Sunday, June 30, 2013
How do I know if I have FPE panel or Zinsco panel? Electrician Fort Lauderdale
Glendale Surge Protection Will Keep You Grounded
Increasingly, Glendale residents find themselves more and more dependent on electrical devices in this modern world. Our DVD players, gaming systems, microwaves and of course our computers are important to our quality of life and communication with our family, friends and in some cases, work contacts.
Considering also that these electronic devices are not always cheap to replace and contacting a Glendale electrician isn’t an option to fix these devices, it is a good idea to consider the following in an effort to prevent damage from electrical surges or spikes.
What is an electrical surge or spike?
Electrical surges or spike events are typically defined as a “large current/voltage transients that occurs in an electrical signal or the power-line.”
Basically, it’s when the power line gets hit with a little extra “juice” for a few nanoseconds, due either externally to something like a lightening strike or internally due to a device that require extra energy to turn on, like a refrigerator or air conditioning unit.
What is the best way to protect my sensitive electronics?
Keep electrical devices unplugged when not in use. Electrical surges can be devastating to any electronic that is plugged in to an outlet, even if the machine is turned off.
A common way to protect many of your electronics is to use a “power strip” that contains surge protection circuitry. They are available at many Glendale office and home supply stores and are usually clearly marked with surge protection status.
Use caution in using surge protectors, however. As they absorb energy from surges, they can wear out over time. Replace them every three years or when the “protected” light that comes on most of them goes out.
By using just a little bit of caution, you can save your sensitive electronics from an early death and save your phone calls to a Glendale electricial contractor for the big stuff.
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Freezers & Dedicated Circuits
Source: http://blog.atselectricinc.com/2012/08/freezers-dedicated-circuits-7/
When to upgrade your electrical panel
Is it time to upgrade or replace your electrical panel
The average life-span of a building today is around 30 years. Frequently, when a building is updated and renovated, the electrical wiring remains the same. This means that many businesses are operating with insufficient electrical support for their modern electrical appliances. The steady increase of consumer electronic use and energy consumption means that these electrical systems could become easily overloaded. Fortunately, many of the dangers associated with older electrical systems can be prevented simply by upgrading the electrical panel. Upgrading the electrical panel helps to ensure that your electrical system is equipped to meet your energy needs and protect your employees and property. If you work in an aging building, we can inspect your building’s electrical wiring and distribution system to determine exactly what your electrical service panel needs are. Upgrading or replacing important components can help prevent electrical emergencies before they occur. Call Southern Coast Electrical Services to find out how a panel upgrade can improve your property .
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Government $$$ to Cree, Eaton, Philips & 2 Others
Matching grants totaling $10 million — of your tax dollars — are going to 5 lighting companies, per the US DOE.
Cree and Eaton, at least, are profitable (I don’t know whether Philips Lighting is or is not). It’s mystifying why the government has to put up your $$$ (and mine) to encourage these profitable companies to invest THEIR money.
Lighting Where There Is No Power — A Growth Market!
If you are a regular reader of EleBlog, you’ve seen several posts in the past year-plus about Solar Lighting . . . bringing artificial light to places where there is no power station and no transmission & distribution lines.
Here’s something from Navigant Research on the trend:
Off-grid solar power, LED lighting, and energy storage technologies throughout the world’s developing nations have grown from zero to over 4 million installations in the past decade. Despite low average income, lighting systems for residential consumers throughout India, Pakistan, Thailand, Indonesia, and Sub-Saharan Africa are becoming big business, says Lux Research.
“Most national utilities throughout the developing world are both uninterested in and incapable of expanding electricity service to the off-grid population,” said Steve Minnihan, Lux Research Senior Analyst and lead author of the report titled, “Lighting the Developing World: Business Model Innovation in the Face of Unique Risks in Rural Lighting and Electrification.”
“There’s an opportunity for small and large suppliers to sell systems and services directly to the end customer – a growing number of innovative start-ups are developing electricity-as-a-service models that resonate strongly with eager customers,” he added.
Source: http://electricalcontractor.com/?p=9976
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Overlooked repairs you might regret!
The electrical wiring in your home isn’t something that’s right there in front of your face. For that reason, it’s easy to forget all about it. When something goes wrong though, you’re sure to find out quickly. Thousands of house fires occur every year due to faulty wiring. Without being aware of the warning signs or taking the right precautions, you and your family could be at risk. Southern Coast in Boca Raton can help identify these issues.
Electrical issues are to blame in more than 53,000 fires that happen in households across the United States every year. Many different things can go wrong with an electrical wire. Arcing, which is when a luminous discharge of current leaps between two circuits, accounted for more than 37,000 home fires between 1999 and 2003, which gives you some idea of the magnitude of the problem. More than 500 people die due to faulty wires each year, and more than $1.4 billion in property damage occurs.
If you can’t readily see all of the wiring in your home, how are you supposed to know if it’s faulty? There are actually many telltale signs that there’s a problem, including:
- Buzzing or Charred Switches and Outlets – They may also feel hot to the touch.
- Flickering or Dimming Lights – This could be a sign that the circuits in your home are overloaded, or it could be a sign of faulty wiring.
