Ultimate Fireplace

Ultimate Fireplace

Ultimate Fireplace

Ultimate Fireplace – Electric fireplace inserts are a safe, energy efficient, low cost alternative to gas and traditional wood fireplaces. These electric units are available in three types and offer remarkably realistic flame effects. With multiple styles to choose from, here are some of the various things you need to know when considering an electric fireplace insert. Call Ted at Plano Texas Handyman 214-507-3415 or visit our website for more information on a Wall Mount Fireplace. Ultimate Fireplace.

Wall Mount FireplaceGastech Heating & Fireplace Calgary is an attractive addition to any home or office. Because it provides a mesmerizing bed of glowing embers with a realistic flame effect. Nearly all models include a gentle source of supplemental heat that can be operated independently of the flame. Because it is electric, it can simply be plugged into an electrical outlet and is ready for use. All of these types of fireplaces are safe to use because they are tested to make sure they meet UL standards and are thermostatically controlled.

Making the right choice for an electrical alternative to a traditional fireplace is of great importance when customers are deciding which model to select for their homes. A wall mount fireplace or a small electric fireplace can be the best choice for individuals who have limited space or want to add a modern touch to their home or office. Not only do they provide eye-catching designs, but they can also provide supplemental or zone heat when the weather turns cold. Ultimate Fireplace.

Accommodation For All Space And Budget Requirements

Electric Fireplacevisit our website for more information on a Wall Mount Fireplace. Ultimate Fireplace.


Center of a Room. Center of a Home.

Stacked Stone FireplaceStacked Stone Fireplace

Fireplaces are a natural gathering place, and are often not just the focal point of a room, but often the focal point of the entire home, proving a respite of warmth, conversation, and meditation from the outside world. Experts agree that renovating a tired, worn out, and outdated fireplace has the same return on investment as updating a kitchen or bathroom, but with a much smaller price tag. Natural stone veneer panels are an excellent choice for such a renovation because they are cost effective and incredibly easy to install. Call Ted at Plano Texas Handyman 214-507-3415 or visit our website for more information on a stacked stone fireplace for your home. Stacked Stone Fireplaces. Ultimate Fireplace.

The World’s Finest Corner Detail
Corners are one of the single most important details to choosing any stacked stone veneer for a fireplace. So we poured over every detail and concept for making the perfect corner. After carefully manufacturing and testing one iteration after another, we eventually concluded that – for a thin natural stacked stone veneer to “turn a corner” properly – it had to be crafted using “fingers” that seamlessly interlock…as if they were made that way in nature. There are other ways to finish a corner, such as using trim options, but after renovating tens of thousands of fireplaces we recommend you don’t settle for less than the finger joint system when it comes to this detail.

Color and Design Matter
Whether you’re envisioning a rustic, colonial, contemporary, modern, or Old World space, color and design add up to making your project look just right. Natural Stone Colors vary naturally, which is what makes it an authentic material to incorporate into projects. Our four colors, Ochre, Charcoal, White, and Ivory can be easily adapted into all color schemes and the clean lines of the product are equally well suited to all different types of design. Stacked Stone Fireplaces. Ultimate Fireplace.

Build it Right

Stacked Stone FireplaceStacked Stone Fireplace

Whether you’re renovating an old brick fireplace, or building one anew, our world-class customer service team will walk you through the right process for you. During a fireplace renovation, you tend to encounter more obstacles than if you are building new. For example, is your existing fireplace built from brick? Is it flat drywall? There are different ways to handle each of these conditions.

Hearth or No Hearth
One of the most common questions about fireplaces is whether or not to have a hearth. Many modern gas fireplaces that use Norstone do not have hearths, but many rustic fireplaces that we work on do. Be sure to peruse our galleries for projects that look like yours to get a better idea of whether or not this is right for you. Stacked Stone Fireplaces. Ultimate Fireplace.

Stone Veneer Fireplaces The Easy Way
Fireplace stone veneer allows you to achieve the look of a traditional stack stone fireplace without the thickness and weight of traditional full bed masonry veneer. Whether you just need a stacked stone fireplace surround or want the look to go floor to ceiling, our panel system is a cost and labor effective solution for fireplace stacked stone. Stacked Stone Fireplaces.

