During National Electrical Safety Month, LPI raises awareness for lightning, an overlooked electrical hazard
HARTFORD, Conn., May 14, 2015 /PRNewswire-USNewswire/ — May is National Electrical Safety Month and the Lightning Protection Institute (LPI) is joining the Electrical Safety Foundation International (ESFI) to raise awareness about the importance of electrical safety—including lightning, an underrated and often forgotten electrical hazard.
Lightning is the rapid discharge of atmospheric electricity that can pack up to 200 kA of electric energy (100 million volts of power). A lightning strike to an unprotected structure can be disastrous and a single incident can cost thousands of dollars, with losses ranging from damage to expensive electronics to fires that destroy entire buildings. A single surge protection device or “whole-house” arrester is not sufficient to protect a structure from a direct lightning strike packing extreme electric energy. A grounding network, commonly known as a “lightning protection system” must be implemented, as well to provide safe and effective protection against lightning.
“The electrical ground installed by the electrician for your structure is there to protect the internal workings of the electrical system for everyday electricity—it’s not designed to handle the mega electricity that lightning can pack,” said Bud VanSickle, executive director for the Lightning Protection Institute (LPI). “Even though the majority of surges are created from large appliances switching on and off within a structure or power grid switching from the electric utility company, lightning is typically responsible for the most powerful and destructive types of surges.”
Prior to the age of electronics, the threat to structures from lightning was primarily fire-related. Enhanced communications lines, power and generation systems and gas and water piping have since created induction problems for today’s structures, allowing lightning’s access through energized lines or system grounds. Decades ago, the introduction of low voltage wiring and electronically controlled building components presented a new vulnerability to lightning. To address these concerns, lightning protection codes and standards were updated in the 1990’s; adding more provisions for grounding and new criteria for lightning arresters and surge protection devices (SPD’s).
“Today’s lightning protection network takes a total package approach which includes a system to ground the structure, a primary SPD (or SPD’s) for the service entrance and sometimes secondary protection at the point of use for high-end equipment or appliances,” said VanSickle. “It’s important that the lightning protection system complies with national safety Standards of NFPA 780 and UL 96A to address requirements for full protection.”
The NFPA and UL safety Standards for lightning protection systems employ practical and tested solutions to protect a structure, its occupants, contents, equipment and operations. A complete system includes: strike termination devices, conductors, ground terminals, interconnecting bonding to minimize side flashing, and surge protection devices for incoming power, data and communication lines to prevent harmful electrical surges. Additional connectors, fittings or bonding for CSST gas piping may be required and surge protection devices for vulnerable appliances may be needed, as well.
Lightning protection is also not a “do-it-yourself” project. Only experienced and reputable UL-listed and LPI-certified lightning protection contractors should install these systems to ensure materials and methods comply with safety Standards.
The Electrical Safety Foundation International (ESFI) sponsors National Electrical Safety Month each May to increase public awareness of electrical hazards. For more information about ESFI and electrical safety, visit www.esfi.org.
LPI is a not-for-profit, nationwide group founded in 1955 to promote lightning safety, awareness and protection education. The organization provides a certification program to quality competence in lightning protection installation, design and inspection. For facts about common lightning myths and misconceptions, view LPI’s infographic at http://lightning.org/wpcontent/uploads/2014/12/LSAW-Infographic.jpg Also visit the LPI website at http://lightning.org/ for more information or to find a qualified lightning protection installer in your area.
The Lightning Safety Alliance (LSA) is a non-profit national business corporation which provides educational programing on lightning protection and lightning safety. LSA supports the efforts of LPI in its mission to reduce lightning-related deaths and property losses. Visit www.lightningsafetyalliance.org for more information.
Myths continue to abound about lightning and the science of lightning protection. It’s not always easy to know the facts when misinformation is circulated on the internet and through social media. Now that thunderstorm season is in full swing, home and business owners can benefit from accurate information and reality reminders about lightning protection. Here are four answers to frequently asked questions to help separate fact from fiction about lightning protection systems.