- Breakers are Tripped Frequently – Once in a while is normal, but if this happens a lot, it could be a sign that something is wrong.
- Odor of Burning – If you detect something that smells faintly of overheated plastic but can’t figure out where it is, faulty wiring could be the culprit.
One of the simplest ways to protect yourself from faulty wiring and to avoid a home wiring fire is by having an experienced electrician inspect your home. Southern Coast Electrical Services specializes in these inspections in and around Boca Raton, West Palm Beach and Ft Lauderdale, Florida. If you ever see frayed or worn insulation, or if wires are otherwise visibly damaged, have them repaired right away. Before using appliances, always read manuals. Read sections about electrical safety carefully.
Advice for Buyers of LEDs . . .
From FacilitiesNet.com, a site oriented toward facility managers:
In considering LED technology, managers also should find out who made the chip and who made the driver. Knowing the manufacturer of both of these components can help managers feel more comfortable if there are questions about a product’s testing. Sticking with well-known brands can help managers feel better about their decisions.
Source: http://electricalcontractor.com/?p=9959
electrical electrical how to contractor contractors electrician in
Saturday, June 29, 2013
Hurricane Season 101: Power Outages
As hurricane season quickly approaches, it’s important to prepare for the worst. If a storm hits and you’re left without power, your electric company will work to safely and quickly restore power. In the meantime, there are a few important things to consider to ensure both you and your family’s safety during a power outage. If the power does go out, keep in mind:
- Prior to an outage occurring, make sure you have a flashlight and extra batteries handy. Candles can be dangerous and should only be used in case of an absolute emergency. Never light a fire indoors.
- Turn off or disconnect any lights, appliances or electronics that were in use when the power went out. Be sure to leave one light on so you’re able to notice when power is restored.
- Steer clear of downed wires and trees. Live wires are an accident waiting to happen.
- If using a generator, locate it well away from your home, ensuring that the exhaust (which contains carbon monoxide) has no way to easily enter your home through windows or doorways. Using a generator indoors is extremely hazardous and can be fatal.
- Never, ever drive over downed lines. If a downed line is in or near water, keep your distance. Even a line in the smallest puddle is extremely dangerous and should be avoided at all costs.
- Do not plug a portable generator into a household outlet. Attempting to power your house by plugging a portable generator into a household outlet can potentially backfeed enough power into the power lines to electrocute a line worker or a neighbor on the same circuit.
Source: http://powergenerationinc.com/hurricane-season-101-power-outages/
IF YOU MISSED IT: Mark L’s 3-Part Series on CFLs & LEDs
Written by Mark Lamendola, exclusive to the EleBlog:
This series is well worth your time!
Source: http://electricalcontractor.com/?p=9978
electric work electrical services electrical parts home contractors electrician jobs
Testing Without Touching Electricity
Today we are talking about testing electrical devices like switches, outlets, extension cords, etc... without actually having to touch any live parts. this avoids the danger of getting shocked...or at least lessens it. I'm taking about a non-contact voltage tester. this handy little device clamps right to your shirt pocket and is ready for use whenever you need it. With this little gadget, you can see if the power is on or off. check for breaks in an extension cord, and safely check the status of outlets and switches without worrying about shorting out anything with tester leads, like you might when using a regular voltage tester or multimeter. Let's look at some of its unique testing abilities.
...Source: http://electrical.about.com/b/2013/06/04/testing-without-touching-electricity.htm
Mobile office and green events HQ?
Links to resources:
Licensed Electrician Robert Monk Mobile office and green events HQ? Copyright Robert Monk, 2012
Source: http://www.phillylicensedelectrician.com/mobile-office-and-green-events-hq/
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What YOU Can Do to Reduce Pollution?
What YOU Can Do to Reduce Pollution?
The U.S. Environmental Protection Agency has prepared this fact sheet to answer some of the most common questions about reducing emissions from private vehicles.
This is an important concern, as cars are a major source of air pollution in the United States. Vehicle emissions contribute to health and environmental problems such as urban smog, air toxics, and global warming. Yet individual driving habits make a big difference in the amount of pollution a car produces.
Three easy things you can do to help keep emissions as low as possible are:
• Avoid unnecessary driving
• Maintain your car properly
• Drive your car wisely
By combining these strategies, you can very effectively reduce the amount your car pollutes. And there are additional benefits — your car will last longer and you will save money.
Avoid Unnecessary Driving
The most effective way to reduce emissions from your vehicle is to use it less.
Vehicle travel in this country is doubling every 20 years. Traffic trends that see
more and more cars driving more and more miles will soon begin to outpace
technological progress in vehicle emission control.
Several options are available to help you reduce the amount you drive. These
include consolidating trips, telecommuting, carpooling, using public transit, and choosing clean transportation alternatives such as biking or walking.
By planning errands, you will get the most out of time you do spend behind the wheel. For example, call ahead to confirm that the product you need is in stock before you drive to the store. Plan to do several tasks when you go somewhere.
Drive to a central location and park. Then walk between nearby destinations.
Ridesharing can be an ideal way to reduce your personal contribution to pollution.