A Timeless Look. An Investment in your Home.
Stacked stone fireplaces when done well offer a timeless look and are proven to hold value making it an ideal home improvement project. Norstone Rock Panels are the choice of many top designers and installers as a premium stone for fireplace renovations and new builds. Stacked Stone Fireplaces.

Call Ted at Plano Texas Handyman 214-507-3415 or visit our website for more information on a stacked stone fireplace for your home. Stacked Stone Fireplaces. Ultimate Fireplace.

Residential Electrical Codes

Residential Electrical Codes

Residential Electrical Codes

Residential Electrical Codes – Electrical codes are in place to protect you, the homeowner. These general guidelines will give you the basics of what electrical inspectors are looking for when they review both remodeling projects and new installations. Most local codes are based on the National Electrical Code (NEC), a document that lays out required practices for all aspects of residential and commercial electrical installation. The NEC is revised every three years-2014, 2017 and so forth-and occasionally there are important changes to the Code. So make sure that your sources of information are based on the most recent Code. The code requirements listed here are based on the 2017 NEC. Residential Electrical Codes

Most local codes follow the National Electrical Code (NEC), but there can be variances. The local code always takes precedence over the NEC when there are differences, so be sure to check with your local building department for the specific code requirements for your situation.

Much of the NEC involves requirements for general electrical installation that apply to all situations, but there are also specific requirements for individual rooms.

Because of the presence of water, bathrooms have very carefully defined requirements. With their lights, vent fans, and outlets that may power hair dryers and other appliances, bathrooms use a lot of power and may need more than one circuit.

The outlet receptacles must be served by a 20-amp circuit. The same circuit can supply the entire bathroom (outlets plus lighting), provided there are no heaters (including vent fans with built-in heaters) and provided the circuit serves only a single bathroom and no other areas. Alternatively, there should be a 20-amp circuit for the receptacles only, plus a 15- or 20-amp circuit for the lighting.

All receptacles in bathrooms must have ground-fault circuit-interrupter (GFCI) protection.

A bathroom requires at least one 120-volt receptacle within 3 feet of the outside edge of each sink basin. Duel sinks can be served by a single receptacle positioned between them.

Light fixtures in the shower or bath area must be rated for damp locations unless they are subject to shower spray, in which case they must be rated for wet locations.

The kitchen uses the most electricity of any room in the house. Fifty years ago, a kitchen might have been served by a single electrical circuit, but today, a newly installed kitchen with standard appliances requires at least seven circuits and often more.

Kitchens must have at least two 20-amp 120-volt “small appliance” circuits serving the receptacles in the countertop areas. These are for portable plug-in appliances.

An electric range/oven requires its own dedicated 120/240-volt circuit.

The dishwasher and garbage disposal both require their own dedicated 120-volt circuits. These can be 15-amp or 20-amp circuits, depending on the electrical load of the appliance (check the manufacturer’s recommendations; usually 15-amps is sufficient). The dishwasher circuit requires GFCI protection, but the garbage disposal circuit does not-unless the manufacturer stipulates it.

The refrigerator and microwave each require their own dedicated 120-volt circuits. The amperage rating should be appropriate to the electrical load of the appliance; these should be 20-amp circuits.

All countertop receptacles and any receptacle within 6 feet of a sink must be GFCI-protected. The countertop receptacles should be spaced no more than 4 feet apart.
Kitchen lighting must be supplied by a separate 15-amp (minimum) circuit.

Living Room, Dining Room, and Bedrooms
Standard living areas are relatively modest power users, but they have clearly defined electrical requirements. These areas are generally served by standard 120-volt 15-amp or 20-amp circuits that may serve more than one room.

These rooms require that a wall switch is placed beside the entry door of the room so that you can light the room upon entering it. This switch can control either a ceiling light, a wall light, or a receptacle for plugging in a lamp. The ceiling fixture must be controlled by a wall switch rather than a pull chain.
Wall receptacles may be placed no farther than 12 feet apart on any wall surface. Any wall section wider than 2 feet must have a receptacle.

Dining rooms usually require a separate 20-amp circuit for one outlet used for a microwave, entertainment center, or window air conditioner. Residential Electrical Codes

Special care is needed in stairways to ensure all of the steps are lighted properly to minimize the hazard from falling.

Three-way switches are required at the top and bottom of each flight of stairs so that lights can be turned on and off from both ends.
If the stairs turn at a landing, you may need to add additional lighting fixtures to make sure all areas are illuminated.