Q. Aren’t lightning rods a thing of the past?
Lightning protection systems are installed more today than ever before. According to Underwriters Laboratories, lightning accounts for more than one billion dollars annually in structural damage to buildings in the U.S. This statistic does not include costs due to loss of business, downtime and repairs. Since today’s homes and buildings are equipped with a variety of sensitive electronics, lightning protection systems serve an important purpose. Protecting occupants, structures and critical systems is an important part of the building design phase, which is why construction planners are specifying more systems. Lightning protection systems increase a structure’s sustainability against a common and often costly, weather threat.
Q. Don’t trees protect a structure against lightning
No, trees don’t provide protection from lightning striking your home or business. Actually, lightning can side-flash from a tree and hit a nearby structure, so sometimes trees around a structure and provide an easy entry for lightning’s destructive electricity. Lightning traveling along tree roots can enter a structure by jumping onto nearby telephone, cable and electrical lines, introducing harmful surges. Lightning can also injure a tree from a direct strike that can cause heavy limbs to split and fall onto a nearby structure. Lightning kills and damages more trees than we can account for in the U.S., so unless a tree is equipped with a lightning protection system, it can be extremely vulnerable to damage—with the nearby structure vulnerable, as well.
Q. Isn’t a whole-house surge arrester enough protection against lightning?
Surge protection is only one element of a complete lightning protection system. Since lightning can pack 100 million volts of electricity, a strike to an unprotected structure can be disastrous and a single incident can cost thousands of dollars, with losses ranging from damage to expensive electronics to fires that destroy entire buildings. Unfortunately, no surge protection device or “whole-house” arrester alone can protect a structure from a direct strike packing lightning’s mega electricity. A grounding network for lightning (lightning protection system) must be implemented to provide a safe, conductive path to discharge lightning’s electricity. Surge protection + the grounding network = a complete lightning protection system.
Q. Can’t I install the lightning protection myself?
This is not an experiment you want to attempt! Lightning protection is a highly specialized trade that is governed by industry safety Standards. Design and installation is typically not within the scope of expertise held by general contractors, roofers or even electricians, which is why the work is typically subcontracted out to specialists. Trained experts like LPI-certified contractors that specialize in lightning protection and utilize UL-listed components and equipment should be hired to design and install these systems. The highly conductive copper and aluminum materials used are not readily available in hardware stores and design and installation for systems is not a do-it-yourself project.
Learn more about lightning protection system installation by viewing LPI’s short video at: http://lightning.org/learn-more/watch-learn/#video-6
March 2015 marks the one-year anniversary of the NOAA Weather-Ready Nation (WRN) Ambassador initiative and more than 1,300 Ambassadors have shared stories of how they’re helping to build a weather-ready nation. The WRN Ambassador initiative is NOAA’s effort to recognize partners who are working to improve the nation’s “readiness, responsiveness, and overall resilience against extreme weather, water and climate events.”
LPI was happy to weigh-in to share industry success stories about our lightning protection and lightning safety initiatives. And we were happy to see links to our success stories included in a recent WRN Newsletter that shared updates about our “Building Lightning Safe Communities” efforts.
LPI’s commitment as a WRN Ambassador means that we are working hard to improve resilience against the lightning threat–which is often underrated in terms of severe weather concerns. The WRN initiative asks its Ambassadors to assist in minimizing the effects of natural disasters by taking the following actions:
* Promote WRN messages and themes to stakeholders
* Engage with NOAA personnel on potential collaboration opportunities
* Share success stories of preparedness and resiliency
* Serve as an example by educating re: preparedness
* Serve as a “change agent and leader” in the community
LPI will be heeding the WRN call to action next week at its 83rd Annual Lightning Protection Conference at the Gaylord Opryland Resort & Convention Center in Nashville. Industry members will participate in educational programs, speaker presentations and moderated breakout sessions that will provide professional enrichment and many, many opportunities for collaboration. Attendees will hear and see examples of lightning protection case studies, partner reports, important scientific findings and evidence of how LPI’s “Building Lightning Safe Communities” initiative is making a difference to improve lightning safety and reduce lightning losses in communities across the nation.
Unlike other weather perils, lightning knows few geographic boundaries and is a leading storm-related hazard responsible for too many unnecessary deaths and injuries and an excess of preventable property losses. The 83rd Annual LPI/ULPA Lightning Protection Conference will provide a forum for attendees to learn how they can Be a Force of Nature by understanding the lightning risk, taking action, spreading education and serving as an Ambassador example!
