Computer hacking is a top news story these days, and for years electric cooperatives have focused on blocking cyber threats from interfering with the nationwide electric grid of wires and poles that keeps our lights on.
You can also help defend against that electronic mischief. And you should. Because when use internet-connected devices like your smart phone, you’re instantly connected to the grid.
The network of power lines, transformers and substations adds up to an incredibly complex system that reliably brings us conveniences of modern life. That network is transforming into a “smart grid” that does an even better job of delivering electricity. It’s adding renewable energy sources like solar and wind power, which calls for sophisticated software to figure out how to keep power flowing at night or when the wind isn’t blowing. Computer algorithms make plans for the most efficient and reliable operations when forecasts call for storms, wildfires or times of high-power use.
Making such modern miracles happen means joining with another dominant part of today’s world—the internet.
The blink-of-an-eye speed of balancing the generation of electricity with your flip of a light switch relies heavily on the electronically connected world. The internet is incredibly useful, but also a target of troublemakers from lone, self-taught experts to international crime rings.
Electric utilities know this and work every day through their own offices and national organizations on cyber safety.
You can take smart steps too, to protect yourself, and the electric grid. Because the power grid uses the internet, that means that any of your internet-connected devices are also part of the grid: computers, security cameras, printers, smart TVs, health monitors––even cars and light bulbs can be connected to the internet.
Here are the top tips experts advise to defend against hackers:
Lock the front door.
If you have wireless internet in your home, the traffic comes in through the router. If you take just one step, create a strong password for that router, and set a reminder to change the password regularly.
Use a secret code.
Weak passwords make things easier for hackers. A study found the most-used password in 2021 was, you guessed it, “123456.” A more secure option uses combinations of upper-case and lower-case letters, combined with numbers and special symbols like “&” or “!”
There are apps to help you remember passwords. A simple old-fashioned notebook can also work, as long as you’re certain you’ll never lose it and no one else has access to it. And be aware that every major internet-connected appliance comes with its own factory-installed password you should change right away. The password for my smart TV was, you guessed it, 123456.
Stay vigilant.
If you receive an e-mail with an attachment you weren’t expecting, don’t open the attachment. If you get a message with a link you didn’t know was coming, don’t click it. Even if it’s from a friend, phone them and ask if they sent it—hackers can send messages using your friend’s address.
Stay state-of-the-art.
Your computer and other devices will regularly offer updates—install them. They often contain security updates to protect against the latest cyber threats. And they will come to you directly through your computer, phone or printer—don’t be fooled by an e-mail or message saying it’s an update. You can also go online and ask about any updates to your device.
Next month is National Cybersecurity Awareness Month, and the Department of Homeland Security has titled this year’s theme, “If you connect it, protect it.” That’s good advice for your home—and for the electric grid.
Paul Wesslund writes on consumer and cooperative affairs for the National Rural Electric Cooperative Association, the national trade association representing more than 900 local electric cooperatives. From growing suburbs to remote farming communities, electric co-ops serve as engines of economic development for 42 million Americans across 56% of the nation’s landscape.
Efficient and Safe Farming Technologies
As farming technology advances, farmers are finding new ways to reduce costs, improve efficiency and increase crop yields. The newest trend of technological advancements for farming is precision agriculture, a strategy where farmers use advanced technologies to control the growth of crops and raising of livestock more accurately and efficiently.
As precision agriculture has grown in recent years, the technologies have become even more technical and precise by using data analytics and machine learning. With a whole suite of benefits, like reduced costs, standardized data and metrics and minimizing resource waste, it’s no surprise that technologies and strategies for precision agriculture are becoming more commonplace.
The initial wave of precision agriculture in the 1980s was made possible by GPS (global positioning system) devices, which were first placed on tractors. GPS-connected devices could control a tractor and automatically steer the tractor based on the field’s GPS coordinates. This helped reduce any overlap while driving, making farming practices more efficient.
Beyond autonomous tractors, there have been many innovations in farming technologies that are part of precision agriculture. One technology is the crop-monitoring drone, which can take aerial views of fields and help give the farmer a bird’s-eye view of their land. Connecting the drone to special software and GPS can also allow the drone to automatically take photos, making it even easier to use. When combined with GIS (geographic information system), the drone can help analyze the geospatial field data in real-time for the farmer.
Using robotics for precision agriculture can be applied to many kinds of machines. For example, robotic milking machines can be used to automate the cow milking process. These machines help farmers reduce their labor demands while also increasing efficiency, freeing up time for farmers to work on other parts of their farm. Since the machines are optimized to work efficiently, they can also help to remove more milk per cow and provide more rest for the cows.
If farmers want to optimize their crop production, then variable rate technology (VRT) can help. VRT allows the farmer to use a variable rate schedule for application of fertilizer or for irrigation. Although there are several different options for using VRT, the basics consist of a computer, software, GPS and a controller. Farmers can choose to use VRT in either a map-based or sensor-based way, depending on need of the farm. Using VRT helps farmers accurately measure water and fertilizer, save time and maximize irrigation and fertilization efficiency.
