Two costs are associated with any electrical appliance: the buying price, and the running cost in terms of energy and maintenance. Of the running costs, energy is one of the major items. Typically, the equipment can last several years before requiring a major repair.

Consumers should therefore not just look at the price tag on the item.  Rather, pay attention to its energy rating and available energy saving modes.

Energy star certified refrigerators and freezers are at least 9 and 10 percent more efficient respectively. Other considerations that help in saving energy include selecting the adequate capacity. In addition, the refrigerator or freezer should be kept in a cool place away from heat sources such as direct sunlight or ovens.

More energy savings can be realized by using the proper settings. In addition, ensure the door is closed all the time and that seals are in place. Place the refrigerator or freezer in a spot that allows free air circulation around the fridge; especially at the back where there are cooling pipes.

Manual defrost freezer models use less energy and are therefore more efficient than the automatic defrost models. Another important factor is the design of the freezer. An upright freezer with shelves is easier to organize. However, the chest freezer may be more energy efficient since there is less cold air escaping from the door which opens from the top.

These are usually 40 percent more efficient than the standard purifiers. Other factors to consider include the room size and placement. Select a model adequate for the room; otherwise, an oversized air purifier or cleaner will end up consuming more power unnecessarily.

Energy star certified dishwashers use at least 12 percent less energy and 15 percent less water than the conventional models. However, this may vary depending on the model and other factors.

These dishwashers utilize more efficient technologies that reduce both the energy consumption and water usage. For example, the design uses soil sensors that check the amount of dirt on the dishes.  An optimized cleaning cycle reduces the minimum amount of energy and water. In addition, there are more efficient water jets and a dish rack design that ensures efficient use of water and energy.

Energy Star dehumidifiers

Certified dehumidifiers use 15 percent less energy. They utilize more efficient compressors, refrigeration coils, and fans.

Washing machines

Energy star certified washing machines are usually 25 percent more energy efficient than their equivalent standard models. In addition, they use 40 percent less water. This results in the consumer saving water, as well as energy for both the washing machine and the water pump.

Clothes dryers

Certified dryers use at least 20 percent less energy than the standard models. The equipment utilizes more efficient technologies such as heat pumps. Moisture sensors automatically stop the drying cycle once the clothes are dry. This sensor-based drying machine is more efficient compared to thermostat or timed drying, which continues to consume energy even after clothes are dry.

Televisions qualify for energy star certification when they become at least 20 percent more efficient. Some models can reach up to 40% better efficiency than traditional models, while the set-top boxes can achieve up to 45 %. However, the amount of power used depends on the size of the TV screen, display technology, and resolution.

The home theater systems that are energy star certified are 60 percent more efficient. Certified battery chargers for small household appliances such as power tools, electric shavers, and cordless gadgets use 30 percent less energy.

Since the advent of the incandescent (and even before), quality of light has been on the tip of everyone’s tongue. Regrettably, that quality has mostly been unfortunate. When incandescent lights were the only choice, the early 20th century population complained about the glare and the possible dangers of electricity.

Case in point: on an episode of Downton Abbey (Masterpiece’s smash hit about an elite family living on an estate in the early 1900’s), the prim and hilarious Dowager Countess laments the new electric lamps:

“Such a glare! I couldn’t have electricity in the house – I wouldn’t sleep a wink. All those vapors seeping about. Feels as if  I were on stage at the Gaiety.”     

By: Sarah Trocolli

Father of electricity Nikola Tesla was known for being brilliant, quirky and driven in his pursuits to understand electricity, and after many experiments, Tesla eventually laid the ground work for the modern day Alternating Current electric supply system. As a tribute to Tesla and all the dads around the world, Mr. Electric® presents a few kid-friendly experiments exploring the basics of electricity for a fun Father’s Day activity. The kids can explore electrons, static electricity, voltaic batteries and other simple components of electricity – all under the safe supervision of their dads.

Level of difficulty: Easy

What you need: A dark room, fluorescent light bulb and a comb or woolen scarf.

What to do: Run the comb through your hair or through the wool scarf at least 20 times to let the electrons build on the comb. Then turn out the lights and hold the comb to the bottom of your florescent light bulb and watch the electrons charge the bulb. This is great for learning about electrons, and it can be a fun magic trick! For further explanation, click here.

Level of difficulty: Easy

What you need: Cornstarch, vegetable oil, mixing bowl, large spoon, balloon, and a measuring cup.

What to do: Blow up the balloon, tie it and then rub it on your hair. Mix a fourth cup of cornstarch and a fourth cup of vegetable oil into a mixing bowl, and then put the mixture on a spoon. Hold the spoon with the mixture on it near the balloon and watch the mixture gravitate towards the balloon. This experiment looks like a gooey monster stretching to touch the balloon, and it is a fun way to learn about static electricity! For further explanation, click here.  

Level of difficulty: Moderate

What you need: Distilled white vinegar, five pieces of copper wire, five galvanized nails, ice tray and one LED light

What to do: Wrap five nails with five pieces of copper wire and place them separately in the ice cube tray filled with vinegar. Create a circuit by placing the end of the copper wire not wrapped around the nail into the ice cube tray next to it until each section has one nail and one copper wire in it, and then place the LED light in the tray. You have just created a Voltaic battery! For further explanation, click here.

Level of difficulty: Challenging

What you need: Eight D-sized batteries, mason jar or other clear glass, electrical tape, pie pan, scissors, toilet paper tube, mechanical pencil refills and two sets of small alligator clips.

What to do: Connect the batteries positive to negative to create train of batteries. Place the toilet paper tube in the center of the pie pan and using electrical tape, attach the alligator clips and mechanical pencil refills to the tube. Place the mason jar/glass over the tube and connect the other end of the clips to the batteries. After the batteries have a few minutes to charge the circuit the mechanical refills will begin to glow and you will have a DIY light bulb. This is a great way to show that household items can be used in an innovative way. Exercise caution, as this experiment exerts heat and can cause the glass to become very warm. For further instruction, click here.

We hope these electrical experiments provide an enjoyable experience for dads and kids to spend quality time together while learning lots and having fun. Thank you to all the fathers who enlighten children and empower the thinkers of tomorrow. Happy Father’s Day from everyone at Mr. Electric!