So let’s get ready to be a force in Nashville!
Y’all ready for this?
February 16, 2015 – It’s estimated that lightning strikes the United States over 20 million times each year. Given this amount of lightning activity, shouldn’t we expect to see a little lightning and thunder in the dead of winter? Interestingly enough, weather reports across the country have tallied quite a few incidents of “thundersnow” (a rare weather phenomenon that brings the unusual combination of thunder, lightning and snow) this winter. While hype about the phenomenon seems to be on the rise, according to the National Weather Service (NWS), thundersnow is so rare that it only occurs in less than one percent of observed snowstorms.
“Clouds are low in the winter so you don’t get that upward vertical motion that you get with your warm sector of thunder storms in the summer. It’s rare to have thunder and lightning in the winter. It usually means it’s a strong intense winter storm or a blizzard,” explained Kate Mantych, WDTV 5 News Meteorologist.
So what causes this weather phenomenon? The NWS explains that thundersnow occurs when lightning forms after an electric charge separation process in updrafts and downdrafts created inside a convective system. Enhanced air instability, a quick temperature change from surface to cloud, or a charge separation process can all trigger lightning and the ensuing thundersnow.
Since thundersnow is similar to a typical thunderstorm, it’s important to enlist the same safety precautions for spring and summer weather events. Staying indoors and away from trees still applies during thundersnow. Lightning occurring during thundersnow has been known to zap trees, homes, buildings and traffic lights and wide-spread power outages are not uncommon in these storms. Restoration and repair of power lines in severe winter weather can be especially tricky when heavy snows impact travel and road accessibility. Thunderstorm conditions during winter storms can be harder to predict, as well. And while the average bolt of lightning can carry 100 million volts of electrical power, it’s virtually impossible to predict when and where lightning will hit and what its target will be. Lightning can strike miles ahead of a parent thunderstorm and linger several minutes after a storm leaves a specific area—which is why the NWS dubs lightning as “the first thunderstorm hazard to arrive and the last to leave.”
So just what is all of this lightning doing to our homes and buildings? Well, here are a few scary statistics.
Each year, lightning fires are responsible for an estimated:
$450 million in home property damage
$108 million in non-residential property damage
$28 million in damages to storage facilities
$22 million in damages to places of assembly (churches and houses of worship)
$19 million in damages to hotels and motels
$15 million in mercantile and business properties (offices, shops and department stores)
$15 million in industrial and manufacturing facilities
$3 million in miscellaneous properties
(Source: National Fire Protection Association NFPA)
Lightning is an unpredictable weather threat, but mitigation doesn’t have to be hit or miss. The highly conductive materials used in a lightning protection system provide a low resistance path and grounding network to safely dissipate lightning’s dangerous electricity. When a lightning protection network is installed in accordance with national safety standards, lightning’s harmful electricity is intercepted and directed to ground without impact to the structure, occupants or contents. So whether the threat strikes in spring, summer, fall or even winter, lightning protection systems can safeguard vulnerable structures against nature’s underrated fire risk. Think of lightning protection as an insurance policy that provides an ounce of prevention against weather gone wild.
November 17, 2014 – What if you lost your valuables in a fire where no one was around for miles to report evidence of smoke or a blaze? Each year, millions of structures are damaged or destroyed by lightning. While all types of structures should evaluate their lightning risk, storage buildings and facilities containing flammable substances and fire-susceptible materials can pose special concerns. Lightning strikes to these structures can ignite flammable vapors, resulting in a large-scale fires or explosions—losses that can be prevented when proper precautions for lightning protection are employed. With reports of lightning incidents at storage facilities and portable structures on the rise, insurance providers are taking a closer look at lightning protection options for these structures.
According to the Insurance Information Institute (I.I.I.), lightning strikes cost nearly $1 billion in insured loses in 2012. The I.I.I. puts the average lightning paid-claim at $6,400 in 2012, up 25 percent from 2011. I.I.I. reports state that damage caused by lightning, such as a fire, is covered by standard homeowners and business insurance policies. According to I.I.I. there is also coverage for lightning damage under the comprehensive portion of an auto policy. However, not all policies provide coverage for power surges that are the direct result of lightning striking a structure—which is why property owners should check with their insurance provider for coverage specifics related to lightning.