Every time you share a ride and eliminate a trip, you help the environment. Try pairing up for trips to work or to social events — even an occasional carpool or ride on public transportation will make a difference.
Biking or walking to your destination creates no pollution at all. And you’ll
increase your fitness level at the same time.
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About the Author:
<p>RunGreenPower.com will teach you how to build solar & wind power systems foryour home within a weekend.</p><p>Check It Now: <a rel=”nofollow” onclick=”javascript:_gaq.push(['_trackPageview', '/outgoing/article_exit_link']);” target=”_blank” href=”http://www.rungreenpower.com/2010/09/21/buy-diy-solar-power-kit/”>Why to Buy DIY solar power Kit?</a></p>
Article Source
Source: http://reschelectrical.com/what-you-can-do-to-reduce-pollution/
Landscape Lighting
Source: http://blog.atselectricinc.com/2012/08/landscape-lighting-9/
electrician tools electrician commercial commercial electrician electrician companies industrial electrician
Measures to Save Electricity Quickly
Measures to Save Electricity Quickly
There are two ways to save electricity quickly. First, efficiency improvements can be made to the energy-using equipment such that consumers receive the same services but with less electricity consumed. (These are sometimes called “technical fixes”) In these situations the end user is barely (or not at all) aware that improvements have been made. In the second case, the
energy consumer takes deliberate measures to reduce energy use through changes in operations or procedure which may also cause inconvenience and result in a loss of service or amenity. These are typically called “behavioral” changes.
Technical Efficiency Measures
The technical measures to save electricity quickly are similar to those used to save electricity slowly except that they may be implemented with greater intensity by combining them with special subsidies or delivery schemes. Three examples are described below.
Retrofits—especially retrofits of large, energy-using facilities—are attractive targets during an electricity crisis. About 8% of industrial electricity is used to make compressed air, much of which is lost through leaks (Rosenberg 2003).
The compressed air systems therefore represent a source of major savings. California supported inspections and tune-ups of compressed air facilities in factories. Retrofits of eight factories yielded verified savings of 2 MW.
Lighting replacements have been the most frequently used retrofit strategy. Replacing incandescent light bulbs with compact fluorescents (CFLs) was used in Brazil, California, and New Zealand. California consumers installed nearly eight million CFLs during the crisis period, resulting in almost 500 MW of demand reduction (Pang 2003).
California cities replaced millions of traffic lights with LED lamps, each saving about 80 watts. California aggressively encouraged consumers to replace older appliances with new units qualifying for the Energy Star endorsement of high efficiency Fuel switching offers large electricity savings.
Electricity is often used to heat air or water, especially in the residential sector and in sparsely populated areas.
There are numerous opportunities to burn wood, oil, or natural gas directly to obtain the desired heat. Homeowners in Norway and New Zealand, for example, reverted to existing wood stoves and boilers for space and water heating.
Fuel switching is an important electricity-savings measure because it removes the homes’ largest electricity-consuming end uses.
The greatest benefits from fuel switching will generally occur during shortages caused by cold weather but some measures can also save summer peak power. For example, Brazilians replaced in-line electric shower heaters with gas-fired units, thus saving about 3 kW electrical demand per unit.
Effectiveness of Technical Measures
Technological modifications require an existing infrastructure in order to deploy the products in a short time, stretching from the manufacturer capable of quickly expanding production to skilled personnel to install them.
In most cases, there will not be enough time, or the infrastructure is inadequate, to establish new efficiency improvement and retrofit programs large enough to reduce demand significantly.
Norway, for example, addressed its electricity shortage by establishing programs to install heat pumps, energy management systems, and wood pellet stoves.
Skilled personnel were overwhelmed and it is unlikely that these measures cut Norway’s electricity demand during the crisis. On the other hand, California already had an established network to deliver its “saving electricity slowly” programs.
This network, while still inadequate, was able to rapidly increase activities during the crisis and deliver significant electricity savings. Regions that are vulnerable to temporary electricity shortfalls should consider their programs to “save electricity slowly” as a kind of insurance policy that will also serve as the backbone of a team to save electricity during a crisis.
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About the Author:
<p>RunGreenPower.com will teach you how to build solar & wind power systems foryour home within a weekend.</p><p>Check It Now: <a rel=”nofollow” onclick=”javascript:_gaq.push(['_trackPageview', '/outgoing/article_exit_link']);” target=”_blank” href=”http://www.rungreenpower.com/2010/09/21/buy-diy-solar-power-kit/”>Why to Buy DIY solar power Kit?</a></p>
Article Source
Source: http://reschelectrical.com/measures-to-save-electricity-quickly/
When do I need a home electrical service change ? Broward Electrician
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Friday, June 28, 2013
Electrician Glendale – Utilizing Garden Lighting
Source: http://www.theelectricconnection.com/electrician-glendale-utilizing-garden-lighting/
An Electrician in Los Angeles Can Test Your Circuit Breaker for Damage
Source: http://www.theelectricconnection.com/electrician-los-angeles-test-circuit-breaker-damage/
general contractor electrical supply electrical engineer electrical wiring electrical company
The Danger of Aluminum Wire and FPE Electrical Panel – Electrical Contractor Broward
Licensed Electrical Contractor Hiring Check List
Source: http://www.blueskyelectric.net/blog/licensed-electrical-contractor-hiring-check-list/
electrical job electrical tools electric work electrical services electrical parts
Infrared Inspecting New Equipment
WHY BRAND NEW INSTALLATIONS NEED TO BE THERMALLY INSPECTED
- New Installation Thermo PDF
- Thermography Inspection Performed on December 14th 2011
- The Image is of a “Factory Installed” Bus Connection from the 3,000 amp vertical bus to the primary side of an 800 amp distribution circuit breaker.