To properly use these new technologies, there are some important safety tips to consider. When learning to use any new technology, be sure to fully read the manual and understand the instructions before beginning any work. This can help farmers avoid preventable accidents. Different types of farm equipment will also require different safety precautions. For example, when working with grain bins, farmers should be especially careful to follow training procedures when it is necessary to work inside the grain bin.
Being aware of the best safety practices when working with a specific technology is the best way to avoid accidents. Additionally, since these technologies are digital, the threat of cybersecurity comes into play. Appropriate use of any USB thumb drives and being aware of spear-phishing cyberattacks will help prevent malicious entities from gaining access to the farmer’s confidential data.
Although the benefits are clear, there are a few barriers to using these new agricultural technologies. Having a well-established broadband connection is crucial for some of these technologies, and a lack of high-speed internet access can limit the use of precision agriculture technologies. Furthermore, using precision agriculture comes with a relatively large upfront financial investment, which may not provide a return on investment quickly enough to the farm.
Before incorporating precision agriculture technology into any farm, planning and preparation will be crucial to make the best use of the technology.
Maria Kanevsky writes on consumer and cooperative affairs for the National Rural Electric Cooperative Association, the national trade association representing more than 900 local electric cooperatives. From growing suburbs to remote farming communities, electric co-ops serve as engines of economic development for 42 million Americans across 56% of the nation’s landscape.
Working Together to Combat Cyber Attacks
Computer hacking is a top news story these days, and for years electric cooperatives have focused on blocking cyber threats from interfering with the nationwide electric grid of wires and poles that keeps our lights on.
You can also help defend against that electronic mischief. And you should. Because when use internet-connected devices like your smart phone, you’re instantly connected to the grid.
The network of power lines, transformers and substations adds up to an incredibly complex system that reliably brings us conveniences of modern life. That network is transforming into a “smart grid” that does an even better job of delivering electricity. It’s adding renewable energy sources like solar and wind power, which calls for sophisticated software to figure out how to keep power flowing at night or when the wind isn’t blowing. Computer algorithms make plans for the most efficient and reliable operations when forecasts call for storms, wildfires or times of high-power use.
Making such modern miracles happen means joining with another dominant part of today’s world—the internet.
The blink-of-an-eye speed of balancing the generation of electricity with your flip of a light switch relies heavily on the electronically connected world. The internet is incredibly useful, but also a target of troublemakers from lone, self-taught experts to international crime rings.
Electric utilities know this and work every day through their own offices and national organizations on cyber safety.
You can take smart steps too, to protect yourself, and the electric grid. Because the power grid uses the internet, that means that any of your internet-connected devices are also part of the grid: computers, security cameras, printers, smart TVs, health monitors––even cars and light bulbs can be connected to the internet.
Here are the top tips experts advise to defend against hackers:
Lock the front door.
If you have wireless internet in your home, the traffic comes in through the router. If you take just one step, create a strong password for that router, and set a reminder to change the password regularly.
Use a secret code.
Weak passwords make things easier for hackers. A study found the most-used password in 2021 was, you guessed it, “123456.” A more secure option uses combinations of upper-case and lower-case letters, combined with numbers and special symbols like “&” or “!”
There are apps to help you remember passwords. A simple old-fashioned notebook can also work, as long as you’re certain you’ll never lose it and no one else has access to it. And be aware that every major internet-connected appliance comes with its own factory-installed password you should change right away. The password for my smart TV was, you guessed it, 123456.
Stay vigilant.
If you receive an e-mail with an attachment you weren’t expecting, don’t open the attachment. If you get a message with a link you didn’t know was coming, don’t click it. Even if it’s from a friend, phone them and ask if they sent it—hackers can send messages using your friend’s address.
Stay state-of-the-art.
Your computer and other devices will regularly offer updates—install them. They often contain security updates to protect against the latest cyber threats. And they will come to you directly through your computer, phone or printer—don’t be fooled by an e-mail or message saying it’s an update. You can also go online and ask about any updates to your device.
Next month is National Cybersecurity Awareness Month, and the Department of Homeland Security has titled this year’s theme, “If you connect it, protect it.” That’s good advice for your home—and for the electric grid.
Paul Wesslund writes on consumer and cooperative affairs for the National Rural Electric Cooperative Association, the national trade association representing more than 900 local electric cooperatives. From growing suburbs to remote farming communities, electric co-ops serve as engines of economic development for 42 million Americans across 56% of the nation’s landscape.
We’re Ready for Storm Season. Are You?
Now that summer is in full swing, like many of you, I welcome more opportunities to be outdoors and enjoy the warmer weather. Summertime brings many of my favorite activities like cooking out with family and friends, afternoons on the water and simply slowing down a bit to enjoy life.
But summer months also make conditions right for dangerous storms. From ordinary summer storms to hurricanes that can impact our entire region (The 2021 hurricane season kicks off on June 1), these potential weather events can cause destruction to our electrical system. Despite the threats posed by summer weather, crews at your local electric co-op are ready and standing by to respond should power outages occur in your area.
When major storms knock out power, co-op line crews take all necessary precautions before they get to work on any downed lines. You should also practice safety and preparedness to protect your family during major storms and outages.