Fires caused by lightning represent a serious threat, but the risk is often overlooked by property owners. A single bolt of lightning can generate up to 200 kA of energy, which can spark fires, damage roofing or cause surging through electrical circuitry. A lightning strike to an unprotected structure or storage facility can cause catastrophic damage to the building and its contents. Fortunately, there are relatively simple and inexpensive measures that can be taken to substantially reduce the chances of lightning-related damage. Most types of storage structures are susceptible to lightning damage. According to the National Weather Service, there are three main ways that lightning enters buildings: 1) a direct strike, 2) through wires or pipes that extend outside the structure, and 3) through the ground. Lightning can also travel through structural steel framing and reinforcing rods in concrete walls or flooring. On the outside of the structure, lightning can travel along the outer shell and may follow conductive metal vents, roof drainage elements and external supports as it seeks a path to ground. None of these building elements are designed to carry lightning without incurring damage.
Property owners needn’t play the odds or risk losing their valued possessions to lightning. A professionally-installed lightning protection system which meets U.S. safety standards of LPI, NFPA and UL will prevent damage and impact to a self-storage facility by providing a safe, low-resistance path into the earth for lightning’s electrical energy.
Lightning protection is one of the least expensive security measures you can purchase for your structures and storage facilities, yet it offers the best type of insurance—peace of mind to protect your property and valuables. If you don’t want to play the lightning odds, consider a lightning protection system. And if you do opt for lightning protection, don’t forget to contact your insurance provider to check your eligibility for base rate credits or discounts for having the system installed.
October 8, 2014 – The National Fire Protection Association (NFPA) has sponsored Fire Prevention Week since 1922, which is believed to be the longest running public health and safety observance on record. Since 1922, the country has seen huge progress in the fire safety movement with the construction of fire-resistant buildings and improvements in fire suppression techniques. Unfortunately, fire still poses a significant threat to homeowners, as evident by these recently reported statistics from NFPA:
* A fire department in the U.S. responds to a fire every 25 seconds
* A residential fire occurs every 85 seconds
* Home fires account for $7 billion in property loss
But did you know that lightning poses a significant fire threat to homeowners, too? Lightning is an underrated and often forgotten fire threat, even though the most powerful electrical surges are caused by lightning. A typical lightning strike can pack up to 200 kA of electric energy (100 million volts of power), so it’s no surprise that a strike to an unprotected structure can pack a mean punch that can cost a homeowner thousands of dollars in repairs. According to a 2013 NFPA report, titled “Lightning Fires and Lightning Strikes,” fire departments in the U.S. respond to an estimated 22,600 lightning fires each year. These fires are responsible for civilian and firefighter deaths, injuries and approximately $451 in preventable property damage. If you Google the words, “lightning and fire” you’ll see news reports of these lightning incidents throughout the country.
Fortunately, a lightning protection system can provide a grounding network to protect a structure from these deadly fires, which is why lightning protection is meeting the needs of safety, technology and design. National safety standards for lightning protection (LPI 175, NFPA 780 and UL-96A) specify tested and effective solutions to protect a structure, its occupants, contents, equipment and operations. A complete system includes: strike termination devices, conductors, ground terminals, interconnecting bonding to minimize side flashing, and surge protection devices for incoming power, data and communication lines to prevent harmful electrical surges. Additional connectors, fittings or bonding for CSST gas piping may be required and surge protection devices for vulnerable appliances may be needed, as well.
LPI recognizes the NFPA 780 Standard for the Installation of Lightning Protection Systems as the most comprehensive resource for reducing lightning risks. The Standard includes 12 chapters and 14 annex sections to provide a thorough overview of design requirements and applications for lightning protection systems.