These areas can be long and need adequate ceiling lighting. Be sure to place enough lighting so shadows are not cast when walking. Remember, hallways often serve as escape routes in the event of emergencies.

A hallway over 10 feet long is required to have an outlet for general purpose use.
Three-way switches are required at each end of the hallway, allowing the ceiling light to be turned on and off from both ends. If there are more doors served by a hallway, such as for a bedroom or two, you may want to add a four-way switch near the door outside of each room. Residential Electrical Codes

Closets come with many rules regarding fixture type and placement.

Fixtures with incandescent light bulbs (which get very hot) must be enclosed with a globe or other cover and cannot be installed within 12 inches of any clothes storage areas (or 6 inches for recessed fixtures).

Fixtures with LED bulbs must be at least 12 inches from storage areas (or 6 inches for recessed).

Fixtures with CFL (compact fluorescent) bulbs may be within 6 inches of storage areas.

All surface-mounted (not recessed) fixtures must be on the ceiling or the wall above the door. Residential Electrical Codes

Laundry Room
The electrical needs of a laundry room will vary, depending on if the clothes dryer is electric or gas.

A laundry room needs at least one 20-amp circuit for receptacles serving laundry equipment; this circuit can supply a clothes washer or a gas dryer.

An electric dryer needs its own 30-amp, 240-volt circuit wired with four conductors (older circuits often have three conductors).

All receptacles must be GFCI-protected. Residential Electrical Codes

As of the 2017 NEC, newly constructed garages need at least one dedicated 120-volt 20-amp circuit that serves only the garage. This circuit may also power receptacles mounted on the exterior of the garage.

Inside the garage, there should be at least one switch controlling lighting. It is recommended that three-way switches be installed for convenience between the doors.

Garages must have at least one receptacle, including one for each car space.

All garage receptacles must be GFCI-protected.

Additional Requirements
AFCI requirements. The NEC now requires that virtually all branch circuits for lighting and receptacles in a home must have arc-fault circuit-interrupter (AFCI) protection. This is a form of protection that guards against sparking (arcing) and thereby reduces the chance of fire. Note that the AFCI requirement is in addition to whatever GFCI protection is required-an AFCI does not replace or eliminate the need for GFCI protection. Residential Electrical Codes

AFCI requirements are enforced mostly in new construction-there is no requirement that an existing system must be updated to comply with new-construction AFCI requirements. However, as of the 2017 NEC revision, when homeowners update or replace failing receptacles or other devices, they are required to add the AFCI protection at that location. This can be done in several ways:

A failing receptacle can be replaced with an AFCI receptacle. This will create AFCI protection to only the receptacle being replaced.

Where GFCI protection is also required (such as kitchens and bathrooms), a receptacle can be replaced with a dual AFCI/GFCI receptacle.

Tamper-resistant (TR) receptacles. All standard receptacles must be tamper-resistant (TR) type. These include a built-in safety feature that prevents children from sticking items into the receptacle slots. Residential Electrical Codes

Smoke Alarm Replacement

Smoke Alarm Replacement

Smoke Alarm Replacement– Done Making Your Home Safe? Now Make it a Smart Home.

Smoke Alarm Replacement – Now it’s simpler than ever to know about a potential emergency at home – regardless of the location. Upgrading your smoke alarms is one of the best investments you can make in your home. Modern day smoke and CO2 alarms can make your life a dream. Modern day smoke detectors and CO2 alarms have a 10 year battery life and can detect particles as small as ions in your home. In fact, you should consider a full blown smoke/ionization detection for your home. Most all smoke detectors installed before 2013 are for the most part , obsolete. For a relatively small overall investment, $700 and up, you can upgrade your home immensely. Call Ted with Plano Texas Handyman at 214-507-3415 for more information and budget prices. Visit our website for more details and full capabilities. Smoke Alarm Replacement

How often should the smoke alarms in your home be replaced? If you don’t know, you’re not alone. A national survey conducted by the National Fire Protection Association (NFPA) shows that nine out of 10 Americans don’t know how often smoke alarms need to be replaced. The correct answer: every 10 years.

As the official sponsor of Fire Prevention Week, NFPA is promoting this year’s campaign theme, “Don’t Wait – Check the Date! Replace Smoke Alarms Every 10 Years,” to better educate the public about this potentially life-saving message.

