federal and state EV credits

Federal and State EV Rebates

Federal and State EV rebates are now available. The Electric Vehicle rebates beginning in 2023 are in hopes to encourage drivers to transition from fossil fuels to electric vehicles. Last year, “10.5% of all new vehicles sold in Colorado were electric,” says Carrie Atiyeh with the Colorado Energy Office. Colorado has set a goal of putting 940,000 EVs in service by 2030. Currently, only 73,000 EVs are being driven. In 2023, you ‘re eligible for a $2,000 state tax credit when purchasing a new EV or $1,500 when leasing (2-year minimum).

Federal Tax Credits

1. The Federal Alternative Fuel Infrastructure Tax Credit offers consumers who purchase qualified residential fueling equipment between January 1, 2023, and December 31, 2032, a tax credit of up to $1,000.

Fueling station owners who install qualified equipment at multiple sites are allowed to use the credit towards each location. Unused credits that qualify as general business tax credits, as defined by the Internal Revenue Service (IRS), may be carried backward one year and carried forward 20 years. For more information about claiming the credit, see IRS Form 8911, which is available on the IRS Forms and Publications website.

2. Federal Electric Vehicle Tax Credits offer rebates for new and used electric vehicle purchases.

For New EVs

· Up to $7,500 tax credit

· $3,750 if the vehicle has battery components that are manufactured or assembled in North America (listed here: https://afdc.energy.gov/laws/inflation-reduction-act)

· Another $3,750 if the vehicle has critical minerals that were extracted or processed in the U.S. or countries with which the U.S. has a free trade agreement, or use critical minerals that were recycled in North America.

For Used EVs

· $4,000 or up to 30% of the vehicle price (whichever is lower)

· Only eligible for vehicles under $25,000, at least 2 years old, purchased from a dealer

· Income caps for consumers: $75,000 for single filers, $112,500 for head of household and $150,000 for joint filers.

Complete details can be found on the IRS website.

Colorado Tax Credits

· $2,000 credit received with state income tax refund for EV or PHEV — may be applied at purchase with many electric vehicle manufacturers

· $1,500 for 2-year minimum leases

· Unused tax credit can be rolled forward to future years

· For additional details, please visit Colorado FYI Income 69.

Denver Tax Credits

Denver is also offering Tax Credits Towards EV Chargers:

· Individuals/Residents a tax credit of up to $1,000 per unit (or 30% of cost) for EV Charging Equipment

· Equipment must be installed in a low-income community or non-urban area

· To learn more and apply visit the City of Denver’s EV page.

High West Electric is the preferred choice for the installation of electric vehicle charging systems for your home, business, work places, vacation homes, and any other place where you will be plugging in electric vehicles on a regular basis. We can help you navigate all EV rebates available to maximize the return on your investment.

High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. Visit our website to learn more.

The history of electric vehicles

The History Of Electric Vehicles 

The history of electric vehicles is a long and interesting one. Believe it or not, electric vehicles have been around for more than a century! After serious health concerns over the unsanitary conditions brought on by so many horse carriages (New York City had about 150,000 in 1890, which produced 2.9 million pounds of manure daily), alternative vehicles were conceived to address the issue of cleaner transport. Thus, the electric vehicle was born!

The History

First designed by Robert Anderson in the 1830s, a Scottish inventor, his particular versions never progressed beyond prototypes due to the technological limitations of batteries, as they couldn’t be recharged. It took about three decades for electric car batteries to get upgraded, and in 1881, battery-operated buses started ferrying passengers in Paris, Berlin, London, and New York. And just a few years later, Iowa chemist William Morrison patented his electric carriage, which traveled nearly 50 miles on one charge at a top speed of 20 mph. In fact, by 1897, the top-selling car in the U.S. was battery-powered, though electric vehicles wouldn’t dominate the market for much longer. Still, by 1900, about one-third of all the cars in America were electric due to their easy drivability, noiseless motor, and notable lack of emissions.

