Interest in energy conservation has grown in recent years, thanks to rising energy costs and state-sponsored initiatives throughout the developed world. This has led to a thriving market of energy-sipping products. Both industry and individuals can take advantage of the energy efficient technologies of today to enjoy immediate financial and environmental benefits. Continue reading “Energy Conservation Is a Great Investment”
After a 2 year reprieve from the US Department of Energy, it’s time to replace your 700-series T8 general service fluorescent lamps and Philips is going to help you do that immediately. The phase-out period began a few weeks ago, July 14th, 2014. It involves more than just the 8-foot high-output 700 series T-8s; the 4-foot medium bi-pin, 2-foot U-shaped, 8-foot Slimline are also included.
In response to the required change for new energy efficiency and lumens per watt requirements, Philips has changed its 700 Series T8 Lamps and added ALTO II Technology, which offers the lowest mercury content in the lighting industry while providing 8-10% additional lumens per the DOE requirement. The ALTO II technology is TCLP compliant and only has 1.7 mg of mercury. This will reduce the impact on the environment but is not going to change the performance of the GSFL. This is 50% less mercury that the original T8 lamps.
There will be an additional cost to the new 700 Series T8s because there is a higher cost in the manufacturing process. The price increase is 15-25%. Philips will be adding the cost to existing orders – as more and more companies will be making the required switch.
Of course, if you have any questions, your Steiner Representative is here to help you! We are a phone call or a “click” away for online support!
Recent research published in Advanced Materials and Nature magazines shows a breakthrough in the usage of copper wire and how it can store energy. The research could mean even smaller electronics and clothes that act as batteries!
A nanotech scientist believes by using a thin sheath that surrounds lightweight electrical copper wire, he can store energy. We already know that all metals, including copper, form crystals that have free floating electrons that can move between associated atoms. That’s why electrical charges can come from one end of a wire to the other – basically electrons are shoving each other out of the way for the charge to move. Copper does this extremely well. But, now, the same wire that transmits electricity can also store extra energy.
When the power goes out do you have a backup generator ready? Bad weather, electrical overload…climate change?
Extreme weather plays a huge role with its affect on our nation’s electrical grid.
In recent years, there has been a push from energy companies country-wide to persuade businesses to come up with energy management plans that will make them more efficient.
Unfortunately, it hasn’t been on the top of the list for business owners.