“While the public generally knows that smoke alarms play an important role in home fire safety, some smoke alarm messages are not as well understood,” says Lorraine Carli, vice president of Outreach and Advocacy for NFPA. “Not knowing how often smoke alarms need to be replaced – or that they even have an expiration date – are among them.” If you do need smoke alarm replacement then having the right equipment to hang the smoke alarms up will be useful. Speedtech International manufactures custom Velcro brand cable straps or other custom Velcro fabrication needs. This company is amazing for custom velcro straps and they also allow you to buy them and other products such as cable ties in bulk – how efficient!

According to Carli, that lack of awareness means some U.S. homes may have smoke alarms that have outlasted their full functionality, putting people at increased risk in the event of a home fire. NFPA statistics show that three out of five U.S. home fire deaths occur in homes with no smoke alarms or no working alarms.

Key survey findings

  • Half of Americans (50 percent) have three or more smoke alarms in their current home.
  • Almost one in five Americans who have smoke alarms (19 percent) say the oldest smoke alarm they currently have in their home is 10+ years old.
  • Nearly one in five Americans who have smoke alarms (18 percent) are not at all sure how old the oldest smoke alarm they currently have in their home is.
  • When asked how often they should replace smoke alarms, nine in 10 Americans (90 percent) did not select the correct answer, which is once every 10 years.

“Working smoke alarms reduce the risk of dying in a home fire in half,” said Carli. “That’s why it’s so important to make sure they’re working properly.”

A smoke alarm’s age can be determined by looking on the back or side of the smoke alarm, where the date of manufacture can be found. Smoke alarms should be replaced 10 years from that date (not the date of purchase or installation). In addition, smoke alarms should be tested monthly, and batteries should be replaced when they begin to chirp, signaling that they’re running low. If you are in charge of a facility like a factory or a warehouse then it is especially important to keep on top of fire safety. Installing software, like this Inspect Point app, can help you keep on top of the different fire inspections you have to carry out to keep your building safe.

Fire departments throughout the U.S. and Canada play a key role in making Fire Prevention Week an annual success by implementing the campaign in their communities; departments throughout North America will be hosting open houses and other local events throughout the week of October 9-15.

For more information on smoke alarms and this year’s Fire Prevention Week campaign, visit www.firepreventionweek.org.

Smoke Alarmwebsite for more details and full capabilities. Fire Safety For Your Home. Smoke Alarm Replacement

Future Energy and Transportation

Future Energy and Transportation

Future Energy and Transportation – How Silicon Valley is making Oil, Nuclear, Natural Gas, Coal, Electric Utilities and Conventional Cars Obsolete by 2030

Clean Sustainable 3Future Energy and Transportation – Your probably wondering what the Future Energy and Transportation has to do with a Handyman Blog. Absolutely nothing. But every one in a while I run across a great article I think needs to be re-posted. This is one of those articles, so enjoy.

Tony Seba is the author of “Clean Disruption of Energy and Transportation”, “Solar Trillions” and “Winners Take All”, a serial Silicon Valley entrepreneur, and an instructor in Entrepreneurship, Disruption and Clean Energy at Stanford’s Continuing Studies Program. His work focuses on clean energy, entrepreneurship, market disruption, and the exponential technology trends, business model innovation, and product architecture innovations that are leading to the disruption of some of the world’s major industries, such as energy, transportation, infrastructure, finance, and manufacturing. Future Energy and Transportation.

He is an instructor at Stanford University’s Continuing Studies Program, where he has taught entrepreneurship, disruption, and clean energy. He has created and taught the following courses: “Understanding and Leading Market Disruption“, “Clean Energy and Transportation – Market and Investment
“, “Strategic Marketing of High Tech and Cleantech“, “Finance for Marketing, Engineers, and Entrepreneurs” and “Business and Revenue Models Innovation”, He has also taught at top business school around the world such as The Auckland University (New Zealand) Business School, at Singularity University, and in-company at some of the world’s top high tech companies such as Google, Inc..

We are on the cusp of the most radical transformation in energy in a century. Exponentially improving technologies such as solar, electric vehicles, and autonomous (self-driving) cars are turning the industrial-era energy industry on its head and making the gasoline vehicle obsolete. There are now more robotics jobs out there for those who want to be part of the autonomous advancement. Future Energy and Transportation.

