive and in short supply. The prefabrication process is considered more of a manufacturing function so the contractor is able to achieve success with fewer workers. The workshop can make use of semi-skilled workers and apprentices, unlike a construction site where an electrician is required to perform the installation.

Fewer materials and less activity at a job site mean that the project is completed faster with a reduced opportunity for accidents and delays. In addition, by delivering all the individual components to the workshop for assembly, the level of material handling is narrowed. This equates to an easy-to-manage supply chain. Fewer materials reduce clutter, waste disposal, and the need for extra storage space.

The workshop provides the best environment for producing the assembly fast without the interruptions that might be found at a construction job site. Further, the production of prefabs is not affected as much by delays from other trades, bad weather, and other construction project hold-ups.

Electricians spend less time working at dangerous heights and precarious positions, hence reducing safety risks. Prefabs allow contractors to reduce the need for as many licensed electricians on the job site. This can result in greater productivity and profitability.

Increased competition and high labor costs have caused declining profits for many electrical contractors. However, with the use of prefabs, profitability can be improved by reducing the labor and time spent at the construction site. Additionally, fabricating electrical assemblies in a workshop makes it easier to stay on budget and hit your project timelines.