The Preferred Vehicle

While the electric car was largely affordable to anyone of means in the early 20th century, a good number of models were specifically marketed to women. Referred to as “ladies cars,” it was propagandized that they were far less difficult to drive than gas or steam-powered vehicles (early ads suggested that women could tend to errands or social events without dirtying any attire.) Such attributes made this alternative vehicle the preferred choice of five First Ladies and even Henry Ford’s wife, Clara (she drove a Detroit Electric and purchased a new model every two years).

Now, the electric vehicle is making a massive comeback as a cleaner, more reliable alternative to the gas-powered car. So there you have it, the history of electric vehicles In Denver there are many rebates available for those who choose electric vehicles, a topic we will be covering in next month’s blog.

High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. Visit our website to learn more.

Electrical contractors, Denver CO

End Of Year Message

To Our Clients and Partnerships (both new and old),

As the end of the year draws near, we want to thank all of you for an amazing year. The success of High West Electric is based on the relationships we have built over the years, and we really wouldn’t be where we are without you. Over this past year, we have added staff, partnerships, and new clients. We are grateful for the opportunity to work with, you and for you. Our passion for helping our clients with all of their electrical needs to the fullest remains strong.

This year has been filled with a multitude of both challenges and victories. Every year is different but this one has been filled with challenges, success, and celebrations. It has been reassuring to see how our team has risen to meet every roadblock, while always looking out for all our Clients.

No matter the economic climate, we have persevered as a team and come out stronger. Often, we find our greatest successes in the most surprising places. We are sure it has been the same for you.

As the end of the year approaches, we are so excited about what 2023 has in store for us – enthusiasm and anticipation are building around our plans for growth. Stay tuned for more details in the new year.

Working together this past year has been a pleasure and we’re proud to have you all with us. Best wishes and happiness to you and your families over the holiday season. We look forward to a successful 2023 working together!

From the entire team at High West Electric

High West Electric is based in Denver, CO and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. Visit our website to learn more.

smart home technology

Save Money With Smart Home Technology

This blog will discuss how smart home technology can save you money and be a selling point if you are considering selling. You often judge a house by its looks. But guess what? Now you can also judge it by its IQ. Think smart thermostats, smart lighting, and app-controlled security systems. Smart home technology can up your relevance factor, make homes easier to operate, and save you money!

 A Home’s Technology Matter

Imagine this. You walk into your home and motion-activated lighting automatically turns on as you enter. A smart thermostat adjusts the temperature for ultimate comfort and savings once it senses you are back home. The window blinds are adjusted based on the sun’s direction. And the smart speaker is telling you about your home’s features. Impressive, right?

Four in 10 Americans have bought a smart home device since the COVID-19 outbreak and are more interested in smart home technology, according to a 2020 REALTOR.com study.

 Increasing Marketability with Smart Technology

Consumers between 18 and 34 said they would pay more for homes with home theaters, smart speakers in every room, and connected kitchens, according to the same REALTOR.com study. In the 25 to 54 age group, consumers said they’d pay more for generators and EV charging stations. And for those 55 and older, solar roof tiles, smart doorbells, and security systems would be worth extra money.

You can easily add smart home technology to modernize an older home and help it compete with newer ones. After all, many homebuilders offer smart home packages to outfit new homes with smart thermostats, app-controlled garage doors, smart lighting, door locks, and video security systems.

Smart home technology investments can range from $20 for adding smart lightbulbs to $20,000 or more for automated solutions that connect systems in one hub for an entire house. For $1,500, you can outfit your home with multiple systems like a smart speaker, smart lighting, and a smart thermostat to increase the home’s smart tech appeal. For about $5,500, homeowners could automate the lights, door locks, and thermostat, and install a smart speaker, hub, and smart plugs in three rooms.

Save On Your Energy Bills

The average home spends at least $2,000 annually on energy bills. By switching to energy-efficient appliances, equipment and lighting, that number can be cut by 1/3.

