Fiber cable is a network communication cable that is made up of strands of glass fiber inside an insulating casing, which is designed for long distance, high performance data networking, and telecommunications.
A power outage can be harmful to the technology and appliances located in your home. Though the lack of power does not damage electronic devices, the sudden absence of it and the hard shutdown of devices can cause irreparable damage and the inability to restart technology such as desktop computers, gaming systems, refrigerators, and other devices and appliances located inside the home. However, by following important preparations before, during, and after a power outage, you can better protect your technology from damage during a sudden outage or surge.
Transformers are primarily used to change voltages to serve different functions within the electrical system. Two types of transformers include power transformers and distribution transformers. Several distinct characteristics separate power transformers from distribution transformers, with the main differences dependent on specific features like the type of network used, location of installation, and voltage capacity.
Chances are you already know some of the basics about fiber optics: cables made of strands of glass or plastic thinner than a human hair. Information traveling on beams of light ten times faster than with traditional copper wiring. Incredible bandwidth over long distances without interference. While it may sound like science fiction fantasy, fiber optics has quickly become the backbone of the telecommunications world.
Solar panels are quickly growing in popularity across the globe. Powered by a renewable resource (the sun), solar panels provide a limitless supply of energy with lower electricity costs, leave a minimal carbon footprint, and run everything requiring electricity in your home with top performance.
In the event of a power outage, portable generators can come in handy. A well-maintained portable generator allows you to continue to have enough electricity in your home to run critical appliances, get water, and charge your cell phone during blackouts. Though generators are great in an emergency, Critter Guard’s Line Guard and Pole Guard can help limit the need for them by helping to prevent critter-induced outages.
An electrical grid is a sophisticated yet fascinating and essential system in our daily lives. The electric grid connects and distributes power to many towns and cities miles away from one another. Many things happen behind the scenes to bring forth the electricity in people's homes, businesses, and companies, yet many people don’t usually think much about the electrical grid until a power outage occurs. The electrical grid consists of various parts and systems and keeping these systems functioning properly is important to our everyday lives.
Automated power systems are a powerful and increasingly prevalent way to control and manage important power services. These systems are vital to keeping electricity flowing throughout homes and businesses. Any damage done to them could be harmful to day to day life and cost a lot of money for repairs in the process. Critter Guard’s Line Guard and Pole Guard can help protect these systems and prevent outages in your area.
In order to ensure that using electricity will continue to be possible, it is important to explore forms of electricity created by renewable resources. Sustainable energy from the sun, wind, and other natural sources produce power and protect the earth by producing significantly less air pollution than fossil fuel. With electricity being produced, no matter what form, delivering that power to people and companies across the world is important. Critter Guard’s Line Guard and Pole Guard help protect against outages caused by wild animals.
The smart grid is the future hope of delivering energy to consumers. It holds the potential for two-way communication, monitoring and analysis with features that include automatic adjustments, and the optimization of power delivery with minimal outages, shorter recovery times and the ability to reroute power to where it is needed most. With the help of Critter Guard’s Line Guard and Pole Guard, outages would be few and far between.
Power system automation is the act of using computers and intelligent electronic devices (IEDs) to generate and deliver power. The automated system inside the substation receives various forms of input and uses those to monitor and control the power delivery system. Power system automation controls functioning and supervision responsibilities in the same way that an operator would.
There are many factors that determine the lifespan of a transformer and its ability to efficiently deliver electricity to its customers. The quality of the product, as well as the standard of care given to the transformer, will both affect whether a transformer will produce expected results or if it will have to be replaced earlier than expected, leading to increased costs to the customer. Proper maintenance, compliance with transformer ratings, and protection from outside elements, including from squirrel and rodent damage, are all important parts of ensuring you get the maximum lifespan out of a transformer.
Smart devices and the Internet of Things have been popular the past few years, but how does a smart meter differ from the older-style meters still in use in most places? A smart meter is a digital device without any moving parts that records electric energy consumption just like an older-style meter; however, it communicates monitoring and billing information directly to the electric utility company. Smart meters record energy consumption hourly, if not more frequently, and typically send daily reports that can be very helpful in locating the source of problems, such as a blown transformer or damaged components by critters. Additionally, smart meters allow two-way communication between the meter and the central utility company system. Collectively, the meter and system are referred to as advanced metering infrastructure (AMI). The meter communicates either wirelessly or via a fixed-wire connection.
Power companies must consider a lot to ensure the successful, consistent operation of an electrical grid, and transmission lines are just one part of that system. Power transmission lines are used for electricity to be transported from generation sources (such as wind or solar farms, coal, or natural gas power plants) to its destination (like your home or business). They must meet technical specifications that obey the laws of physics as well as deal with what nature throws at them, whether it be lightning strikes or critters bent on chewing through that wire. Various strategies can be implemented to minimize such risks to service continuity, but why are components, specifically transmission lines, so important?
Keeping squirrels and rodents from damaging your power lines is a top priority for Critter Guard, but these pests are not the only thing to worry about when it comes to keeping the power on. Heavy rainfall, high-speed winds, and debris caused by major weather events can also wreak havoc on a power system. Maintaining the grid calls for regular inspection of potentially damaged equipment to ensure its continued integrity. In recent years, drones have become a safe and cost-effective way of inspecting the grid.
Most people have probably stopped noticing overhead power lines a long time ago; they just feel part of the landscape now. But have you ever wondered why our power lines are up there in the first place? Sure, they're out of the way, but the same would be true if we put them in underground conduits, so why do we still send them skywards?
When you think of electric power lines, you probably envision overhead lines. Held up by utility poles, they're such a part of your life that you probably don't notice them until one goes down. However, while overhead lines get the job done, there areas of improvement to see our power delivered, not from above, but from below ground. This process of burying power lines is called undergrounding. While it is not the norm now, it is becoming more common.
Transmission lines are a vital component in the modern electric system. But what are these lines? How do they work? And what measures help ensure they keep working? The Critter Guard team works with transmission lines every day, with intelligently-designed line- and pole-protecting systems to help prevent rodent damage to the lines, which can cause power outages. We know these lines are crucial and to not overlook them until it's too late.
When everything is going right, all power is on, and no electric lines are tampered from meddling squirrels, electricity can flow and power your electrical devices. Your electronics are important to you, so protect them with a good surge protector. When it comes to buying a surge protector, here are some things you should know.
Throughout the nation, local electric companies have substations positioned throughout their service areas. An electrical substation is a group of electrical equipment within an electrical network that safely delivers electricity to customers within a given area. Key components found in a substation include electrical power transformers, instrument transformers, busbars, and other components. These key components are essential for maintaining and delivering electricity to customers linked to the substation. They are easily damaged though, especially from clawing, chewing squirrels, so it is important to protect them and keep critters at bay.