Fire Prevention Week is also the perfect time to remind folks about LPI’s newly released public service announcement which spotlights the severity of lightning’s destruction and promotes protection resources in conjunction with the Building Lightning Safe Communities campaign. Appropriately, the PSA features a fire chief as the expert “voice” to promote the campaign safety message. To view the PSA click here http://lightning.org/wp-content/uploads/2014/06/LSAW-PSA-v2.mp4
More information about fire safety and NFPA’s annual campaign is available at www.firepreventionweek.org.
This October, help LPI build lightning safe communities! Visit http://www.lightningsafe.org/partnerships.html to learn how you can make a difference!
September 10, 2014 – September is National Preparedness Month (NPM) and the perfect time to sharpen your storm survival skills. Knowing what to do before the storm hits is often the most important step you can take in protecting your family, property and community.
The fall months are typically prime time for weather disasters like hurricanes, tornadoes and thunderstorms. Since tornadoes are spawned by thunderstorms, they are often accompanied by intense lightning that can strike before, during and/or after a tornado passes. While lightning is not a normal occurrence in hurricanes, thunderstorms have been known to occur in the areas of highest vertical convection within the hurricane eye wall. Temperature swings that create extreme differences between cold and warm air can create especially severe thunderstorms in the autumn months. In turn, these storms can pose significant problems for homeowners in terms of heavy winds, downed trees, electrical surges and lightning fires.
Irrigation systems and security systems, invisible pet fences, computers and sensitive home electronics and generators are home amenities that can be especially vulnerable to lightning. An indirect or secondary lightning strike to a nearby tree or power line can also induce unwanted surges into a home. A direct lightning strike can carry over 100 million volts of electricity and generate heat in excess of 50,000 degrees Fahrenheit which can rip through roofs, explode brick and concrete, and ignite fires.
The best way to prepare your home from lightning is to have a lightning protection system professionally installed. A properly installed lightning protection system will dissipate the dangerous electrical charge, taking it safely to ground, keeping the home and its occupants unharmed.
Lightning protection systems dissipate lightning’s harmful electricity through the following:
• strike termination network (rods or air terminals on the roof)
• down conductor network (cables or downleads)
• grounding electrode network (ground rods, ground ring or ground plates)
• equipotential bonding network (joining of components to ensure conductivity)
• surge protection (SPD’s installed at electrical panels and in-house electronics)
As always, LPI stresses the importance of contracting with a qualified LPI-certified and UL-listed lightning protection specialist to ensure that materials and methods of installation comply with recognized safety standards of LPI-175, NFPA 780 and UL 96A. Lightning protection installation is not a “do-it-yourself” project, so homeowners should never attempt to do this work themselves. Improper installation can lead to dangerous consequences.
Benjamin Franklin, the inventor of lightning protection once said, “An ounce of prevention is worth a pound of cure.” National Preparedness Month is a good time to examine your “prevention” checklist to best prepare your family, home and property for natural disasters; especially lightning–the weather hazard experienced by most people most of the time in the U.S.
Information about National Preparedness Month and the “Be Disaster Aware, Take Action to Prepare” campaign is available at http://www.ready.gov/september
August 19, 2014 – The provocative title from the classic western starring Clint Eastwood just might reflect a theme that’s become all too common in the world of construction; and sometimes seen in the world of lightning protection, too. How does a consumer separate the good, the bad and the ugly when it comes to lightning protection? Here are a few thoughts on the topic:
Good lightning protection begins with a specification that calls for materials and methods in compliance with national safety standards of LPI-175, NFPA 780 and UL-96A. The installing company should also be listed with UL, and its contractors trained specifically in lightning protection. LPI certification denoting, Journeyman, Master Installer, and/or Master Installer/Designer classification is important, as well. Company references and membership affiliation with industry organizations such as: the Lightning Protection Institute (LPI), the Lightning Safety Alliance (LSA), the National Fire Protection Association (NFPA) and the United Lightning Protection Association are also evidence of a “good” installing company. This type of company should have the professional experience to advise the customer and serve as an industry authority to ensure neat, aesthetically-pleasing and standard-compliant workmanship. The good lightning protection installer will also provide options and make arrangements for a third-party quality assurance inspection of the system.