- This temperature abnormality was found during the Thermography inspection on phase c of the newly installed GE switchgear. The temperature difference between phase C and phase B is 20 degrees ferenheight (Image #2). The breaker was aproximatley 30% loaded at the time of inspection (phase C-278amps phase B- 284amps). After removing the factory installed GE circuit breaker we found that the insulation tape had overlapped and restricted the current flow from the main bussway in the gear to the circuit breaker lug (Image #1).
- The repair was made and the tape was properly removed from the switch gear (Image #3). A re-scan was perfomed on the circuit breaker (Image #4) and phase c was actually running 2 degrees cooler than phase b.
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Copyright © Cooper Electric [Infrared Inspecting New Equipment], All Right Reserved. 2013.
Source: http://cooper-electric.net/infrared-inspecting-new-equipment/
Overlooked repairs you might regret!
The electrical wiring in your home isn’t something that’s right there in front of your face. For that reason, it’s easy to forget all about it. When something goes wrong though, you’re sure to find out quickly. Thousands of house fires occur every year due to faulty wiring. Without being aware of the warning signs or taking the right precautions, you and your family could be at risk. Southern Coast in Boca Raton can help identify these issues.
Electrical issues are to blame in more than 53,000 fires that happen in households across the United States every year. Many different things can go wrong with an electrical wire. Arcing, which is when a luminous discharge of current leaps between two circuits, accounted for more than 37,000 home fires between 1999 and 2003, which gives you some idea of the magnitude of the problem. More than 500 people die due to faulty wires each year, and more than $1.4 billion in property damage occurs.
If you can’t readily see all of the wiring in your home, how are you supposed to know if it’s faulty? There are actually many telltale signs that there’s a problem, including:
- Buzzing or Charred Switches and Outlets – They may also feel hot to the touch.
- Flickering or Dimming Lights – This could be a sign that the circuits in your home are overloaded, or it could be a sign of faulty wiring.
- Breakers are Tripped Frequently – Once in a while is normal, but if this happens a lot, it could be a sign that something is wrong.
- Odor of Burning – If you detect something that smells faintly of overheated plastic but can’t figure out where it is, faulty wiring could be the culprit.
One of the simplest ways to protect yourself from faulty wiring and to avoid a home wiring fire is by having an experienced electrician inspect your home. Southern Coast Electrical Services specializes in these inspections in and around Boca Raton, West Palm Beach and Ft Lauderdale, Florida. If you ever see frayed or worn insulation, or if wires are otherwise visibly damaged, have them repaired right away. Before using appliances, always read manuals. Read sections about electrical safety carefully.
electrical supply company electrical service contractor electrical estimating licensed electricians residential electrician
DIY: Doing electrical work on your own?
Source: http://www.blueskyelectric.net/blog/dyi-doing-electrical-work-on-your-own/
Networked Street Lighting . . .
According to Lonmark International (which, yes, has something to do with ECHELON) –
Networked Street Lighting applications can:
- Reduce energy consumption by up to 40 percent
- Reduce maintenance costs by up to 50 percent
- Enable remote monitoring and control
- Increase driver, pedestrian and resident safety
- Show a rapid return on investment
Source: http://electricalcontractor.com/?p=9951
electrical certification electrical inspection electrical maintenance electrician certification electrical contracting
Thursday, June 27, 2013
CurrentSAFE Testing - Thermography
CurrentSAFE - What To Expect During The Thermography Portion
A thermographic inspection is used to detect thermal defects. The inspector uses an infrared camera to conduct scans of your electrical system in all other aspects of your home. If this is your first time hiring a thermographic inspector, you may not know what to expect. The following should give you some ideas as to what is involved with process, as well as how to prepare your home or office for the inspector's arrival. How to Prepare Your Home
Before your thermographic inspector arrives. You should also move any large furniture away from the walls and electrical outlets so that the inspector can get to them.The Thermographic Inspection
The inspector will arrive and will most likely educate you about your home or office and the scan itself. Some inspectors take the home owner or office manager along with them during the scans so that they can educate along the way, and some prefer to work slowly and in private so that all anomalies can be identified. During the process, the thermographic inspector will scan every inch of your home. The infrared camera or video will reveal heat as bright white for the warmest temperatures. Likewise, ambient or room temperatures, will show up as darker colors on the spectrum. This thermographic inspection will find problems with your wiring, malfunctioning appliances and equipment. These issues may not be seen by the naked eye, but the infrared equipment finds it and identifies it with ease. Tags: | Del.icio.us | Facebook | TweetThis | Digg | StumbleUpon |
Copyright © Cooper Electric [CurrentSAFE Testing - Thermography], All Right Reserved. 2013.