Tony Seba’s talk focuses on market disruptions caused by exponential technology improvement, business model innovation, and disruptive product design enabled by this convergence. His new book “Clean Disruption of Energy and Transportation” projects that by 2030:
– All new energy will be provided by solar or wind.
– The architecture of energy will flip from centralized, command-and-control, secretive, and extractive to distributed, mobile, intelligent and participatory.
– Electric Utilities as we know them will be obsolete.
– Oil will be obsolete.
– Nuclear will be obsolete.
– Natural Gas will be obsolete.
– Coal will be obsolete.
– All new mass-market vehicles will be electric.

The technology and market trends that are leading to this $12 trillion/year disruption are well underway.
-The global solar market has grown at a CAGR (compound annual growth rate) of 41% since 2000.
-The cost of Solar PV has decreased by a factor of 222X since 1970.
– Solar has improved its relative cost position by 2,900X relative to nuclear 3,200 relative to natural gas since 1970 and 1,294 times relative to petroleum. Future Energy and Transportation.

-Unsubsidized utility scale solar is already cheaper than nuclear coal and diesel.

-Unsubsidized rooftop solar will be cheaper than the cost of transmission making central generation obsolete

This is the video of a keynote titled “”Clean Disruption: Why Energy and Transportation will be Obsolete by 2030”

Just like the PC, the Internet, and the cell phone disrupted the old paradigm of information, computing and telecommunications, a new architecture of energy is transforming the century-old centralized, resource-based, utility-centric energy model with a distributed, mobile, knowledge-based, and user-centric model. Homes, buildings, and cars are no longer passive energy consumers but adaptive learning systems with the ability to generate, store, manage, and transmit power intelligently.

The implications are far-reaching: conventional energy sources (oil, nuclear, natural gas, and coal), the internal combustion engine, and the utility business models are on the cusp of disruption. Assets will be stranded and conventional energy portfolios will meltdown. This is not in the future. This is now.

TOYOTA has published the following: After lagging behind the rest of the industry when it comes to electrification due to being entrenched in Diesel fueled engines for which in case of malfunction, you can find many of the parts from the yanmar diesel engine parts catalog. Toyota is now also announcing today a major expansion of its electric vehicle plans. Future Energy and Transportation.

The Japanese automaker is aiming to launch 10 new BEVs worldwide by “the early 2020s” and it wants to havelectric options throughout its entire lineup of cars by 2025. The new plan is being announced today in Tokyo.

Here are the bulletpoints:

Electrification across the entire Toyota and Lexus line-up
  • By around 2030, Toyota aims to have sales of more than 5.5 million electrified vehicles, including more than 1 million zero-emission vehicles (BEVs, FCEVs).
  • Additionally, by around 2025, every model in the Toyota and Lexus line-up around the world will be available either as a dedicated electrified model or have an electrified option. This will be achieved by increasing the number of dedicated HEV, PHEV, BEV, and FCEV models and by generalizing the availability of HEV, PHEV and/or BEV options to all its models.
  • As a result, the number of models developed without an electrified version will be zero.
Zero-emission Vehicles
  • Toyota will accelerate the popularization of BEVs with more than 10 BEV models to be available worldwide by the early 2020s, starting in China, before entering other markets?the gradual introduction to Japan, India, United States and Europe is expected.
  • The FCEV line-up will be expanded for both passenger and commercial vehicles in the 2020s. There is also a possibility that these cars will incorporate the use of fleet management solutions, that you can get from places like Lytx (https://www.lytx.com/en-us/resources/articles/fleet-management-solutions) to help increase the driver experience further.
Hybrid Electric and Plug-in Hybrid Electric Vehicles
  • The HEV line-up will also grow, thanks to the further development of the Toyota Hybrid System II (featured in the current-generation Prius and other models); the introduction of a more powerful version in some models; and the development of simpler hybrid systems in select models, as appropriate, to meet various customer needs.
  • Toyota also aims to expand its PHEV line-up in the 2020s.

Electrek’s Take

I don’t want to be too critical because this is a major step in the right direction for Toyota.

For too long, Its zero-emission strategy has been too heavily invested in fuel cell hydrogen, which has proved to be inefficient for passenger vehicles compared to batteries.