The Federal Emergency Management Agency recommends the items below as a starting point for storm and disaster preparedness, but you can visit www.ready.gov for additional resources.
In the event of a prolonged power outage, turn off major appliances, TVs, computers and other sensitive electronics. This will help avert damage from a power surge, and will also help prevent overloading the circuits during power restoration. That said, do leave one light on so you will know when power is restored. If you plan to use a small generator, make sure it’s rated to handle the amount of power you will need, and always review the manufacturer’s instructions to operate it safely.
Listen to local news or a NOAA Weather Radio for storm and emergency information, and check your local co-op’s app or website for power restoration updates.
After the storm, avoid downed power lines and walking through flooded areas where power lines could be submerged. Allow ample room for utility crews to safely perform their jobs, including on your property.
Advance planning for severe storms or other emergencies can reduce stress and anxiety caused by the weather event and can lessen the impact of the storm’s effects. Sign up for NOAA emergency alerts and warnings, and download our app to stay abreast of power restoration efforts and other important co-op news and information.
While we hope Tennessee doesn’t experience severe storms this summer, we can never predict Mother Nature’s plans. Your local electric co-op recommenda that you act today because there is power in planning. From our co-op family to yours, we hope you have a safe and wonderful summer.
Meriwether Lewis EC awards $6,500 to local schools
Centerville, Tenn. — The Tennessee Valley Authority, in partnership with Meriwether Lewis Electric Cooperative and Bicentennial Volunteers Incorporated (a TVA retiree organization), recently awarded grant monies for STEM (science, technology, engineering, and math) education projects. Nichole McMillan received $1550 for Erin Elementary, and Emily Waters received $5000 for Perry County High School.
The competitive grant program provided teachers an opportunity to apply for funding up to $5,000 and preference was given to grant applications that explored TVA’s primary areas of focus: environment, energy, economic and career development and community problem solving as well as pandemic related projects.
“Educating area youth takes commitment and teamwork,” said MLEC President and CEO Keith Carnahan. “We are grateful to work with TVA and area teachers to create more opportunities in the classroom through this program and many others. Together, we’re changing lives and helping build brighter futures for these students and our communities.”
“Despite the new challenges Valley teachers faced in 2020, they are still focused on providing the best STEM education possible and have adjusted to new ways of teaching,” said TVA Community Engagement Senior Program Manager Rachel Crickmar. “I am proud of the partnerships we have built with these amazing educators across the Tennessee Valley over the past few years and are pleased to be able to provide some support through this program. Through the grants awarded this year, over 72,000 students will be directly impacted across the Valley.”
MLEC is a member-owned, not-for-profit electric utility serving more than 35,000 meters in Hickman, Houston, Humphreys, Lewis and Perry counties. Learn more about MLEC and MLConnect broadband internet at www.mlec.com. ###
Gov. Lee signs law protecting Tennesseans from improperly installed electric generation equipment
NASHVILLE – A new law that protects Tennesseans from improperly installed electric generation equipment was signed into law by Gov. Bill Lee on Tuesday, April 20.
The law requires owners of generators, solar panels, wind turbines or other electric generation equipment that is connected to the power distribution grid to notify their local power company and to install an automatic disconnect switch that is accessible to the local utility.
Gov. Lee, a longtime friend of electric co-ops, expressed his support for the legislation. “Lineworkers power Tennessee, and this legislation will ensure they stay safe on the job,” says Gov. Lee. “Our homes, hospitals, farms, factories and everything in between depend on well-managed infrastructure, and this law is an important part of that.”
To protect the public from danger, the local electric distribution grid is designed to interrupt the flow of power to an area when the system detects damage such as a pole broken during an automobile accident or power lines damaged during a storm.
“Unfortunately, privately owned generation equipment that is connected to the grid might continue generating power onto the grid if it is not properly installed,” says Mike Knotts, vice president of government affairs for the Tennessee Electric Cooperative Association, “and this could create a very dangerous situation for the public, first responders or utility lineworkers.”
“If you don’t know where these electric producing instruments are, you could have a tragic accident,” said Rep. Patsy Hazlewood, sponsor of the legislation, from the House floor on March 11.
Tennessee’s electric cooperatives championed the law throughout this year’s legislative session. “We appreciate the General Assembly and Gov. Lee for sharing our concern for public safety,” says David Callis, executive vice president and general manager of the Tennessee Electric Cooperative Association.
Owners of grid-connected generation equipment should contact their local electric utility for more information.
H.B. 252 discussion and vote during the Commerce Committee on March 2
Electrical Safety Month is here!
This month is set aside every year as a time to pay special attention to staying safe around electricity — something everyone at your local electric co-op believes in wholeheartedly. By designating May as Electrical Safety Month, the National Safety Council seeks to remind everyone of the hazards associated with electricity and provide tips you can follow to stay safe around it.
With this in mind (and a whole summer full of fun just around the corner), now’s a great time to focus on safety lessons for young people. Consider these tips for kids that can prevent accidental shock or other injuries:
Practice Safety When DIY-ing
These days many of us are spending more time at home and finding new, creative ways to enhance our living space. Tackling do-it-yourself (DIY) projects for the home can be fun and cost-effective, so why not roll up those sleeves and get started! Whether you’re painting the front door with a fresh hue or finally upgrading those patio lights, successfully completing a DIY home project is incredibly satisfying. But many of these projects do not come without risks. Here are a few safety tips to keep in mind as you get to work.