Source: http://cooper-electric.net/currentsafe-testing-thermography/
Four Questions to Ask Before Going Solar
How does infinite free energy, living off of the electrical grid and ultimately saving eco-systems and livelihoods sound? Unrealistic. It’s not! You can save money on electrical costs while reducing your carbon footprint by investing solar panels for your home or business.
When considering solar technology for your home or business, a few questions come to mind: How much will it cost? How many panels will be needed? How much of a return on investment will be received? When will you begin seeing a difference?
You’re in luck. Here are some quick, straightforward answers to those common questions:
Are solar panels expensive?
Recently, the cost of solar panels has drastically decreased. The exact cost of installing panels will depend on the size of your home or business and the percentage of energy costs you wish to cover by using solar energy. Don’t forget: there are numerous federal tax credits that will save you hundreds on installing a new solar system.
How do I start the solar process?
If you’re interested in transitioning to solar power, contact us! Most licensed electrical contractors can install solar panels on your roof, in addition to integrating the requirement equipment to your home’s electrical system. During the consultation, your contractor can help you determine how much you can save on your electric bill and how soon you will start seeing savings.
Can storms or hurricanes damage solar panels?
Just like anything else located on the exterior of your home, solar panels can become damaged during hurricane season or if a bad storm hits. Most homeowners insurance policies will cover additions such as solar panels. Before considering the investment in solar power, check with your insurance company to see what is covered.
How many panels will I need? What size panels?
The number of panels and size depends on the size of your home or office building. Contact us today for a FREE no-hassle, no-obligation consultation to learn more about transitioning to solar power! Request service now to get 20% off of your first service call!
Source: http://powergenerationinc.com/four-questions-to-ask-before-going-solar/
electrical tools electric work electrical services electrical parts home contractors
Hurricane Season Has Begun… Now What?
The 1st of June officially marked the start of hurricane season in Florida. Taking the time to properly prepare before a hurricane hits– and even before the threat of one hitting– can save you time and money while protecting you during a potential storm.
Over the next few weeks, we will outline what to do at the start of hurricane season, once a storm watch has been issued, during the storm and after the storm. We’ll even provide a hurricane supply check list! Staying safe and prepared this hurricane season should be a high priority on your summer “to do” list and we’re here to help.
To get you started, here are a few tips on what to do right now, at the start of hurricane season:
- Compile a thorough list of numbers for local emergency public safety and law enforcement officials for both you and your family.
- Spend some time in the yard and trim up all of your plants, trees, etc., ensuring that you get rid of loose branches. This will prevent your plants from being damaged or causing damage during a storm.
- Make a binder will all of your insurance and property information. This will help expedite the claims process in the event that your home or property is damaged.
- Research restoration companies and get quotes for potential repairs. If a storm hits and you have significant damage to your home and need repairs, this will help expedite the process and reduce price gouging after a storm. Plus, since you’re simply shopping around “just in case” a storm hits and you have damage, you’ll be able to take your time and find the best company with the best prices.
- Research evacuation zones and plan an evacuation route.
- Take the time to learn the elevation of your property. Is it prone to floods? This will help you prepare for the worst in case of storm surge or tidal flooding.
- If you live in a high-rise, make a plan in advance and find a spot where you will take shelter that’s on or below the 10th floor.
Stay tuned for our next post, which will outline everything needed for your emergency supply kit!
Source: http://powergenerationinc.com/hurricane-season-has-begun-now-what/
Perfect Electric and Air Office Tour With Owner Bob Frank – Electrical Contractor Broward
electrical certification electrical inspection electrical maintenance electrician certification electrical contracting
How To Choose The Best Laminate Flooring For A Great Effect
After deciding to replace the current flooring with laminate flooring it is a good idea to do research on the different types of laminate and their associated costs. The more flashy the design and the better the features, the higher the cost will become. With enough searching around though anyone can find a great price on the type of laminate flooring that is wanted, whether it be in a store or through a retail outlet.
Choosing the right type of laminate can be a tricky decision. There are many different types and each are categorized by the textures they replicate and how thick the flooring is. The higher end flooring also comes with non slip and non scratch surfaces. Though these are nice they do come with a higher price tag.
After the decision is made to replace the flooring, it is always good to ensure that the quantity you require is correct. This is to assure that the amount of cutting and returning of products is lessened. Whenever cutting is necessary though, creating a floor plan is a great idea as it can show just where specific cuts will need to be made. If cutting is necessary, it will benefit all involved to have the appropriate tools.
If trimming is necessary the right tools can be very useful. The most important tools are the coping saw and rubber mallets since they allow the laminate to be placed as it is needed. Another important instrument is the measuring tape as it allows whoever is installing the flooring to get the best fit possible.
After choosing the extra features that are wanted for the flooring the next step is to choose the finish of the laminate. There are many different types of finish including all of those that are made to resemble hardwoods such as mahogany, cedar and cherry. There are also specialty finishes but these may run higher on the pay scale than normally bought finishes.