This marks an important change from that strategy.

But now I am seeing another needed adjustment to their strategy: they are planning for all-electric vehicles to represent only one-fifth of their electric vehicle sales by 2030 with HEVs and PHEVs accounting for the rest.

I think that will prove to be a(nother) bad call.

Everything points to the industry going all-electric and hybrid powertrains are starting to look like bad compromises. Take Chevy’s declining Volt sales in the wake of its Bolt increases as a canary in the coal mine.

Toyota is biased toward hybrids due to its early success with the Prius, but those days are over. Automakers need to commit to fully-electric vehicles. Our review of the Prius Prime is a *prime* example of Hybrid thinking messing up BEV technology.

The transition is resulting in rapid improvements in battery technology, which is only going to increase the advantages of the batteries as the only energy storage system in cars. I mean even Toyota says that their strategy is based on launching solid-state batteries in 2020.

If they are truly able to commercialize solid-state batteries with better economics than current li-ion cells, then there’s no reason for them not to see that BEVs will represent a much better offer to consumers than hybrids.

There’s no doubt that this change from Toyota is driven by changes in regulations. It’s why their BEVs are being launched in China first where the zero-emission mandate is the strongest.

I think they need to embrace those changes instead of fighting them and change the mix of BEVs, HEVs, and PHEVs, in favor of BEVs.

With this said, again, this is a major step in the right direction for Toyota when it comes to their zero-emission strategy. Future Energy and Transportation.

Energy Efficient Home

Energy Efficient Home

Energy Efficient Home

The Energy Efficient Home – Learn how to save money and cut your utility bills with these simple and cost effective household energy saving tips. Call Ted with Plano Texas Handyman at 214-507-3415 for more information on a Energy Efficient Home or visit our website to see our full capabilities.

Home energy savings are indeed possible, particularly if you pay attention to your household appliances. So roll up your sleeves, and take a look at these energy-saving steps recommended by the Department of Energy.

Who knows? This may be the year you finally log some dollars in the plus column, instead of making alarmingly high “contributions” to the utility company. Energy Efficient Home.

Water heater savings
Take a bite out of the 18 percent the average homeowner pays for water heating. Here’s how to save on water-heating costs:

When replacing your water heater, invest in a high-efficiency system. Set the water heater to 120 degrees. (Most systems are pre-set to 140 degrees.) Wrap insulation around the first few feet of pipes that come in and out of the water heater. The insulation will reduce energy loss as hot water flows through the pipes. Energy Efficient Home.

Energy Efficient Lighting
First lets look at the benefits of installing energy efficient lighting and later we will examine the up-front cost to upgrade and then the annual energy savings. Call Ted at Plano Texas Handyman 214-507-3415 to discuss the installation of your Drip Irrigation System. Visit our website at www.planotexashandyman.com for more information.

It’s no secret the cost of electrical energy continues to rise and will inevitably continue to do so in the future. At the same time, the demand for electricity continues to increase, taxing our existing electrical infrastructure to the margins of their design limits. We need more power, but in order to get it, we need new transmission and distribution infrastructure – but that’s just the beginning.

Efficiencies need to improve. Smart grid and microgrid strategies need to be deployed, and energy storage needs to be maximized. The list goes on and on. The problem is all of these propositions require a large amount of capital, which seems to be in short supply these days. Therefore, the quickest and least expensive way to generate more electricity is to not consume it in the first place. One way to use less energy is to install newer and more energy-efficient lamps, luminaires, and controls. Even lighting systems that were deployed just five years ago could benefit from newer lighting technologies and/or better control strategies.

The U.S. Energy Information Administration (EIA) estimates that about 461 billion kWh of electricity were used for lighting by the residential and commercial sectors in 2011. This was equal to about 17% of the total electricity consumed by both of these sectors and about 12% of total U.S. electricity consumption. Residential lighting consumption was about 186 billion kWh – or 13% of all residential electricity consumption. The commercial sector, which includes commercial and institutional buildings and public street/highway lighting, consumed about 275 billion kWh for lighting – or 21% of commercial sector electricity consumption in 2011. Installing Energy- 5 Reasons to use Energy Efficient Lighting.