Remember, you should only tackle DIY home projects within your skill and comfort level. For projects that require extensive electrical work, we strongly recommend you hire a licensed, qualified electrician for assistance.
To learn more about electrical safety, visit our website at everydaysafe.org.
Tennessee electric co-op leaders discuss energy issues with D.C. lawmakers
NASHVILLE – This week, electric co-op leaders from across the state held online meetings with Tennessee’s congressional delegation as part of the National Rural Electric Cooperative Association’s 2021 Legislative Conference. During the meetings, co-op leaders discussed issues that are important for electric co-ops and for rural and suburban Tennessee.
Mike Knotts, vice president of government affairs for the Tennessee Electric Cooperative Association, said that hearing from people back home is important. “Lawmakers consider hundreds of pieces of legislation, and co-op leaders can help them better understand the real-world impacts of laws and policies created in D.C.”
Lawmakers were encouraged to support broadband and other investments in rural infrastructure and to co-sign legislation that would allow electric co-ops to take advantage of historically low interest rates. Lawmakers were also invited to visit their local co-ops to meet employees and tour co-op facilities.
“Tennesseans know all too well the importance of keeping the lights on in the Volunteer State,” said Sen. Marsha Blackburn. “Thank you to Tennessee Electric Cooperative Association for mobilizing industry leaders and solving problems for hardworking Americans.”
Co-op leaders hosted meetings with Sen. Marsha Blackburn and Sen. Bill Hagerty’s staff, along with Reps. Tim Burchett, Scott DesJarlais, Chuck Fleischmann, Mark Green, Diana Harshbarger, David Kustoff and John Rose.
General Motors and LG Energy Solution to Invest $2.3 Billion to Build Ultium Cells Manufacturing Plant in Spring Hill
Tennessee Gov. Bill Lee and Department of Economic and Community Development Commissioner Bob Rolfe today announced Ultium Cells LLC, a joint venture of LG Energy Solution and General Motors, will invest more than $2.3 billion to build its second battery cell manufacturing plant in the United States.
Located in Spring Hill, the project will create 1,300 new manufacturing jobs in Maury County.
Ultium Cells LLC will build the new 2.8-million-square-foot, state-of-the-art plant on land leased from General Motors. Construction will begin immediately, and the plant is scheduled to be open in late 2023. Once operational, the Ultium Cells plant will supply battery cells to GM’s Spring Hill assembly plant.
In October 2020, GM announced it would invest $2 billion in its Spring Hill assembly plant to begin the transition to become the company’s third electric vehicle manufacturing site, and the first outside of the state of Michigan. The all-new Cadillac LYRIQ will be the first electric vehicle produced at GM’s Spring Hill assembly plant. GM will also continue to produce the Cadillac XT6 and XT5 at the facility.
GM’s proprietary Ultium battery technology is at the heart of the company’s strategy to compete for nearly every EV customer in the marketplace, whether they are looking for affordable transportation, luxury vehicles, work trucks, commercial trucks or high-performance machines.
“The addition of our second all-new Ultium battery cell plant in the U.S. with our joint venture partner LG Energy Solution is another major step in our transition to an all-electric future,” said Mary Barra, GM chairman and CEO. “The support of the state of Tennessee was an important factor in making this investment in Spring Hill possible and this type of support will be critical going forward as we will continue to take steps to transition our manufacturing footprint to support EV production.”
Ultium batteries are unique in the industry because the large-format, pouch-style cells can be stacked vertically or horizontally inside the battery pack. This allows engineers to optimize battery energy storage and layout for each vehicle design. Energy options range from 50 to 200 kilowatt hours, which could enable a GM-estimated range up to 450 miles or more on a full charge with 0-60 mph acceleration in 3 seconds*.
GM’s future Ultium-powered EVs are designed for Level 2 and DC fast charging. Most will have 400-volt battery packs and up to 200 kW fast charging capability while GM’s truck platform will have 800-volt battery packs and 350 kW fast charging capability.
With a 30-year history in the battery business, LG Energy Solution has made consistent, large-scale investments to accumulate enough stability, credibility and manufacturing experience to invent its own cutting-edge technologies. The company established its first research facility in the U.S. in the early 2000s. In 2010, the company built its first U.S battery plant in Holland, Michigan.
Through Ultium Cells, LG Energy Solution and GM will merge their advanced technologies and capabilities to help accelerate automotive electrification.
Tennessee claims nearly 40 percent of the Southeast’s electric vehicle manufacturing jobs and investment, with more than $4.2 billion invested by companies in Tennessee’s electric vehicle industry. In addition, more than 16,000 electric vehicles are produced in the state each year, which ranks Tennessee No. 1 in the Southeast for electric vehicle manufacturing.