Most trades have their share of vendors who will sell, misrepresent or promise anything in pursuit of the all-mighty dollar. Unfortunately, the same can be said for lightning protection. Practices in the “bad” category range from use of unconventional and non-standard compliant products (some call these “gadgets”), to companies that make slick guarantees in proposals and marketing materials. Here are some tricks of the trade in the bad category:
• Use of lightning protection products or methods that don’t comply with nationally recognized U.S. Safety Standards of NFPA 780 and UL-96/A.
• Use of materials or methods not supported by independent scientists.
• Systems not eligible for a third-party inspection: UL Master Label, Letter of Findings or LPI-IP Master Installation, etc.
• Systems that don’t meet U.S. military standards and are not allowed for use on government projects.
• Vendors who make promises, claims and guarantees re: warranties and lightning quick delivery of third-party inspection certifications and close-out materials.
This category is a little trickier, and the “ugly” may be harder to spot to the untrained eye. Evidence of the ugly is often seen in sloppy work, little attention to aesthetics and shortcuts in workmanship. In terms of system installation, ugly often includes:
- Dangling conductor cable that hasn’t been clipped securely to a structure or hangs loose from one roof level to another.
- Strike termination devices (air terminals or rods) that are installed lopsided on the roof.
- Use of aluminum materials when copper is compatible and is more pleasing to the aesthetics of the structure (or vice versa).
- Down conductors or cable that is carelessly routed throughout a structure without attention to neatness or without regard to concealment.
- Use of unsightly “flathead” or overly ornamental strike termination devices instead of inconspicuous and industry-standard blunt tip or tapered tip rods.
The experienced, LPI-certified lightning protection professional will know how to guide the customer through the specification, design and installation process to ensure safety without compromising aesthetics. Here are some tips to help consumers eliminate the bad and the ugly when hiring a lightning protection specialist:
• Be sure contractors are listed with UL and hold certification with LPI.
• Installation is a specialty discipline; do not assume that roofers, general contractors or electricians are qualified to install lightning protection systems.
• All materials and methods should comply with U.S. Safety Standards.
• Check references to find out if your contractor has experience working on high-profile projects or experience comparable to your project i.e. historic structures, slate roofs, trees, etc.
• If you have CSST gas piping, ask about industry bonding and grounding requirements.
• Check for industry affiliations with groups such as LPI, LSA, NFPA, UL and ULPA which are trusted trade organizations for lightning protection.
• Ask for a written proposal and/or design detailing the work to be performed.
• Ask for a third-party inspection and request to be present during such.
• Ask for maintenance and close-out materials upon completion of the work.
July 14, 2014 – July is typically the most dangerous month for lightning in the U.S. According the National Weather Service, more than 30 % of all lightning deaths and injuries occur in July. Property losses are typically at their peak in July, as well with lightning losses ranging from fires which destroy entire structures–to surges that damage sensitive home electronics. According the Insurance Information Institute (I.I.I.) lightning strikes cost nearly $1 billion in insured losses in 2013. In an analysis of homeowner insurance losses, the I.I.I. cited the average lightning-paid claim amount at $5,869, while the average cost of a home lightning protection system is $2,500.
Even though a single bolt of lightning can generate heat in excess of 50,000 degrees Fahrenheit and a strike to an unprotected structure can cause catastrophic damage, the lightning risk is often overlooked. The function of the lightning protection system is often misunderstood, as well.
The highly conductive copper and aluminum materials used in a lightning protection system provide a low resistance path to safely ground lightning’s dangerous electricity. When the lightning protection network is in place, the lightning strike is intercepted and directed to ground without impact to the structure, occupants or contents.
A lightning protection system that meets national safety standards of NFPA 780 and UL96, UL96A includes the following elements:
* Strike termination network (air terminals or lightning rods)
* Down-conductor network
* Grounding electrode network
* Equipotential bonding network
* Surge protection devices (for incoming power, data and communication lines)
Failure to make proper provisions for special grounding techniques, or any of the above five elements can result in inadequate protection.
Even thought lightning is the weather hazard experienced most often in the U.S., myths and misinformation about lightning protection persist.
July is the perfect time to reiterate a few facts about lightning and lightning protection:
My “whole-house protector” is all I need to prevent a lightning fire.