The good news is lighting has become more efficient over the last decade and continues to evolve. Not only have lamps and luminaires become more efficient, but so have lighting control systems. Installing new luminaires and lamps – or retrofitting existing luminaires and lamps – is standard practice for the electrical industry. However, installing lighting controls to save energy has sent many electrical contractors and technicians back into training mode.

Water conservation
You can save on water heating bills and water bills by adopting a less-is-more mindset. You can adjust your patterns of usage around the house, for example, by taking shorter showers, but it also helps to install low-flow showerheads and aerators throughout the home. These devices reduce the flow of water through them. When you turn on the hot water, the demand is less, reducing usage.

Here are a few other water saving tips:

• Run only full loads when using your dishwasher or clothes washer.

• Avoid using longer-running cycles on your appliances, which will use more water. Opt for shorter washing cycles, but be sure to test these cycles to see if they do as good a job cleaning the dishes as the appliance’s “normal” cycle. Energy Efficient Home.

Kitchen money saving tips
Dishwashers, refrigerators, stoves – these are all appliances people use in the kitchen that can contribute to high energy bills – unless you know how to switch on the energy savings:

• Consult the dishwasher manual, and make sure it’s set to the lowest temperature possible (which is generally around 120 degrees). As there are many dishwashers on the market today, if you have recently considered purchasing one, but are not sure where to start, it may be best to look into Dishwashers recommended at ProductExpert or any other certified establishment, in order to get the best quality products and comparisons, that can help meet your requirements around the kitchen. You’ll then be able to find out information on how to make your dishwasher energy efficient too.

• Before loading the dishwasher, dry-scrape food off of the dishes, instead of running them under water. You’ll save on water and you won’t have to run the system as long to remove food buildup.

• Avoid using the dishwasher’s soak or pre-rinse features.

• When you can, stop the dishwasher before it reaches the drying cycle, and open the door a bit instead to let dishes air dry.

• Use ideal refrigerator settings to lower energy consumption. The freezer should be kept at 0 degrees, while the ideal temperature for the fridge is between 37 and 40 degrees. If your fridge doesn’t display the temperature, place a thermometer in the space to get an accurate reading. You might even want to try placing a thermometer inside to compare readings between the displayed temperature and your thermometer, as you might find that the reading could be slightly off indicating that there could be something wrong with your appliance. This could greatly impact the energy efficiency of the appliance itself. Should you find this is actually the case it would be advised to look into a website like www.dcclondon.co.uk or likewise refrigerator repair services that could repair the issue and keep your fridge as energy efficient as possible!

• Keep an eye on the fridge door’s seal. Leaks increase energy consumption. Also look at the seals on your windows. Any movement is not good and you could literally be letting out energy through these gaps. Graceland Windows and Doors can provide new windows if needed. Nobody realizes how much heat they can lose via their windows. Having double or triple glazing will keep heat and energy inside your home. It’s also been proven that installing energy efficient windows can reduce your energy consumption, resulting in smaller energy bills too.

• Use a properly sized pan on the stovetop.

• Opt for the toaster when heating food up or even cooking smaller food items. It uses less energy than the oven.

• Regularly clean the stovetop; the burners will work more efficiently when they’re clean. Energy Efficient Home.

Laundry energy saving strategies
Keep energy costs down by following these strategies for laundry:

• Hang-dry clothing when you can.

• If you must wash or dry a small load, make sure the settings match the size of the load.

• Always remove lint from the lint trap after drying a load of laundry. A clean lint trap promotes optimal air circulation in the dryer, which will improve drying times.

• If the dryer has a cool-down feature, use it. This feature shuts off the heating element a few minutes before the cycle is expected to end, but the heat in the dryer will remain.

• Make sure the dryer vent is clear, and have a professional inspect and maintain it every year or two. Lint buildup in the dryer is a fire hazard, too. Energy Efficient Home.

With these tips for saving energy, you’ll be set to keep more of your hard-earned dollars over the year, and every year thereafter. When your entire family adopts energy-savings strategies, you’ll also get peace of mind, knowing you’re contributing to a greener environment and conserving natural resources. Energy Efficient Home.

Energy Saving Strategy For Your Home – Learn how to save money and cut your utility bills with these simple -household energy saving tips. Call Plano Texas Handyman at 214-507-3415 for more information on a Energy Saving Strategy For Your Home or visit our website to see our full capabilities. Energy Efficient Home.