“The decision to build this plant in Tennessee is a testament to our state’s position as a leader in the automotive industry,” said Gov. Bill Lee. “As automakers continue to shift production to electric vehicles, I am proud that Tennessee offers the business climate and skilled workforce to support their growth. I appreciate General Motors and LG Energy Solution for making this substantial investment in Spring Hill and for creating 1,300 new jobs for Tennesseans.”
Tennessee Sunshine to Power Jack Daniel’s
LYNCHBURG, Tenn. – A little sunshine will soon be in your next glass of whiskey as Jack Daniel’s partners with the Tennessee Valley Authority, Duck River Electric Membership Corporation, and Nashville-based solar power producer Silicon Ranch to provide the iconic Tennessee whiskey maker’s Lynchburg distillery with 20 megawatts of solar energy.
TVA signed a long-term power purchase agreement with Silicon Ranch to build, own, and operate the solar facility just a few miles from the world-famous distillery in Moore County, Tennessee, pending environmental reviews.
This Middle-Tennessee solar project is another win for TVA’s nationally recognized Green Invest program, which has already secured solar farms to help meet the renewable energy goals of auto manufacturers, data centers, local power companies, cities, and universities.
“Our commitment to making great whiskey is only matched by our commitment to preserving the world we call home through sustainable practices,” said Jack Daniel’s Vice President and Assistant General Manager Melvin Keebler. “We’re excited to be the first distillery to sign a Green Invest deal that will provide nearly three-quarters of our electricity needs. Now the world’s most iconic whiskey is even greener.”
Jack Daniel’s runs its distillery with a zero-waste to landfill policy and has programs to protect the water and wood used to make its whiskey.
“This announcement demonstrates the environmental leadership of Jack Daniel’s and Duck River, fueled by our shared long-term commitment to renewable energy and community engagement,” said Chris Hansen, TVA vice president, Origination and Renewables. “TVA’s Green Invest program is the nexus for any organization interested in making renewable energy a part of their business.”
Since 2018, Green Invest has attracted nearly $2.7 billion in solar investment and procured over 2,100 megawatts of solar on behalf of its customers – maintaining TVA’s green energy leadership as the energy provider with the greatest amount of renewable generation in the Southeast.
“TVA, Jack Daniel’s and Duck River are excellent neighbors who are valuable assets to our community,” said Mayor Bonnie Lewis, Metro Lynchburg, Moore County, Tennessee. “Each year, hundreds of thousands of visitors from around the world tour the distillery, and this solar farm from our newest corporate citizen Silicon Ranch will be another attraction as they provide additional construction jobs and tax revenue to Moore County.”
Silicon Ranch collaborated with local landowners Cumberland Springs Land Company, the leadership at Motlow State Community College, and officials in Moore County to develop the solar project.
“The Tennessee Valley is our home, and Silicon Ranch is honored to be part of this compelling story that demonstrates what’s possible when partners work together with a shared commitment to our local communities,” said Reagan Farr, Silicon Ranch Co-Founder and CEO. “Thanks to the leadership of our friends at TVA, local power companies such as DREMC, and visionary companies such as Jack Daniel’s, Silicon Ranch is on pace to invest more than $1 billion across the Valley, and we are proud to expand this legacy to Moore County.”
TVA sees a bright future for solar fueling the region’s economy and has increased its contracted solar capacity by 60% since October 2020.
“Duck River is honored to serve as Jack Daniel’s trusted energy provider,” said Scott Spence, DREMC president and CEO. “We have witnessed great things happen over the years through Jack Daniel’s investment in the Metro Lynchburg, Moore County community, and this is no exception. Duck River is thrilled to be a part of this project.”
Thank a Lineworker on April 12
If you were asked to associate an image or a person with your local electric co-op, chances are you would picture a lineworker. One of the most visible employees of the utility industry, lineworkers work tirelessly to ensure your community receives uninterrupted power 24/7.
“Lineworker” is listed as one of the top 10 most dangerous jobs in the U.S. This is understandable as they perform detailed tasks near high-voltage power lines. Regardless of the time of day, having to brave stormy weather and other challenging conditions, lineworkers must climb 40 feet in the air, often carrying heaving equipment to get the job done.
Being a lineworker is not a glamorous or easy profession. It takes years of specialized training, ongoing education, dedication, and equally important, a sense of service and commitment. How else can you explain the willingness to leave the comfort of your home to tackle a challenging job in difficult conditions, when most are sheltering comfortably at home? This dedication and sense of service to the community is truly what sets them apart. That’s why the U.S. Senate set aside the second Monday in April to celebrate and recognize the men and women who work around the clock to keep the lights on.
While lineworkers may be the most visible employees at your local co-op, it’s important to note that there is a team of highly skilled professionals working behind the scenes. Engineers provide ongoing expertise and guidance on the operations side of the co-op. Member service representatives are always standing by to take calls and questions. Information technology (IT) experts are continuously monitoring systems to help safeguard sensitive data. And these are just a few of the folks who work together to ensure your co-op can deliver the service and reliability you expect and deserve. Without them, our lineworkers wouldn’t be able to “bring the light” to our community.
Lineworkers tend to be reluctant spokespeople, but and they deserve all the appreciation and accolades that come their way on Lineworker Appreciation Day.