Contrary to popular belief, surge protection devices (SPD’s) cannot protect a structure against direct lightning strikes. While these devices are important components of a complete system to protect incoming utility lines against infiltration, on their own they do little to protect a home from lightning. However, when combined with a structural lightning rod system, (strike termination devices, bonding and grounding network) SPD’s can prove a valuable and effective means of protection.
Lightning rods don’t work and actually attract lightning.
Another myth commonly associated with lightning is that lightning rods attract lightning. In fact, a lightning protection system acts more as an interceptor of lightning, rerouting a strike and providing a safe path to ground for discharging the dangerous electricity. A lot of our critical facilities depend on lightning protection systems, so if they attracted lightning, we’d be in a lot of trouble, here.
I have tall trees that protect my home from lightning strikes.
The problem with a home nestled under a group of trees is where the best ground path for the lightning might be. Common metallic grounded systems within a home (electric, phone, gas, water) may provide a preferable grounding medium for the lightning. Therefore, lightning can actually “side-flash” from a tree and enter a home as it seeks a more conductive path to ground.
My home is high tech and is already grounded.
The average home is grounded to handle everyday electricity, but not the mega electricity (300 million volts of power) that lightning can pack. As the world becomes more and more tech-savvy, property losses from lightning strikes have actually increased.
I can install a lightning rod myself or get my handy man to put one on my roof. Lightning protection installation is not a do-it-yourself project. Only experienced and reputable LPI-certified and UL-listed lightning protection contractors should install lightning protection systems. Electricians, roofers and general contractors are typically unfamiliar with lightning protection requirements. Installations should only be performed by qualified personnel who are trained and certified in the installation of lightning protection systems in accordance with industry safety standards. Lightning protection installation isn’t a home science experiment.
Lightning rods are big and ugly and will detract from the looks of my home. Lightning protection systems are everywhere and most are barely visible to the untrained eye. An experienced lightning protection contractor will ensure the lightning protection system will not detract from the structure and will blend aesthetically with the roof and chimney composition.
While lightning can occur during any time of the year, July is typically the most dangerous month for lightning. Knowing the facts about lightning and lightning protection can help keep you and your family safe this summer. See http://lightning.org/learn-more/2014-lightning-safety-awareness-week/
for more facts and information about nature’s underrated risk.
June 27, 2014 – It’s Lightning Safety Awareness Week and partnering groups across the country are once again joining forces to promote public awareness about lightning safety and lightning protection.
The LSA Week campaign began in 2001 when NOAA and the National Weather Service launched an annual initiative to increase awareness about the dangers of lightning and provide the public with safety information to help protect their families and property. Since 2001, outreach with like-minded partnering groups across the country has helped expand the campaign mission to deliver lightning safety and preparedness messages to the public!
This year’s annual campaign kick-off event was held at the University of Maryland’s Earth Science System Interdisciplinary Center (ESSIC) in College Park, MD on June 24. The event theme was “Building Lightning Safe Communities” and partner organizations from ESSIC, the Federal Alliance for Safe Homes (FLASH), the Insurance Information Institute (I.I.I.), the Lightning Safety Alliance (LSA), Earth Networks, NOAA and the National Weather Service came together for a press conference, reporter workshop and an expert panel presentation to share news and educational resources about lightning.
There was good news to report about protecting people and property:
• A record low number in lightning deaths (23 in 2013 according to NOAA/NWS reports)
• A decrease in lightning property losses (nearly $700 million in 2013 as opposed to over $1 billion in previous years according to I.I.I. data)
While the significant decline in these numbers may be attributed to a fewer number of severe storms in 2013, more awareness about the hazard and an increased in the specification of lightning protection systems are believed to be factors, as well.
Yes, partnering efforts are helping to build lightning safe communities, but there is still much work to be done to help dispel myths and reduce apathy about lightning’s dangers. Lightning safety awareness and education boosted by partnership can continue to make a difference in protecting lives and property. By pooling expert resources accordingly, partners can come together to make a difference help build lightning safe communities!
More information about National Lightning Safety Awareness Week can be found at www.lightningsafety.noaa.gov.
More information about lightning safety and protection for outdoor facilities can be found at www.lightning-risk.org. More information about the Building Lightning Safe Communities campaign can be found at www.lightning-safe.org.