Smart thermostats are great for big savings. Close to half of a typical energy bill is spent on heating and cooling. Having a thermostat that knows your schedule, and adjusts the temperature when you’re home or away, is an easy way to save money. With Nest, for example, you can also check your energy usage and adjust the temperature remotely, from your smartphone.

Smart lights & lightbulbs are more energy efficient and can be set to timers and motion sensors. For example, when you enter a room, the lights can be programmed to detect your presence and turn on to greet you. And when you leave, the lights will automatically shut off. Using bulbs that are energy efficient and installing automatic dimmers, will also add help save money and energy.

Regardless of how extensive your devices are, using smart devices will save you real money but you must ensure your home’s electricity is equipped to handle additional devices.

That’s where we come in! We offer free assessments that will let you know what your electric system can handle. If you need an upgrade, no problem, we have you covered! We can also recommend and install many of these smart technologies.

High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. We offer free estimates. Visit our website to learn more.

Hiring an electrician

5 Questions You Should Ask Before Hiring An Electrician?

Admit it, you tried a DIY project and it’s now time to wave the white flag and hire a professional. We get it, but there are 5 questions you should ask prior to hiring an electrician to complete your project.

1.What Is Their Experience Level?

Before hiring an electrician, be sure to ask about their experience. How long have they been in business? What kinds of projects do they typically work on? Are they more experienced with residential or commercial, and based on that response, do they have experience with the type of project you’re looking to have completed?

Asking about an electrician’s experience will help you gauge whether they’re the right person for the job. Make sure the electrician has the experience necessary to complete your project.

2. Are They Licensed?

It goes without saying but there are so many risks associated with hiring an unlicensed electrician to perform work on your home or business. Licensed electricians will have the proper training and knowledge to do the job right.

In addition, an insured electrician will have coverage in the case of injuries or damage that may occur while working on your project. They will also be up-to-date on the latest codes and safety standards.

3. How Much Will The Job Cost?

Get an estimate for the project to ensure it is within your budget. Most electricians offer estimates at no cost to you.

What is their hourly rate? How many hours do they think the job will take? Do they charge a flat rate or by the job? It’s important to ask these questions upfront so there are no surprises later on. We recommend getting at least three estimates from three different electricians before hiring someone for a job.

4. Do They Offer A Warranty?

Be sure to ask if they offer a warranty. This will ensure that you are protected if something goes wrong with the work they have done.

If their work is covered by a warranty, it tells you that they stand behind their quality of work. It also eliminates any stress of additional costs after the service. Be sure to ask about the length of the warranty or guarantee, as well as what it covers.

5. Do They Have Examples of Their Work?

This includes both the quality of their work and their customer service. Ask to see pictures, references, and reviews. With this information, you can get a great idea of the electrician’s quality of work. Don’t be afraid to ask questions. A professional electrician will take the time to listen to your concerns. And they will professionally address them.

High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. We offer free estimates. Visit our website to learn more.

watts and lumens

Watts Versus Lumens

We often get asked the difference between watts versus lumens. There have been some major changes in lighting in recent years due to the introduction of energy-efficient CFL and LED bulbs. Incandescent bulbs are becoming a thing of the past, as both their energy-hogging habits and their “wattage” rating become obsolete. In place of them are high-efficiency bulbs with a much more accurate “lumens” rating. This blog will help you understand the differences and navigate the changes.

Watts

A watt is a unit of power, measuring the amount of energy that is used over a period of time. When talking about bulbs, a watt measures how much electricity the bulb requires per second. This is not an indicator of how bright the bulb is, but the old-school incandescent bulbs are so similar that when we bought a 100-watt incandescent light bulb, we had a general idea of how bright it would be.

With newer types of bulbs, it takes far fewer watts to create just as much light, so wattage ratings are no longer very useful. Each type of bulb is different, and the whole idea is to develop bulbs that use fewer watts to make more light.

Lumens

Lumens determine how much light a bulb will provide. A lumen is the direct measurement of light output. The number of lumens can tell you the degree of brightness, regardless of whether it is emitted from an incandescent, halogen, or energy-efficient LED bulb.