On April 12 – and any time you see a lineworker – join us in thanking them for their exceptional service. And remember that you have a dedicated team of professionals working behind the scenes at your co-op whose commitment to service runs just as deep.
Congressman Kustoff Visits Gibson EMC
Congressman David Kustoff met with Gibson Electric Membership Corporation management Thursday, April 8. During the visit, Kustoff gave a Washington legislative update and asked questions about Gibson EMC’s broadband subsidiary, Gibson Connect.
“We really appreciate the information Congressman Kustoff shared with us and we are grateful for the work he is doing to help Gibson EMC and other electric cooperatives provide high-speed internet service to our member-owners and communities,” said Dan Rodamaker, President and CEO of Gibson EMC and Gibson Connect. “His discussion with us demonstrated a keen understanding of the importance of broadband to rural west Tennessee and a sincere concern for those we serve.”
Gibson EMC formed Gibson Connect in 2017 when the Tennessee Broadband Accessibility Act was passed, allowing cooperatives to provide and sell internet directly to their member-owners.
“Since then, we have worked diligently to build our fiber network and provide access to our eligible members,” Rodamaker said. “Thanks to Congressman Kustoff and others in our state and federal government who have provided support, Gibson EMC has applied for and been awarded $7.5 million in state construction grants,” he said. “This is extremely important to all of our members because it will enable us to provide access to this essential service more affordably.”
Your Spring Safety and Maintenance Checklist
With nicer weather here and the hot days of summer just a few weeks away, now is a great time to take a look around the outside of your home to identify electrical safety hazards. Winter can be tough on your home’s exterior. It’s better to make repairs now before you and your family begin spending more time outside this summer. Here are a few things to check.
Inspect exterior outlets and switches
Look for visible damage to exterior receptacles and switches. Be on the lookout for discolored receptacles, which could be a sign of faulty wiring. Replace old outlets with GFCI outlets to reduce the risk of electrical shock, and be sure that any exterior outlets have covers to protect them from the elements. For receptacles near lakes, pools or hot tubs, take extra care to be sure that GFCI outlets are used and that equipment is properly grounded. Call an expert if you have any questions.
Check exterior lighting fixtures
Did winter storms damage your exterior light fixtures? Look for visible damage, and replace any bulbs that are not working. Replacing light fixtures can be a DIY job, but it could also be dangerous if you don’t know what you are doing. Consider hiring a professional if you’re not sure.
Clear space around exterior equipment
Be sure that plants and shrubs have not grown too close to heating and cooling equipment, which needs proper clearance for air to circulate properly. Also, be sure that exterior fixtures like electric and gas meters and underground transformers can be easily accessed. Look for vegetation that has grown into overhead power lines. Never trim trees or shrubs near power lines. Contact your local electric co-op for assistance.
Clean vents and filters
Check exterior HVAC equipment for dust and debris on coils and around vents. Follow the manufacturer’s instructions to clean them, or hire a professional. Also be sure that dryer vents are clear of lint or other debris.
These simple tips can ensure that your family is safe when warm weather returns.
Plant trees to save energy
When homeowners look for opportunities to improve efficiency, they frequently look inside. You should also consider how projects outside your home can impact energy use. Spring landscape projects can have a major impact on your home’s efficiency.
According to the U.S. Department of Energy, shading your home is the most cost-effective way to reduce heat gain from the sun and reduce your air conditioning costs in the summer. Having more plants and trees in your yard can reduce the air temperature by up to 6 degrees.
Planting deciduous trees on the south, southwest and west sides of your home can cut heating during hot summer months while allowing sunlight through during the fall and winter when the trees have lost their leaves. When planting trees, consider the expected shape and height of the mature trees and where they will shade your home. A tree with a high mature height planted on the south side of a home, for example, will provide all-day roof shading in the summer while a shorter tree to the west can protect your home from the lower afternoon sun.
If your home is in an open area without many structures around it, cold winter winds can increase your heating bills. A windbreak on your property can help deflect these winds over your home. The most common type of windbreak uses a combination of evergreen trees and shrubs to block wind from the ground to the top of your home. For the best windbreak effect, plant these features on the north and northwest sides of your home at a distance of between two and five times the height of the mature trees. Incorporating a wall or fence can further assist with the wind break.
There are a few safety tips to consider when planting trees. Contact your local electric co-op before planting trees near power lines. We can recommend safe planting distances based on the type of tree. You should also call 811 before digging to avoid underground utilities on your property.
The goal of most lawn and garden projects is to bring beauty to your outdoor space, but a well-designed project can also improve your energy bill and increase the overall value of your home.
MLEC is Committed to Community (Development)
Meriwether Lewis Electric Cooperative puts Co-op Principle Number 7, Concern for Community, in practice by supporting local organizations. A $3,000 contribution was presented to the Hickman County Economic and Community Development Association to help with the efforts in promoting and building a strong county. From left, MLEC President and CEO Keith Carnahan, MLEC Directors Johnnie Ruth Elrod and Dr. Zack Hutchens, HCECDA Executive Director Brenda Brock, MLEC Director Wayne Qualls and District Manager Matthew Chessor.
