It is not as easy as it appears to select the correct wattage for lighting and other electrical fixtures. There are several factors that need to be considered when choosing wattage for light and other electrical fixtures.

Firstly, the wattage chosen for the electrical fixtures should be such that it will not cause overheating or fires. Secondly, proper assessment of wattage requirements should be made. This is because incorrect wattage will affect overall energy efficiency in the house.

For instance, a twenty-watt fluorescent bulb can give off the same power of light than 75 to 100 watts of traditional of incandescent light bulb.

Thirdly, evaluation of how much lighting is essential for each specific area, like kitchen, bedrooms or living room. Finally, a wattage that matches the specifications of fixtures should be chosen.

It is very important to select the right wattage as a safety measure and to ensure that fixtures are not damaged due to overheating.

If a brown spot is observed on the insulation it means that the wrong wattage of light bulb has been fixed in a fixture. The electrical wiring may also turn fragile due to continuous exposure to high temperatures from the bulb. It is essential to use the same wattage as recommended on the fixture’s warning label in order to prevent accidental fires in the home.

Home Lighting Power Consumption

It is important to know how high wattage affects the efficient use of electrical energy in the house. The efficiency factor is, normally, superior in higher watt bulb and it emits brighter light than a smaller watt bulb.

In view of this, it is advantageous to use one fixture with a high power bulb instead of two lamps with less power. However, if a fluorescent bulb is proposed instead of ordinary incandescent bulbs, the same wattage is not required as a 20 watt fluorescent bulb gives out the same amount of light as a 75 watt incandescent bulb.

A great care is needed while selecting light bulbs for a kitchen as illumination there is quite important. The lighting in the workspace should be normally at least 100 watts of incandescent bulb or 25 watts of fluorescent lighting.

The lighting in working area in the kitchen includes either fixture on the ceiling or ‘under-cabinet’ lights. An electrical contractor can install both these fixtures correctly. The general norm is that there should be at least 100 watts of incandescent bulbs or 25 watt of fluorescent lights for every 50 square feet of kitchen space. This way the kitchen area will be brightly lit and every little object would be clearly seen.

Rooms Ambient Lighting

There is a simple method to assess the ‘ambient lighting’ for a living room or bedrooms. First measure the area of the room and multiply the area in square feet by 1.5 times to arrive the amount of total illumination required. For instance, the area 12 feet by 16 feet room is 192 square feet and the wattage required is 288.

For a room of this size, two table lamps with 150 watt bulbs or 8 fixtures with 40 watt bulbs will be required to get proper illumination. As it is quite difficult to select correct wattage for a home, it will be useful to avail the services of an electrical contractor to suggest how to correctly illuminate a room.

As a general norm, areas that require brightness such as kitchen may require light bulbs with high power lighting. For bed rooms and family rooms, however, lower watts will be sufficient for ambient lighting.

Fluorescent and incandescent bulbs emit different amounts of light with the same wattage and therefore, it is also essential to compare ‘light output’.

If you are looking for the Energy2Green download page, chances are, you’ve read a review, article or even forum posts about the program. In this post, I won’t be writing a review or telling you what you’ll get from the program, instead, I will show you step by step how to access Energy2Green member’s page to download the ebook.

Ready? Lets go!

To get a copy of the Energy2Green ebook, first, head over to its main web site at www.energy2green.com/. Spend a couple of minutes reading the page and learn what you will get from your purchase. When you are ready, scroll to the bottom of the page and look of the “Order Now” button.

When you click on the button, you will be directed to the Secured Payment form. This is where the online money transaction takes place.

Buying Energy2Green Ebook – Online Payment Process

If you were to look closely, the DIY solar panel guide is selling for a one-time payment of $49.99. There are 2 payment options available for you. You can pay using your debit or credit card or your Paypal account.

Energy2Green Checkout Page

If you’ve decided to use your card, focus your attention on the forms at the left section. Fill in all your information and click on the “Pay Now” button when you are done.

If you prefer a faster payment method, you can opt for Paypal. Assuming you’ve already registered for an account, click on the Paypal logo on the right to go to your account log in page. Log in and then approve the transaction amount.

When your payment has been approved, you will be directed to the Energy2Green download page. At the page, you can begin downloading all the PDFs or start streaming the solar panel construction instructional videos on to your computer.

If you have been thinking of getting a home solar panel building guide, I hope the instructions above have been useful for you. Click on the link below to buy Energy2Green right now.

==> Click here to get Energy2Green now!

When I was doing my research on DIY home renewable energy, I came across Tomas Haynes’ Energy2Green e-book. Its main web site is at www.energy2green.com.

Personally, I quite like the web site design and color scheme. I think the little character looks a lot like Albert Einstein.

Energy2Green is the only home energy guide that has been seen on TV channels such as ABC, NBC, FOX, CNN, Discovery Channel and PBS. None of the other guide has such accolade.

When you read the copy on Energy2Green web site, it has a pretty interesting twist to it. It turns out, Tomas’s guide started off as an engineering project for a university.

The project has 4 simple goals:

1) Work within a budget of under $500.

2) Construct a working solar panel and windmill with everyday building material.

3) The design must be simple so an “average Joe” can understand.

4) Combat global warming at the micro level.

When they finally came up with a winning design, it was put to the test by high school students.

High school students actually made their own solar and wind power system by following the step by step instruction in Energy2Green. Pretty awesome!

Tomas Haynes promised on his web site, anyone that follows his guide will be able to reduce their home electricity bill up to 80 percent!

Is that even possible?

That depends on your current home electricity consumption and how many electrical devices you have. If you are willing to get rid of power hungry devices such air-conditioner, water heater, microwave, refrigerator etc, it is possible to reach that goal.

A home solar or wind power system can easily be scaled up to produce more energy. When you have more electricity than you need for your daily consumption, you can now sell the excess back to the power utility company!

So what’s my verdict on Tomas Haynes Energy2Green manual?

It is very informative and helpful if you are planning to make your own home renewable energy system to reduce your electricity bills.

If a bunch of high school students can follow the instructions and made their own solar panel and wind turbine, I’m sure you can too.

==> Click here for Energy2Green instant access!