The last major item that will affect the price is the durability of the product. The higher the quality of the laminate, the more money that will ultimately be paid for the product. The more money that is paid for the laminate will also ultimately show more durability over time than the lesser-priced flooring.
With the major topics of laminate flooring covered, it goes to show that placing laminate flooring is a very good choice. With its especially low price, it is a good all around substitute for hardwood floors. Laminate is not only good on its looks it is great for its durability and style choices that can brighten any room.
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About the Author:
Installing laminate flooring is relatively easy. There are many choices including well-known brands such as Empire flooring and Mannington flooring. For free information about how to do it yourself visit, our website now.
Article Source
Source: http://reschelectrical.com/how-to-choose-the-best-laminate-flooring-for-a-great-effect/
Perfect Electric and Air Office Tour With Owner Bob Frank – Electrical Contractor Broward
electrician apprenticeship electrician contractors electrical testing commercial electrical electrical commercial
Check Your GFCI
Source: http://blog.atselectricinc.com/2012/08/check-your-gfci-10/
Tips: Hiring the right electrician.
Source: http://www.blueskyelectric.net/blog/tips-hiring-the-right-electrician/
emergency electrician licensed electrician electrical supply company electrical service contractor electrical estimating
Wednesday, June 26, 2013
American Lung Association’s Misguided Support for Wind Power
“Obviously, nobody wants dirty air, but the American Lung Association’s knee-jerk renewables advocacy is mainly emotional and not grounded in fact.”
Last month, New Hampshire’s Site Evaluation Committee (SEC)[1] disapproved Antrim Wind, a 30-megawatt wind energy facility proposed along a remote and environmentally sensitive ridgeline in rural Antrim, NH. After eleven days of evidentiary hearings and three days of public deliberations, the Committee ruled that the ten monster turbines, each standing 492-feet tall, would pose a significant impact on aesthetics with no satisfactory means of mitigating the effect.
The Committee’s ruling surprised New England wind proponents who wasted no time calling the decision a serious setback for clean energy and urging the SEC to reconsider its decision.
Among those objecting was the American Lung Association. In a letter to the SEC, Edward Miller, Senior Vice President of Public Policy for the American Lung Association in the Northeast, wrote:
Since toxic emissions from energy production are a major cause of lung disease, we are committed to the development and expansion of clean, renewable energy sources…. With the growing concern about health care costs it is critical that we take advantage of every opportunity to move away from fossil fuels to produce our energy.
Miller has taken similar activist roles in Maine where he advocated for the Kibby Wind project, the Bower Mountain wind facility and expansion of wind-related transmission.
Obviously, nobody wants dirty air but the alarmist advocacy pressed by the ALA is largely emotional and not grounded in fact.
New England’s Cleaner Air
New England’s electric generation has achieved significant reductions in nitrogen oxide and sulfur dioxide[2] in the last decade.
From 2001 to the end of 2011, NOx emissions have dropped by 58% and SO2 by 71%. Wind energy’s contribution to these reductions was immaterial, since, by 2011, wind provided only 0.6% of the energy to the New England pool.
Even the American Lung Association’s own tables show a low incidence of high ozone days as well as low particle pollution levels for most of New England. The one exception is southern Connecticut which is part of the densely populated tri-state area that also includes New York and New Jersey.
Automotive emissions are likely the primary source of pollution in that area. Nonetheless, even areas of Connecticut that received poor grades from the ALA for air quality show precipitous declines in ozone levels and particulate matter in the last few years.
Wind’s Exaggerated Emission Savings
If we accept the ALA’s claim that renewable energy will contribute to improved air quality in New England, its support for Antrim Wind ignores how ineffectual the project will be at reducing emissions. Antrim Wind’s 30 megawatts, under the best circumstances, will contribute a mere 0.08% of the annual energy produced in New England.
When it does operate, the project will displace generation from higher marginal cost sources that can easily accommodate its fluctuations on the grid, which in New England would most likely be natural gas.
In fact, with natural gas prices at record lows, and the cost of burning coal and oil rising, many believe the dirtier fuels will no longer be part of the region’s fuel mix within 3-5 years. In 2012, coal and oil combined represented only 3% of the fuel used to meet New England’s electricity demand, down from 40% in 2001.
Emission models [3] that assume a gas-dominated fuel mix have shown savings from wind of just 0.05 lbs/MWh for NOx, 0.0 lbs/MWh for SO2, and 0.3 tons/MWh for CO2. This is in contrast to the exaggerated benefits produced by the model run for Antrim Wind which assumed the project would displace coal and oil 21% of the time for the 20-year life of the project!
Power Plants and Lung Disease
The ALA’s argument that energy production causes lung disease is also questionable as causal links between air pollution and health remain unproven.
In fact, epidemiological studies conducted in urban areas throughout the United States have shown widely varying results suggesting a problem with the measurements themselves, or inadequate controls for other influencing factors. In laboratory studies [Green and Armstrong (2003)] where people (and animals) were exposed to controlled levels of air contaminants “no form of ambient particulate matter -other than viruses, bacteria, and biochemical antigens- has been shown, experimentally or clinically, to cause disease or death at concentrations remotely close to U.S. ambient levels.”