Tennessee co-ops receive $5.3 million to expand rural broadband
Nashville – Today the Tennessee Department of Economic and Community Development announced that five Tennessee electric co-ops will receive a total of $5.3 million to expand access to broadband in rural Tennessee. Now in its fourth year, the Tennessee Broadband Accessibility Grant Fund has invested more than $100 million in state and federal dollars to bring fast and reliable internet access to all Tennesseans.
“Every Tennessean should have access to the same high-speed broadband, no matter what ZIP code they live in,” said Gov. Bill Lee. “Our continued investment in internet connectivity will help level the playing field for rural communities across our state, and I thank these 13 providers for partnering with us to help nearly 18,000 more Tennesseans get connected.”
Since the Broadband Accessibility Act passed in 2017, 14 of Tennessee’s 23 electric co-ops have launched broadband projects.
“Broadband access is an essential service for families and businesses alike, and that is just as true on the farm as it is on Main Street,” said Mike Knotts, vice president of government relations with the Tennessee Electric Cooperative Association. “We appreciate Gov. Lee and ECD Commissioner Bob Rolfe’s commitment to bring high-speed connectivity to rural Tennessee, and we are honored that they have once again turned to co-ops to get the job done.”
Electric co-ops and their partners receiving grants are:
Electric Highway Coalition to develop DC fast charger network
KNOXVILLE, Tenn. – Six major utilities today announced a plan to ensure that electric vehicle drivers have access to a seamless network of charging stations connecting major highway systems from the Atlantic Coast, through the Midwest and South, and into the Gulf and Central Plains regions.
The Electric Highway Coalition – made up of American Electric Power, Dominion Energy, Duke Energy, Entergy Corp., Southern Co., and the Tennessee Valley Authority – announced a plan to enable EV drivers seamless travel across major regions of the country through a network of DC fast chargers for EVs. The companies are each taking steps to provide EV charging solutions within their service territories. This represents an unprecedented effort to offer convenient EV charging options across different company territories and allow EV travel without interruption.
The Edison Electric Institute estimates 18 million EVs will be on U.S. roads by 2030. While many drivers recognize the benefits of driving an EV, such as the ease of low-cost home charging, some are concerned with the availability of charging stations during long road trips. With efforts like the Electric Highway Coalition, electric companies are demonstrating to customers that EVs are a smart choice for driving around town as well as traveling long distances.
This effort will provide drivers with effective, efficient, and convenient charging options that enable long distance EV travel. Sites along major highway routes with easy highway access and amenities for travelers are being considered as coalition members work to determine final charging station locations. Charging stations will provide DC fast chargers that are capable of getting drivers back on the road in approximately 20-30 minutes.
“TVA and the local power companies we serve are focused on being innovative transportation leaders, and we’re pleased to collaborate with neighboring utilities such as American Electric Power, Dominion Energy, Duke Energy, Entergy Corp. and Southern Company on this initiative,” said Jeff Lyash, TVA president and CEO. “Together, we can power the electric road trip of tomorrow by ensuring seamless travel across a large region of the U.S. This is one of many strategic partnerships that TVA is building to increase the number of electric vehicles to well over 200,000 in the Tennessee Valley by 2028.”
Lyash believes that electrifying transportation can spur the same innovative transformation that electrifying the Tennessee Valley did back when TVA was founded. He said, “EV adoption will spur jobs and economic investment in the region, keep refueling dollars in the local economy, reduce the region’s largest source of carbon emissions, and save drivers and businesses money.”
TVA is leading the charge to increase EV adoption in its seven-state service area with the recently announced EV Initiative, which is based on building partnerships with LPCs, state agencies and other organizations. TVA is making investments and coordinating partner funding that could bring up to $40 million in programs to support EV adoption in the next five years. This initiative is a multi-year plan to accelerate the electrification of transportation through programs to reduce or eliminate the market barriers that currently prevent more people from choosing EVs. By addressing the barriers to EV adoption, the anticipated outcome is:
This announcement comes on the heels of the recently announced partnership between TVA and the Tennessee Department of Environment and Conservation to develop and fund a fast charging network across the interstates and major highways of Tennessee. TVA plans to work with state agencies in other states to develop a fast charging network across the Tennessee Valley.
“Tennessee is on the forefront of the electric vehicle revolution thanks to its robust automotive manufacturing sector, supply chain capabilities, its highly trained workforce and its commitment to developing a reliable, fast-charging network,” said TDEC Commissioner David Salyers. “TVA’s participation in this coalition is a critical step in ensuring Tennessee’s fast charging network connects regionally and nationally, providing efficient transportation for future travelers while improving air quality in our state.”
The Electric Highway Coalition welcomes interested utilities to join as it seeks to extend the reach of network. Additionally, it supports, and looks forward to working with, other regional utility transportation corridor electrification initiatives.
Prepare now for Spring storms
Spring officially begins on Saturday, March 20. Along with warmer weather and longer days, spring often brings strong storms to Tennessee. Here are some tips from the American Red Cross to help your family be better prepared for spring weather.