One lumen is approximately equal to the amount of light put out by one birthday candle. To help you get an idea of the lumen scale, a standard 60-watt bulb puts out around 750-850 lumens of light. If you’re choosing bulbs for task lighting, look for bulbs with 1000 lumens or more. Under the new system, when shopping for a light bulb, you should first look for the bulbs that produce the number of lumens you need. Once you know the right brightness, you can then look at the lumens-per-watt rating to find the bulb that’s the most energy efficient. Note: lumens-per-watt rating is an average since light bulbs become less efficient over time.

Selecting The Brightness Of LED Lights

Until you’re more comfortable using lumens to gauge how much light a bulb will produce, use these guide:

40W = 450 lumens

60W = 800 lumens

75W = 1100 lumens

100W = 1600 lumens

150W = 2600 lumens

High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. We offer free estimates. Visit our website to learn more.

 

 

circuit breaker trip

What Causes Circuit Breakers to Trip

What causes circuit breakers to trip…a question we are asked regularly. Your circuit breaker has the important task of disrupting electricity to prevent shocks, fires, and other disasters—but sometimes it’s not clear as to what causes a circuit breaker to trip.

Circuit breakers protect your home’s electrical system by cutting off the flow of electricity to a circuit whenever problems occur. You might see a breaker trip if you have too many appliances or electronics plugged in, or there could be an electrical issue at hand. If you’re not sure why yours keeps tripping, here are a few common reasons to consider.

Possible Causes of a Circuit Breaker Tripping

There are many reasons why a circuit breaker trips, but the most common ones are circuit overloads, ground fault surges, and short circuits. Below is a breakdown of the signs and symptoms of each.

Circuit Overload

Circuit overloads are the most common reason that a breaker trips. Sometimes you want to microwave, blow-dry your hair and you finally convinced your kids to vacuum, all at the same time. Certain appliances can trip circuit breakers, so check out what you plugged in.

Your electrical wires have a finite capacity for electricity and can only handle a certain flow. When that load gets exceeded, your breaker will cut it off. This prevents the wires from heating to a dangerous level, potentially causing an electrical fire.

Ground Fault Surge

A ground fault is a specific type of fault where the flow of electricity goes astray and gets redirected to the floor or earth. This happens when a “hot” wire contacts a grounding wire, or any grounded part of the system (such as the metal electrical box). When your circuit breaker detects the sudden surge in electrical flow, this will cause the breaker to trip.

If there’s someone standing on the ground where the electricity gets directed, there’s a high risk of electric shock—especially if the ground is damp. This is also a common reason why your circuit breaker trips randomly. Should you suspect a ground fault, contact the professionals at High West Electric to investigate the issue.

Short Circuit

A short circuit happens when a hot or active electrical wire and a neutral wire touch, causing a large amount of current to flow and overload the circuit. A short circuit should always cause a breaker to trip or a fuse to blow and may also cause sparks, popping sounds, or smoke.

It can be caused by issues like loose connections, a slipped wire, or even from damage caused by animals (mice or squirrels) chewing on wires. A short circuit can also be caused by a faulty electrical switch, receptacle, fixture, appliance, plug, or cord.

Do not try to trace the short circuit yourself. Short circuits can be dangerous due to the high temperatures from the current flow which can pose a fire hazard, if you think your home has an issue seek our professional assistance, especially if you can’t find the source.

How to Fix the Problem

Keep in mind that circuit breakers and fuses are safety devices for our protection when electrical malfunctions occur. Although, it may be frustrating when a circuit breaker trips or when a fuse blows, this action has served to protect us and our property. When troubleshooting or dealing with home electrical repairs, always take safety very seriously and never attempt to inspect or repair anything that you aren’t certain is safe.