Dr. Ross McKitrick’s 2010 study, which looked at all hospital admission records in major Canadian cities for lung-related illnesses (including asthma) from 1974 to 1994 found no correlation between air pollution and lung disease. Dr. McKitrick’s study was the first Canadian study to control for socioeconomic factors and weather and all major pollutants, over a period of high pollution levels. Air pollution in the time frame studied (1974–94) was considerably higher than it is today.
Evidence vs. Activism
The American Lung Association deserves much credit for its century-long fight for clean air. However, if its mission has now expanded to advocating for wind energy development in New England, we would have expected a more precise and thoughtful response to the NH SEC’s decision.
Instead, we were treated to superficial claims that added nothing to the debate while disrespecting the comprehensive 11-day trial undertaken to review the Antrim Wind proposal. The ALA is certainly entitled to offer comment, but if none of its representatives could be bothered to learn the facts in the case, the Association should not expect anyone to give any weight to its letter.
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[1] The New Hampshire SEC is the regulatory body tasked with permitting large energy and transmission projects in the state.
[2] Nitrogen oxide (NOx) contributes to the formation of ground-level ozone and smog. It also reacts with other air pollutants to form small particles that can cause breathing difficulties, especially in people with asthma. Sulfur dioxide (SO2) is a respiratory irritant associated with the onset of asthma attacks, sulfur dioxide is produced when coal and crude oil are burned.
[3] Hour-by-hour dispatch data were modeled with the focus on marginal emissions as generation shifted between wind and conventional sources. The method of using marginal emission rates has been found to be more accurate than average plant emissions.
Source: http://www.masterresource.org/2013/06/american-lung-associations-windpower/
Big EC Acquires Data Center Design Group
Buyer: Cupertino Electric.
Under terms of the acquisition, CDCDG and its five principals will operate as an independent division of Cupertino Electric to promote the technology and vendor agnostic role that CDCDG plays in the data center industry. CDCDG will retain its name and brand identity, while leveraging the resources and infrastructure of Cupertino Electric. New services available to CDCDG customers following the Cupertino Electric acquisition include enhanced budgeting, scheduling and constructability assessments.
Source: http://electricalcontractor.com/?p=9930
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Four Questions to Ask Before Going Solar
How does infinite free energy, living off of the electrical grid and ultimately saving eco-systems and livelihoods sound? Unrealistic. It’s not! You can save money on electrical costs while reducing your carbon footprint by investing solar panels for your home or business.
When considering solar technology for your home or business, a few questions come to mind: How much will it cost? How many panels will be needed? How much of a return on investment will be received? When will you begin seeing a difference?
You’re in luck. Here are some quick, straightforward answers to those common questions:
Are solar panels expensive?
Recently, the cost of solar panels has drastically decreased. The exact cost of installing panels will depend on the size of your home or business and the percentage of energy costs you wish to cover by using solar energy. Don’t forget: there are numerous federal tax credits that will save you hundreds on installing a new solar system.
How do I start the solar process?
If you’re interested in transitioning to solar power, contact us! Most licensed electrical contractors can install solar panels on your roof, in addition to integrating the requirement equipment to your home’s electrical system. During the consultation, your contractor can help you determine how much you can save on your electric bill and how soon you will start seeing savings.
Can storms or hurricanes damage solar panels?
Just like anything else located on the exterior of your home, solar panels can become damaged during hurricane season or if a bad storm hits. Most homeowners insurance policies will cover additions such as solar panels. Before considering the investment in solar power, check with your insurance company to see what is covered.
How many panels will I need? What size panels?
The number of panels and size depends on the size of your home or office building. Contact us today for a FREE no-hassle, no-obligation consultation to learn more about transitioning to solar power! Request service now to get 20% off of your first service call!
Source: http://powergenerationinc.com/four-questions-to-ask-before-going-solar/
‘The Greening of Planet Earth’ (the 1992 video, updated in 1998, needs another update)
“[M]any industry groups have maintained that putting carbon dioxide in the air would produce a general ‘greening’ of the planet. In fact, that’s the thesis of a famous 1992 video, “The Greening of Planet Earth,” which riled the environmental community more than just about anything else [because] … big-name scientists were willing to appear and argue that carbon dioxide will enhance global plant growth.”
- Patrick Michaels, Global Warming Produced a Greener, More Fruitful Planet, September 13, 2001.
Today, President Obama sounds the climate alarm and calls for more regulation of carbon dioxide (CO2). Throwing bad regulation after bad in the name of climate change is all about costs without commensurate benefits. Simple math shows that unilateral action by California or the U.S. or North American will not have a discernible influence on climate decades out.
With the “pause” of global warming, it is time to consider the non-temperature effects of higher, growing atmospheric concentrations of CO2.
Happy Plants!
Thousands of controlled experiments show that plant matter thrives from higher airborne carbon dioxide levels, the subject of The Greening of Planet Earth.