Make a Plan
Develop a plan to help your family respond to disasters. Discuss how to prepare and respond to emergencies that are most likely to happen where you live, learn, work and play. Identify responsibilities for each member of your household and plan to work together as a team. Know where you and your family will shelter during severe weather. Identify a basement, storm shelter or an inner hallway or closet that can provide protection during storms.
Get Educated
Know the difference between storm watches and warnings. A watch means that bad weather is possible. A warning means that bad weather is occurring, and you should seek shelter. Conditions following a storm can be hazardous. Stay away from downed power lines and call your local co-op or 911.
Have a Kit
Take time now to organize the basic supplies you will need during a disaster. Basic kits should include food, water, medicine, a flashlight, battery powered radio and extra batteries, first aid kit, medicine, cell phone and charger. A full list of items to include in your kit can be found at redcross.org.
Prepare for Power Outages
Despite our best efforts, strong storms can create extended power outages. Battery-operated flashlights and lanterns can provide light and are safer than candles. Keep your refrigerator and freezer doors closed as much as possible. If you plan to use a generator, have an electrician properly install it to keep you, your family and first responders safe.
Driving Change
In the 30 years that I’ve worked in the electric utility industry, I’ve seen a lot of changes — advancements in technologies, breakthroughs in science and trends that drive our decision-making. The electric utility industry is extremely complex. It’s also “capital intensive,” which is a fancy way of saying it takes a lot of money to build substations and transformers and maintain operations. We are constantly planning and revising those plans.
As we maintain what we’ve built, we are also at the forefront of research and development. Keeping up with the direction that science and technology are taking us isn’t easy and requires constant attention. And as Ferris Bueller once said, “Life moves pretty fast. If you don’t stop and look around once in a while, you could miss it.”
Let’s look at one trend that is driving the changes tomorrow will bring. Electric vehicles (EVs) have been around for more than 100 years. With each new model, battery life and distance increase. As technology improves, EVs become more affordable.
Though we quickly think of Tesla when it comes to electric vehicles, we’d be wrong to believe it’s the only player in the game.
General Motors plans to end production of all diesel- and gasoline-powered cars, trucks and SUVs by 2035. Ford is producing an electric F-150 truck in 2022 and planning to invest $22 billion in electric vehicle development in the next five years.
Toyota recently announced that by 2025, 40 percent of new U.S. vehicle sales will be electric models (hybrids, plug-in hybrids and EVs). By 2030, Toyota expects that nearly 70 percent of its sales will be electric.
Closer to home is Volkswagen’s investment here in Tennessee. The worldwide automaker plans to expand its Chattanooga plant to build the next generation of its electric vehicles. The investment of about $800 million will allow VW to produce a low-cost electric vehicle for the U.S. market beginning next year.
The importance of this trend: Those manufacturers account for 50 percent of all North American new car sales.
Powering those electric vehicles will require a network of convenient fueling locations. “Range anxiety” is a real concern, and knowing that a charging station is nearby will help spur acceptance of electric vehicles, making them more viable options.
Our state is meeting that challenge head on. Last month, the Tennessee Valley Authority and Tennessee Department of Environment and Conservation (TDEC) announced they are developing a statewide electric vehicle fast-charging network.
With other sources, TVA and TDEC will lead the way in funding the $20 million cost. The project will create a network of fast-charging stations every 50 miles along Tennessee’s interstates and major highways, tripling the existing network.
“Innovative partnerships with state agencies like TDEC and our local power companies are essential in developing one of the nation’s most comprehensive EV fast-charging networks, starting in Tennessee,” TVA President and CEO Jeff Lyash said.
Tennessee Gov. Bill Lee said, “This investment in electric vehicle charging infrastructure is a monumental step forward, and I’m proud that Tennessee is leading in this important effort.”
All of these changes happening today will require adjustment by your electric cooperative to meet this new use of electricity tomorrow — on the road and at your home. And it’s a good change. Electric vehicle adoption will lead to a cleaner environment by lowering carbon emissions. It will keep refueling dollars in the local economy and create jobs and economic investment.
That’s a win for all of us.
Three Electrifying Kitchen Appliances to Save Time and Energy
Whether your oven and stove top are powered by gas or electricity, it’s no secret that they consume more energy than smaller countertop appliances, like slow cookers and toaster ovens. In addition to efficiency, smaller kitchen appliances can provide faster cooking times and less hassle with cleanup.
If you’re looking for convenient cooking methods with the added bonus of energy efficiency, here are three electrifying appliances for your kitchen:
Air fryers circulate hot air (convection) to cook the food. This means little to no oil is required, resulting in healthier meals than those from traditional fryers. Photo Credit: Hamilton Beach (Attribution required.)
Air fryers are becoming increasingly popular, and consumers have a lot of good things to say about these handy little appliances. Air fryers use convection to circulate hot air and cook the food––this means little to no oil is required, resulting in healthier meals than those from traditional fryers. Air fryers are fairly small, so they won’t take up much of your counter space, and with everything cooked in the fryer, cleanup will be a breeze. Air fryers are available in a variety of sizes, and prices range from $40 to $200+.
These are just a few electrifying appliance options for your kitchen. Remember, when you’re cooking a smaller meal, countertop appliances can save time and energy. To learn about additional ways to save energy at home, contact your local co-op.