If you suspect you have a faulty circuit breaker or need additional outlets installed contact a qualified electrician.  High West Electric is based in Denver, CO, and serves the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. We offer free estimates. Visit our website to learn more.

whole house fan

Benefits of a Whole House Fan

There are many benefits of a whole house fan; energy savings, fresher air, and easy installation to name a few. A whole house fan combined with ceiling fans and other circulating fans provide acceptable summer comfort for many families, eliminating or significantly reducing the need for air conditioning.

How Whole House Fans Work

A whole house fan is installed in the ceiling of the upper level of a home, so it is connected to the attic. A central location and good ventilation are all crucial to the successful operation of this system The whole house fan pulls air in from open windows and exhausts it through the attic and roof. It provides good attic ventilation in addition to whole house cooling. Whole house fans should provide houses with 3 to 6 air changes per hour and should only be installed by a professional to determine what is appropriate for your home.

 

Benefits of a Whole House Fan

Energy Savings

When using a modern whole house fan, most homeowners see their energy bill drop 50 to 90 percent. This is primarily due to the lower operating cost of the fan compared to an air conditioning unit.  Other home cooling systems can cost up to $5.00 to run each hour depending on the size of your home. Whole house fans operate for pennies per hour, offering an almost immediate return on investment!

Easy Installation

The cost of the fan itself is 10 times cheaper than a central air conditioning unit, not to mention the cost of the ductwork and installation labor and can be installed in less than a day. Whole house fans should only be installed by a professional to determine proper installation and size.

Fresher Air

Stagnant air is a breeding ground for viruses, germs, and other pollutants. Because a whole house fan draws in air through your home and then lets it out through the attic, your indoor air is considerably fresher. This helps combat viral spread, removes, and prevents odors, and provides excellent ventilation all around the house.

Extend The Life of Your AC

Just because you have central air conditioning does not mean you  can’t reap the benefits of a whole house fan A whole house fan, with proper home ventilation, can extend the lifespan of your air conditioning unit by reducing the strain of extended use. Running your AC less often means more cost savings too!

 

A whole house fan requires a qualified electrician.  High West Electric are expert whole house fan installers and are based in Denver, CO serving the entire metro area. Our customer service-based approach ensures that each client enjoys the process from installation to the end product – no matter the size of the job. Our goal is to be YOUR electrician and offer an experience that goes Beyond the Wires. We offer free estimates. Visit our website to learn more.

11 Tips to Lower Your Electricity Bill

electrician dangerous

Is Being an Electrician Dangerous?

Every job carries a little bit of danger, but some are worse than others. Because electricians work with high-voltage electricity that can harm or kill you, people assume that working as an electrician can be risky.

 

Let’s discuss if it’s dangerous to be an electrician.

 

Working as an electrician does come with its own set of risks. Common injuries for electricians include electrical shocks, falls, burns, and other minor injuries. A study done in 2017 showed that there were 8.4 deaths per 100,000 electricians for that year. For the same year, there were 15.9 deaths per 100,000 for groundskeepers, 24 deaths per 100,000 for farmers, and 34.9 deaths per 100,000 for garbage collectors.

 

Even though being an electrician isn’t a particularly hazardous job, there are some common accidents that occur. Because electricians need to perform work on rooftops or reach power lines, falling is one of the most common accidents for electricians.

 

While not as common, electrical shock and electrocution are two of the most serious injuries that can occur in this profession. Electrical shock happens when a sudden discharge of electricity runs through a part of the body. Complications can include severe burns, trouble breathing, and interrupted heart rhythm. The most severe cases of electrical shock are called electrocution, and they result in death.

 

Even though dealing with electricity is inherently treacherous, being an electrician doesn’t have to be. Over the years, being an electrician has become much safer than it used to be because of increased job safety and proper safety precautions. As long as appropriate safety precautions are observed, being an electrician isn’t any more dangerous than other professions. Jobs in the electrical industry are always in high demand across the country. So, if this article didn’t scare you away from the profession, maybe consider the profession.

 

If you are interested in learning more about a career as an electrician, please check out the Independent Electrical Contractors of the Rocky Mountains’ apprentice program: https://iecrm.org/faqs/