The continuing work of Craig D. Idso (founder and head), Sherwood B. Idso, and Keith E. Idso at CO2 Science produced a Greening update, titled The Greening of Planet Earth Continued. The good folks at CO2 Science are fact-and-study ready to update Greening one more time with everyone’s support!
The 29-minute video sequel (1998) is described as follows:
In The Greening of Planet Earth Continues, expert scientists assert that CO2 is not a pollutant, but a nutrient to life on earth. The video further explores issues addressed in our first video, The Greening of Planet Earth, which has been distributed to more than 30,000 people worldwide.
Learn the facts about climate history and the problems with computer simulations used to predict the impact of increasing CO2 levels. Discover what increasing CO2 levels really mean — faster plant growth, greater agricultural yields and improved water-use efficiency in plants. Evidence shows a picture of the ongoing industrial evolution of humankind as the greening of planet earth continues.
400 PPM: Way Station to Betterment
The intersection of lower climate sensitivity and carbon fertilization makes the increase of atmospheric CO2 to 400 parts per million less an alarm than a milestone to a moderately warmer, greener, more productive planet earth.
As Harrison Schmitt and William Happer wrote in ”In Defense of Carbon Dioxide“ in the Wall Street Journal:
Contrary to what some would have us believe, increased carbon dioxide in the atmosphere will benefit the increasing population on the planet by increasing agricultural productivity.
Nowadays, in an age of rising population and scarcities of food and water in some regions, it’s a wonder that humanitarians aren’t clamoring for more atmospheric carbon dioxide.
The subtitle of the above article? “The demonized chemical compound is a boon to plant life and has little correlation with global temperature.”
Drawing upon the science of carbon fertilization, Marc Morano told Alex Morales (“Greenhouse Gases Hit Threshold Unseen in 3 Million Years, 5/10/13) to relax:
“The Earth has had many-times-higher levels of CO2 in the past,” said Marc Morano, former spokesman for Republican Senator James Inhofe and executive editor of Climate Depot, a blog that posts articles skeptical of climate change. “Americans should welcome the 400 parts-per-million threshold. This means that plants are going to be happy, and this means that global-warming fearmongers are going to be proven wrong.”
Conclusion
It is appropriate to give the last word to Patrick Michaels and Chip Knappenberger who have fought the good fight for the last quarter century against climate alarmism. Trumpeted the intrepid two at Cato@Liberty (emphasis added):
The atmospheric concentration of carbon dioxide (CO2) has recently reached a “milestone” of 400 parts per million (ppm). In some circles, this announcement has been met with consternation and gnashing of teeth. The proper reaction is celebration.
The growth in the atmospheric CO2 concentration over the past several centuries is primarily the result of mankind’s thirst for energy—largely in the form of fossil fuels. According to the World Bank, fossil fuel energy supplies about 80% of the world’s energy production—a value which has been pretty much constant for the past 40 years.
During that time, the global population increased by 75%, and global energy use doubled. Global per capita energy use increased, while global energy use per $1000 GDP declined. We are using more energy, but we are using it more efficiently. In the developed world, life expectancy has doubled since the dawn of the fossil fuel era.
Explaining the positive externality of CO2, Michaels and Knappenberger continue:
Of course, burning fossil fuels to produce energy results in the emission of carbon dioxide into the atmosphere, tipping the natural balance of annual CO2 flux and leading to a gradual build-up.
There are two primary externalities that result from our emissions of carbon dioxide into the atmosphere—
1) an enhancement of the greenhouse effect, which results in an alteration of the energy flow in the earth’s climate and a general tendency to warm the global average surface temperature, and
2) an enhancement of the rate of photosynthesis in plants and a general tendency to result in more efficient growth and an overall healthier condition of vegetation (including crops). There’s incontrovertible evidence that the planet is both warmer and greener than it was 100 years ago.
They then discuss the falling estimates of global warming from anthropogenic forcing:
As we continually document (see here for our latest post), more and more science is suggesting that the rate (and thus magnitude at any point in time) of CO2-induced climate change is not as great as commonly portrayed. The lower the rate of change, the lower the resulting impact.
If the rate is low enough, carbon dioxide emissions confer a net benefit. We’d like to remind readers that “it’s not the heat, it’s the sensitivity,” when it comes to carbon dioxide, and the sensitivity appears to have been overestimated.
Don’t worry, they conclude:
As new science erodes the foundation of climate worry, new technologies are expanding recoverable fossil fuel resources. Horizontal drilling and hydraulic fracturing have opened up vast expanses of fossil fuel resources—mainly natural gas—that were untouchable just a few years ago. The discovery that the world is awash in hundreds of years of recoverable fuels is a game-changer, given the strong correlation between energy use per capita and life expectancy.
400 ppm of carbon dioxide in the atmosphere should remind us of our continuing success at expanding the global supply of energy to meet a growing demand. That success which ultimately leads to an improvement of the global standard of living and a reduction in vulnerability to the vagaries of weather and climate.
400 ppm is cause for celebration. “A world lit only by fire” is not.
MasterResource will continue to update readers on literature summaries on CO2 as the ultimate positive externality, an unpaid for byproduct of the industrial age.
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